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[1,"810","油气储层润湿性智能评价系统","创新训练项目","D202305152155278208","0","地球科学学院","双向",null,"-","-","润湿性是控制油藏流体在岩石孔隙中的分布和流动的关键因素,对于油气产出、采收率、压裂液与储层相互作用等都具有重要的作用,准确认识储层润湿性是油气田开发的基础工作。对油气储层进行润湿性评价，可以有效的指导油藏的开发,提高油藏采收率。","白文博","2021010178","地球科学学院","资源勘查工程","2021","资源21-4班","1","孙晨皓/2021880013","讲师","地球科学学院","3","马小伟/2021010174,邓鹏辉/2021010085","地球科学学院,地球科学学院","资源勘查工程,资源勘查工程","0",null,"C级"]
[2,"905","鄂尔多斯盆地陇东地区长7段致密油储层孔隙结构特征及渗流特性研究","创新训练项目","D202305181628261846","0","地球科学学院","自主","0814-地质类","-","-","鄂尔多斯盆地延长组 7 段烃源岩层系内致密油资源丰富，储层发育多尺度的孔喉结构，微纳米级孔喉广泛发育，含油饱和度低，流动阻力大，孔喉结构特征和渗流特性是影响其产能的重要因素。本项目旨在集中于储层孔隙结构的定量表征和分类评价、基于储层孔隙结构研究进行储层评价、储层孔隙结构对流体活动的影响、深入揭示油气储层的内部结构、厘清油气在孔隙中的渗流特性。为同类型油藏的高效开发提供理论依据与建议。","杜健","2022010017","地球科学学院","地质类","2022","资源22-3班","1","蔡建超/2021880027","教授","地球科学学院","3","王宏涛/2022010010,肖杰/2022010012","地球科学学院,地球科学学院","地质类,地质类","0",null,"C级"]
[3,"930","塔里木盆地中部走滑断裂发育特征","创新训练项目","D202305182120223085","0","地球科学学院","双向","0709-地质学类","-","-","塔里木盆地中部地区远离板块边界，构造背景相对比较稳定，发育了大量走滑断裂，这些走滑断裂延伸程度较长，但走滑位移较小，属于典型的克拉通内走滑断裂，对该地区的油气成藏也产生了重要影响。前人针对塔里木盆地中部地区的走滑断裂开展了较多研究，但仍存在一定争议。本项目主要通过地震资料的解释，分析塔里木盆地中部地区走滑断裂分带、分段、分层、分期发育特征，并探讨走滑断裂形成机制。","董洪赫","2021010086","地球科学学院","地质学","2021","地质21-2班","1","余一欣/2183","副教授","地球科学学院","4","曾靓/2021010008,代强/2021010133,陈宇晖/2021010113","地球科学学院,地球科学学院,地球科学学院","资源勘查工程,地质学,地质学","0",null,"C级"]
[4,"983","广东山间盆地及滩涂温泉形成机制研究","创新训练项目","D202305202018390926","0","地球科学学院","双向",null,"-","-","广东省阳江盆地山间断陷以及沿海滩涂地带分布大量的温泉，其中有淡水温泉也有咸水温泉。两种温泉的形成机制有何差异？温泉对地温场形成机制和地热资源开发有何启示？以上问题都值得深入研究。本项目拟通过地热地质学和水文地质学的综合研究，分析广东山间盆地及滩涂温泉形成机制，为研究区地热开发提供参考。","张梦洋","2021010064","地球科学学院","资源勘查工程","2021","资源21-3班","1","朱传庆/2012880015","副教授","地球科学学院","4","张育锦/2020010106,杨成頔/2022010087,田远/2022010093","地球科学学院,地球科学学院,地球科学学院","资源勘查工程,地质类,地质类","0",null,"C级"]
[5,"984","钻井测温数据校正方法研究","创新训练项目","D202305202018546777","0","地球科学学院","双向","0709-地质学类","-","-","温度场是油气、地热勘探开发的重要参数。实际工作中，由于钻井工艺、流体活动等因素的影响，测温数据并不能完全代表实际的地层温度。尽管前人提出了一些校正方法，目前来看，还存在一些问题。本项目拟通过对不同类型测温数据的分析，提出相应的测温数据解释模型及校正方案，获取真实的地温数据，为油气、地热研究提供支撑。","宗思翰","2021010061","地球科学学院","资源勘查工程","2021","资源21-1班","1","朱传庆/2012880015","副教授","地球科学学院","3","宋钰楦/2021010002,任泽鹏/2021011811","地球科学学院,理学院","地质学,数学与应用数学","0",null,"C级"]
[6,"985","废弃油气井改造地热井方案及开发效果评价","创新训练项目","D202305202020118069","0","地球科学学院","双向",null,"-","-","随着石油能源的开发，一些传统油区产生了大量废弃油井。如何利用废弃油井开采地热资源是当前油田关注的热点。本项目拟调研我国主要油气产区废弃油气井现状，结合地热开发工艺流程，提出油气井改造地热井的思路和方案，结合数值模拟方法，评价废弃油气井改造地热井后的地热开发效果，支撑传统油区新能源的开发利用。","戴昀珊","2021010130","地球科学学院","地质学","2021","地质21-2班","1","朱传庆/2012880015","副教授","地球科学学院","3","潘晓航/2022010030,刘简凡/2022010123","地球科学学院,地球科学学院","地质类,地质类","0",null,"C级"]
[7,"986","南华黑泥塘温泉形成机制研究及开发利用前景","创新训练项目","D202305202020207330","0","地球科学学院","双向",null,"-","-","南华县黑泥塘温泉具有长久的历史，但目前尚无成因方面的研究，制约了其开发利用前景的评价。通过文献调研和现场考察，分析黑泥塘温泉的形成机制，结合地质条件和水文地球化学参数，评价其热储温度和开发利用价值，为温泉的开发利用提供参考。","张浩","2022010086","地球科学学院","地质类","2022","地质类22-3班","1","朱传庆/2012880015","副教授","地球科学学院","5","高志/2022010088,林皓/2022010092,黎明辉/2022010091,贾士锐/2022010089","地球科学学院,地球科学学院,地球科学学院,地球科学学院","地质类,地质类,地质类,地质类","0",null,"C级"]
[8,"1432","东营凹陷北部沙二段碳酸盐胶结物特征及成因分析","创新训练项目","D202305281316099140","0","地球科学学院","双向","0709-地质学类","-","-","碳酸盐胶结物是砂岩中常见的自生矿物之一，也是油气储集层中最为重要的胶结物。其空间分布受各种地质因素及砂岩的厚度所控制，对其进行岩心观察、岩石薄片鉴定及碳酸盐胶结物碳氧同位素测定等研究，可以帮助我们确定碳酸盐胶结物的类型特点、形成期次、成因及其对储集层的影响。不仅对于东营凹陷沙二段储层油气勘探开发具有重要的实际指导意义，而且能够完善碎屑岩储层多期次碳酸盐胶结物成因机制的研究。","杨子涵","2021010007","地球科学学院","地质学","2021","地质21-1班","1","朱世发/2011880009","教授","地球科学学院","3","刘雄/2021010056,宋翔羽/2021010156","地球科学学院,地球科学学院","资源勘查工程,资源勘查工程","0",null,"B级"]
[9,"1298","祁连山榴辉岩矿物特征及地质意义","创新训练项目","D202305241028399680","0","地球科学学院","自主","0709-地质学类","-","-","榴辉岩的主要组成矿物为石榴子石与辉石。通过查阅榴辉岩的相关文献，发现榴辉岩中的石榴子石有较为丰富的研究，但对其中的辉石研究及资料较少。因此我们的主要目的是观察祁连山地区超高压变质岩的矿物成分和结构构造来分析其矿物学特征，进一步通过电子探针等方法研究解释该类岩石的地质意义。同时加深对电子探针这一技术的认知，同时为同学们积累部分榴辉岩岩石学特征，丰富标本的种类，使学校标本更加齐全。","田卓越","2020010058","地球科学学院","地质学","2020","地质20-2班","1","李壮/2017880028","副教授","地球科学学院","2","党文乐/2020010057","地球科学学院","地质学","0",null,"A级"]
[10,"1195","成像测井解释评价方法及其地质应用","创新训练项目","D202305231637246088","0","地球科学学院","双向",null,"-","-","成像测井解释评价在地质与工程领域中有广泛的应用，系统学习并掌握其处理解释评价方法及其地质应用能综合提升学生科研能力、创新能力。本项目主要的研究内容包括：1）系统调研成像测井采集系列的发展历程，学习成像测井资料处理与解释评价方法；2）完成成像测井裂缝的拾取以及地应力方向的判别，计算裂缝密度等相关裂缝参数以及视地层水电阻率谱；3）综合地应力以及试油资料完成裂缝有效性评价和流体性质定性识别。","陈翔","2021010082","地球科学学院","地质学","2021","地质21-2班","1","赖锦/2016880048","副教授","地球科学学院","3","张争/2021010153,姜雨彤/2021010037","地球科学学院,地球科学学院","地质学,资源勘查工程","0",null,"C级"]
[11,"1203","长三角地区地热资源及其综合应用研究","创新训练项目","D202305231709048562","0","地球科学学院","双向","0709-地质学类","-","-","本课题旨在摸清长三角地区地热资源开发现状，剖析长三角地区地热资源利用中亟需解决的关键问题，分析研究长三角地区地热资源开发利用需求及前景，根据长三角地区地热资源产业的战略定位及发展路径，提出具有全局性、针对性和可操作性的开发利用对策及建议，为长三角地区地热资源综合利用提供战略依据，促进长三角地区“一体化”和“高质量”的发展。","张玉峰","2021010030","地球科学学院","地质学","2021","地质21-1班","1","黄永辉/2022880024","中级","地球科学学院","3","马月/2021010039,李梓萌/2021010125","地球科学学院,地球科学学院","地质学,资源勘查工程","0",null,"C级"]
[12,"1218","莱州湾凹陷有机质富集机理研究","创新训练项目","D202305231840173741","0","地球科学学院","自主","0814-地质类","-","-","本次研究以渤海南部莱州湾重点凹陷烃源岩形成控制因素出发，探索水体盐度对烃源岩形成及热演化的影响，从而明确这些洼陷烃源岩的分布特征、发育模式以及资源潜力，为下一步渤海南部重点凹陷勘探突破及井位部署提供有利支撑。","曹科技","2021010015","地球科学学院","资源勘查工程","2021","资源21-1班","1","姜福杰/2337","教授","地球科学学院","5","刘稀月/2021010033,王栋/2021010020,刘坤彧/2021010016,鞠震/2020010055","地球科学学院,地球科学学院,地球科学学院,地球科学学院","资源勘查工程,资源勘查工程,资源勘查工程,地质学","0",null,"C级"]
[13,"1334","断陷盆地纹层型页岩形成机制探讨","创新训练项目","D202305241538509020","0","地球科学学院","双向","0709-地质学类","-","-","断陷盆地陆相细粒沉积由于受环境、气候因素频繁变化影响，导致其非均质性显著，造成纹层结构的岩石矿物成分、储层结构、组合方式在成因上具有复杂性。项目通过对湖盆细粒沉积岩纹层特征、分类、形成机制等方面研究进展进行梳理，结合岩心观察、薄片鉴定、扫描电镜、能谱分析、QEMSCAN等技术分析断陷盆地陆相纹层型页岩形成机制，为进一步研究细粒沉积岩储层物性、有机质分布机理、页岩油气储层甜点成因等提供指导作用。","王道明","2021010166","地球科学学院","资源勘查工程","2021","资源21-4班","1","刘小平/2002","教授","地球科学学院","4","谢国攀/2021010027,王一飞/2021010074,赵子涵/2021010031","地球科学学院,地球科学学院,地球科学学院","地质学,资源勘查工程,资源勘查工程","0",null,"B级"]
[14,"1335","薄互层页岩油可动性与赋存状态研究","创新训练项目","D202305241550316806","0","地球科学学院","自主","0814-地质类","-","-","东濮凹陷沙河街组富有机质泥页岩广泛发育，“十三五”资评页岩油资源量达7.29亿吨，页岩油资源丰富，是东濮凹陷当前油气勘探的重要接替领域。但沙河街组主要发育薄互层页岩，非均质性极强，页岩油可动性和赋存机理不清，制约了页岩油甜点优选。明确东濮凹陷湖相页岩油可动性，揭示赋存机理，将为薄互层型页岩油高效开发提供理论支撑。","林孝飞","2021010108","地球科学学院","资源勘查工程","2021","资源21-4班","1","胡涛/2021880012","讲师","地球科学学院","5","刘明星/2021010143,陈天顺/2021010179,左祺/2021010175,丁晨曦/2021010104","地球科学学院,地球科学学院,地球科学学院,地球科学学院","资源勘查工程,资源勘查工程,资源勘查工程,资源勘查工程","0",null,"B级"]
[15,"1420","中国南海天然气水合物资源潜力评价","创新训练项目","D202305271858008806","0","地球科学学院","自主","0814-地质类","-","-","天然气水合物主要成分为甲烷气和水分子，每立方米天然气水合物 采至地表可释放160~180 m 3甲烷气，因其具有低碳、清洁、高密度等优点而受到广 泛关注，并被誉为人类未来接替油气资源的主要新能源。本项目将对南海地区进行综合性评估，更科学有效地揭示南海水合物资源的分布特征，从“地质-工程-经济”一体化角度进一步评价和研究南海水合物开发风险。","龙军宇","2021010181","地球科学学院","资源勘查工程","2021","资源21-4班","1","庞雄奇/1472","教授","地球科学学院","4","陈子衿/2021010005,彭正柏/2021010057,刘路航/2021010055","地球科学学院,地球科学学院,地球科学学院","资源勘查工程,资源勘查工程,资源勘查工程","0",null,"C级"]
[16,"1428","西非尼日尔三角洲盆地深海弯曲水道沉积特征与形成机制研究","创新训练项目","D202305281033156522","0","地球科学学院","双向","0709-地质学类","-","-","深海弯曲水道是大陆斜坡及盆底环境下普遍发育的重力流沉积单元，其沉积规模较大、储层性质极好，拥有巨大的油气资源潜力。然而，深海弯曲水道的沉积特征复杂多变，目前对其形成机制的认识还远远不够。本项目拟针对西非尼日尔三角洲盆地某深水区块，利用浅层高分辨率三维地震资料开展深海弯曲水道的沉积特征研究，并探索其形成机制。通过该创新项目的训练，锻炼学生文献调研、地震资料解释以及分析解决地质问题的能力与思维。","蒋妍妍","2021010036","地球科学学院","地质学","2021","地质21-1班","1","张佳佳/2022880003","副高级","地球科学学院","5","王硕/2021010163,褚坤/2021010116,章天一/2021010019,郭妍晶/2021010006","地球科学学院,地球科学学院,地球科学学院,地球科学学院","资源勘查工程,资源勘查工程,地质学,地质学","0",null,"B级"]
[17,"1430","干旱性浅水三角洲储层构型表征","创新训练项目","D202305281055218307","0","地球科学学院","自主","0814-地质类","-","-","团队选择干旱性浅水三角洲作为研究对象，在专业老师的帮助和指导下，通过文献调查研究了解干旱性三角洲特点，再通过井震结合预测其砂体，在井震结合模式指导下进行构型预测，从而建立干旱性浅水三角洲平原分流河道构型分布模式","周芷羽","2021010069","地球科学学院","资源勘查工程","2021","资源21-1班","1","岳大力/2188","教授","地球科学学院","3","蒲京/2021010137,周星语/2021010068","地球科学学院,地球科学学院","地质学,地质学","0",null,"C级"]
[18,"1487","双物源体系背景下海侵的不等时性研究","创新训练项目","D202306011831199959","0","地球科学学院","双向",null,"-","-","海侵是指海平面上升、海岸线向陆后退的现象。传统观点认为，海侵作用在整个沉积盆地中是统一的，具有等时性。然而，近年的研究表明，即使在同一背景下，沉积物供给的多少不同，海侵发生的时间也会不同。对于大多数的沉积盆地，往往具有多个物源系统，它们的沉积物供给速率多不相等，海侵发生的时间并不一致。该项目拟通过二维水槽实验物理模拟，结合数值模拟，探究双物源体系背景下海侵的不等时性。","徐晨","2021010091","地球科学学院","资源勘查工程","2021","资源21-2班","1","王俊辉/2016880027","副教授","地球科学学院","4","张文鼎/2021010100,石钰卿/2021010120,黄逸扬/2021010117","地球科学学院,地球科学学院,地球科学学院","资源勘查工程,资源勘查工程,资源勘查工程","0",null,"C级"]
[19,"853","非常规油气藏注CO2渗流数学模型及动态分析方法研究","创新训练项目","D202305171804196493","0","石油工程学院","双向","0815-矿业类","-","-","针对目前储层注CO2渗流理论认识不清，缺少用于油田现场快速进行注入效果评价与动态预测的解析模型的难题，开展非常规油气藏注CO2渗流理论及渗流数学模型研究。\n（1）基于CO2注入前缘位置划分储层区域，建立两相流条件下不稳定渗流数学模型。\n（2）考虑非常规储层微纳米孔隙中CO2溶解扩散效应，改进CO2注入动态分析模型。\n（3）形成CO2注入动态数据分析方法，实现对储层物性参数定量表征。","李为开","2021011393","石油工程学院","石油工程","2021","石工21-3班","1","张凤远/2021880011","讲师","石油工程学院","4","胡蔚然/2021011145,罗小龙/2021010227,李凯/2021010767","石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程","0",null,"C级"]
[20,"1480","当代青年“拜佛热”的背后：现状、原因及反思","创新训练项目","D202305301848347549","0","石油工程学院","双向",null,"-","-","近几年来，年轻人“拜佛热”、“在上班和上进之间选择了上香”等频频登上热搜，打开小红书，搜索“寺庙”“拜佛”等关键词，相关的帖子数不胜数。\n针对这一问题，本项目计划开展资料调研及实地调查工作，在充分收集、理解相关资料的基础上设计调查问卷，围绕当代青年“拜佛热”的现状及原因前往雍和宫等地实地调查访问，形成研究报告及现象反思分析。","常淼轩","2022010337","石油工程学院","石油工程","2022","石工22-6班","1","王庆/2012880029","讲师","石油工程学院","3","符香香/2022010338,段建伟/2022010340","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"B级"]
[21,"861","CO2地质埋存安全智能监测","创新训练项目","D202305172032267550","0","石油工程学院","双向",null,"-","-","采用自编程软件，建立CO2埋存模型，评价不同工程参数下的CO2埋存效果及风险评价，开展实例分析应用。","丛志远","2022010319","石油工程学院","石油工程","2022","石工22-5班","1","陈志明/2021880001","岗位教授","石油工程学院","2","吴新蕾/2022010282","石油工程学院","石油工程（创新班）","0",null,"C级"]
[22,"863","基于数字岩心的致密砂岩孔隙结构表征研究","创新训练项目","D202305172044030195","0","石油工程学院","双向",null,"-","-","致密油作为主要重点开发的非常规油气资源类型之一而受到广泛关注。致密油储层岩石孔隙结构复杂，采用压汞分析等常规实验技术，难以精细开展致密砂岩微观孔隙结构的研究。数字岩心技术作为一种新兴的储层岩石孔隙结构表征方法，通过构建致密砂岩的数字岩心，能够实现微观孔隙结构的精细表征。\n1.基于CT扫描图像构建致密砂岩数字岩心\n2.基于数字岩心的致密砂岩岩石微观参数统计\n3.致密砂岩平均孔喉半径的表征与分析","曾努尔·买买提","2020010229","石油工程学院","石油工程","2020","石工20-2班","1","王建国/2285","副教授","石油工程学院","5","王文轩/2022010286,李明旭/2022010285,其曼古力·依明江/2020010259,王帅/2022010284","石油工程学院,石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程,石油工程","0",null,"C级"]
[23,"937","钢质悬链线立管不同管型监测技术分析","创新训练项目","D202305190005110544","0","石油工程学院","双向",null,"-","-","海洋油气资源开发是一项高投入、高风险、高科技的海洋工程。无论采用何种海洋结构物，都需要使用立管作为连接海洋结构物和海底设备的纽带。立管可用于钻井、完井、修井、输油等，是海洋工程结构系统中的必不可少的重要组成部分，同时也是易损薄弱的构件之一。海洋立管监测技术是保障立管及其附属系统在位安全的重要手段，也为立管疲劳分析和优化设计提供依据，利用监测技术对立管安全状况进行实时监测是目前发展方向。","刘瑞恒","2020010208","石油工程学院","石油工程","2020","石工20-1班","1","尤翔程/2011880019","讲师","石油工程学院","4","冯琪/2020010334,郭炫正/2021010353,曹贵祥/2021010352","石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程","0",null,"C级"]
[24,"919","非均质储层二氧化碳地质封存特征研究","创新训练项目","D202305181935576746","0","石油工程学院","自主","0825-环境科学与工程类","-","-","深部储层是开展二氧化碳封存的理想场所，具有埋存量大、封存时间长和封存场地分布广泛等优势，成为最具发展前景的二氧化碳地质封存技术。但在二氧化碳埋存过程中，储层的强非均质性会影响二氧化碳的动态运移规律，增加了二氧化碳深部封存的不确定性。本项目旨在探究二氧化碳在非均质储层中的运移规律，揭示二氧化碳/储层流体相互作用机理，确定多场耦合作用下多相流体渗流特征，形成深部储层二氧化碳封存的关键理论和模拟技术。","王宇","2022010322","石油工程学院","石油工程","2022","石工22-5班","1","吕晓聪/2022880002","讲师","石油工程学院","2","郭培柱/2022010317","石油工程学院","石油工程","0",null,"B级"]
[25,"938","钻头磨损智能预测及优化方法","创新训练项目","D202305190901099533","0","石油工程学院","双向",null,"-","-","在石油钻井过程中,了解钻头的磨损程度非常重要，但钻头磨损状态的优劣是一个模糊概念。\n本项目拟根据钻头的各种钻井参数以及岩性，结合固体力学原理，利用人工智能方法，建立对钻头磨损状态进行评定的方法，为科学诊断钻头磨损状态提供合理的理论方法。","周飞洋","2022010306","石油工程学院","石油工程","2022","石工22-4班","1","廖勤拙/2022880009","副教授","石油工程学院","1",{"$nulls":3},"0",null,"B级"]
[26,"976","“井工厂”钻井作业调度优化方法研究及其模拟系统开发","创新训练项目","D202305201136014250","0","石油工程学院","双向",null,"-","-","“井工厂”作业模式是指在同一区块布置大批相似井，以标准化、流水线方式实施钻井、完井、压裂等作业的一种高效作业模式。它打破了传统的单兵作战模式，实现了多兵种、工厂化、流水线作业，显著提高了作业效率。然而，目前井工厂钻井作业调度设计主要依赖人为经验，导致多钻机作业的协同优势难以充分发挥。针对该问题，本项目拟建立一套“井工厂”钻井作业自动调度优化算法，并开发一套可视化的模拟系统。","黄梓宁","2021010355","石油工程学院","石油工程","2021","石工21-6班","1","黄文君/2018880022","副教授","石油工程学院","3","李炳意/2021010347,杨耀翔/2022010247","石油工程学院,石油工程学院","石油工程,石油工程（创新班）","0",null,"B级"]
[27,"1075","基于机器学习的地层可钻性识别研究","创新训练项目","D202305221628058134","0","石油工程学院","双向","0709-地质学类","-","-","1.查阅文献，调研国内外目前地层可钻性方法研究现状；\n2.钻录井数据清洗处理，构建地层可钻性识别网络；\n3.优选机器学习模型对地层可钻性进行聚类分析；\n4.对研究的主要结论进行总结，并对未来研究的发展方向进行展望。","李春楷","2022010350","石油工程学院","石油工程（创新班）","2022","石工22-1创新班","1","宋先知/2012880038","教授","石油工程学院","2","曹端响/2022010343","石油工程学院","石油工程（创新班）","0",null,"C级"]
[28,"1001","超高温下高性能固井水泥微观特性及其表征","创新训练项目","D202305210823493708","0","石油工程学院","双向",null,"-","-","超高温下水泥石强度衰退问题严重对超深井及地热井的固井质量和保障水泥环密封完整性提出了巨大挑战。研发抗超高温水泥对固井工程具有实际意义，加入硅铝酸盐对抗高温水泥研发具有可行性，同时促进固井水泥绿色低碳、可持续性发展。\n铝酸盐水泥水化程度会对水化产物及其微观结构以及宏观强度影响很大。因此本项目欲通过微观试验进行铝酸盐水泥水化产物及其微观结构表征，探究水泥增强机理，为高性能水泥研发提供理论与试验依据。","张洪敏","2021010350","石油工程学院","石油工程","2021","石工21-6班","1","李妍/2295","讲师","石油工程学院","4","李秋宇/2021010342,鲁越/2021010351,苏比伊努尔·图尔迪/2021010184","理学院,石油工程学院,石油工程学院","数学与应用数学,石油工程,石油工程","0",null,"A级"]
[29,"995","高含水油藏优势渗流通道治理方法效果预测","创新训练项目","D202305202356407260","0","石油工程学院","双向",null,"-","-","我国大部分老油田已经进入了高含水期，但剩余储量巨大，准确识别优势渗流通道并提出相应的治理方法对其持续有效开发至关重要。本项目调研高含水油藏优势渗流通道划分方法，通过实验、数模以及矿场串流通道治理结果提出治理方法，并依据串流强度开展串流通道治理方案设计，并进行治理效果预测。","蒋润邦","2021010295","石油工程学院","石油工程","2021","石工21-4班","1","刘哲宇/2022880026","岗位副教授","石油工程学院","5","李彦霈/2021010298,蒲家乐/2021010299,吴文秀/2021010275,陈森/2021010289","石油工程学院,石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程,石油工程","0",null,"C级"]
[30,"1010","稠油热采凝胶调堵可视化实验研究","创新训练项目","D202305211526434140","0","石油工程学院","自主","0805-能源动力类","-","-","汽窜是影响稠油油藏注蒸汽开发效果的主要因素，耐温凝胶作为一种封堵窜流通道、扩大波及体积的有效堵剂在改善稠油注蒸汽开发效果中发挥着重要作用。课题以可视化实验为手段，通过分析获取的宏观和微观图像研究稠油注蒸汽热采开发过程中汽窜通道的形成过程、耐温凝胶的注入和封堵过程以及后续蒸汽绕流扩大波及体积的过程，明确耐温凝胶堵调提高采收率的机理。","徐佳惠","2022010191","石油工程学院","石油工程（创新班）","2022","石工22-1创新班","1","刘慧卿/2003","教授","石油工程学院","2","花瑞/2022010194","石油工程学院","石油工程","0",null,"C级"]
[31,"1031","复杂工况下深水钻井隔水管纵横弯曲力学分析及编程实现","创新训练项目","D202305221032346833","0","石油工程学院","双向","0815-矿业类","-","-","了解海洋钻井隔水管和深水钻井隔水管的的分析方法和操作，并采用数值求解方法求解深水钻井隔水管在波浪、海流及内波流共同作用下的控制方程，获得复杂工况下深水钻井隔水管的力学特性规律，采用python语言编程实现隔水管力学特性的可视化。","管玉婷","2021010334","石油工程学院","石油工程","2021","石工21-6班","1","王宴滨/2016880016","岗位教授","石油工程学院","3","王玉/2021010336,陈照琦/2021010335","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"C级"]
[32,"1033","基于Fluent平台的深水钻井隔水管涡激振动数值模拟分析","创新训练项目","D202305221032444912","0","石油工程学院","双向",null,"-","-","针对深水钻井隔水管在海洋环境下的涡激振动问题，考虑隔水管配置和洋流参数，采用Fluent软件对隔水管涡激振动特性进行数值模拟分析，获得隔水管的涡激振动特性","赫雨薇","2022010339","石油工程学院","石油工程（创新班）","2022","石工22-1班","1","王宴滨/2016880016","岗位教授","石油工程学院","2","温梦姚/2022010336","石油工程学院","石油工程（创新班）","0",null,"B级"]
[33,"1053","高效驱油用表面活性剂配方优化设计","创新训练项目","D202305221404537382","0","石油工程学院","双向",null,"-","-","使用表面活性剂驱油是提高油田采收率的重要技术，但原油组分复杂，如何根据原油性质选择相应的表面活性剂还不清楚。调研驱油用表面活性剂类型以及油水界面性能的相关影响因素，开展界面张力测试及乳化相行为测试，优选出能达到超低界面张力或形成三型乳状液的表面活性剂，开展岩心驱油实验获得体系提高采收率潜力","周怡辰","2021010287","石油工程学院","石油工程","2021","石工21-4班","1","刘哲宇/2022880026","岗位副教授","石油工程学院","5","张昀徽/2021010229,张文浩/2021010230,肖诚/2021010284,刘翔/2021010282","石油工程学院,石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程,石油工程","0",null,"C级"]
[34,"1259","水-油组分-CO2相间传质规律研究","创新训练项目","D202305232221246349","0","石油工程学院","双向",null,"-","-","CO2在储层中的埋存涉及在油和水中的溶解过程，但此过程受温度、压力以及水中离子组成的影响。通过调研或者理论计算分析CO2在水相及油相中的传质规律差异性，研究水相存在条件下对CO2在油相中的传质作用规律影响，可为油藏CO2埋存设计与选址提供依据。","顾正扬","2021010286","石油工程学院","石油工程","2021","石工21-4班","1","李宜强/2382","研究员（自然科学）","石油工程学院","5","张春阳/2021010302,栾笑哲/2021010283,吴迅康/2021010285,赵光泽/2021010303","石油工程学院,石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程,石油工程","0",null,"C级"]
[35,"1447","CO2的利用与埋存","创新训练项目","D202305281741406418","0","石油工程学院","双向",null,"-","-","在国家双碳战略背景下，完成CO2在油气开发方面的利用与埋存相关的现状、机理、分类、存在问题等总结和归纳，设计评价指标体系和方法进行CO2利用与埋存项目的价值评估优选，并提出发展中的对策建议。最后提交研究报告。","王锐杰","2021010270","石油工程学院","石油工程","2021","石工21-3班","1","郭小哲/2117","副教授","石油工程学院","3","夏华聪/2021010271,于家宁/2021010272","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"C级"]
[36,"1088","水力压裂裂缝扩展基础模型研究与应用","创新训练项目","D202305221743106579","0","石油工程学院","双向",null,"-","-","水力压裂是目前油气井增产的关键技术，特别是非常规油气藏复杂缝网压裂，但压裂模型比较复杂，在水力压裂压后评价中基本上都采用简单模型或简化条件。而水力压裂基础模型虽然简单，但在压后分析等压裂评价中，在误差范围内，基础模型应用简单，有一定的适用性，因此如何利用简单裂缝模型分析复杂的关键问题显得较为重要，因此有必要对水力压裂的简单模型进行分析应用。本项目建立二维裂缝扩展模型，研究裂缝几何尺寸计算方法。","陈瑞","2021010194","石油工程学院","石油工程","2021","石工21-1班","1","马新仿/1811","教授","石油工程学院","4","刘孝强/2021010195,郭梦祥/2021010191,席鹏飞/2021010221","石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程","0",null,"B级"]
[37,"1089","不同条件及不同固砂工艺方法压裂出砂 与防砂模拟实验","创新训练项目","D202305221743161735","0","石油工程学院","双向",null,"-","-","压裂井压后出砂，严重制约了油气井的开发及生产，需要开展压裂后返排制度与试采制度支撑剂回流的模拟实验，分析各因素对回流的影响规律与影响程度，论证固砂工艺可行性。通过进行不同条件下压裂出砂与防砂方法的模拟实验，得出流体粘度与速度对于支撑体稳定性的影响，找出其临界粘度与速度，解决在实际生产过程中存在的泥沙对井孔的堵塞情况以及流体态对所需经过的出口的堵塞作用，满足增产增效的需求。","王麟杰","2022010244","石油工程学院","石油工程","2022","石工22-2班","1","马新仿/1811","教授","石油工程学院","4","马晟哲/2022010242,申磊/2022010243,刘东凯/2022010241","石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程","0",null,"C级"]
[38,"1114","超深碳酸盐岩储层改造高效开发机理研究","创新训练项目","D202305222129268630","0","石油工程学院","双向",null,"-","-","目前超深碳酸盐岩储层带即将投入大规模开发，通过前期研究，对超深碳酸盐岩储层酸压裂缝扩展规律有了初步的认识，但超深碳酸盐岩储层构造类型复杂，酸压裂缝扩展规律认识不足，需要进一步开展深入研究，并且不同构造类型储层段钻井轨迹对酸压裂缝扩展也产生了重要影响，需要进一步开展优化研究。","黄桂定","2020010239","石油工程学院","石油工程","2020","石工20-2班","1","周舟/2016880006","副教授","石油工程学院","4","李思潮/2022010291,宫贺/2022010292,邵先晨/2022010290","石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程","0",null,"C级"]
[39,"1186","深煤层磨料射流造穴应力应变可视化研究","创新训练项目","D202305231602588690","0","石油工程学院","双向",null,"-","-","深层煤层气资源是我国未来勘探开发的重点领域，现有中浅煤层的增产改造技术难以完全适用于深层煤层气高效开发。本项目提出深煤层水平井水力喷射分段造穴的新思路，旨在大范围释放地层应力、提高单井产量。拟开展：（1）基于数字图像相关法的煤岩造穴可视化实验，研究应变演化特征；（2）采用有限元-离散元耦合方法，建立造穴应力演化模型，研究深煤层环境下应力释放特征，研究成果有望为发展深煤层储层改造新方式提供理论基础。","张宇翔","2021010333","石油工程学院","石油工程","2021","石工21-5班","1","杨睿月/2017880019","副教授","石油工程学院","4","尹运涛/2021010331,王卫帅/2021010338,于昊博/2021010332","石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程","0",null,"B级"]
[40,"1277","JL超低渗油藏合理开发技术政策研究","创新训练项目","D202305240800443828","0","石油工程学院","双向",null,"-","-","制定合理的开发技术政策是提升超低渗油藏开发效果的关键，本项目以JL超低渗油藏为研究对象，综合油藏工程方法和数值模拟技术，探究JL超低渗油藏合理开发技术政策，本想需要完成以下三个方面的工作。\n   1、超低渗油田开发效果主控因素分析\n   2、超低渗油藏数值模拟模型建立\n   3、超低渗油藏开发技术政策优化研究","袁飞","2021010199","石油工程学院","石油工程","2021","石工21-1班","1","薛永超/2054","副教授","石油工程学院","5","朱鑫伟/2021010197,骆芳雨/2021010257,霍相如/2021010234,王硕浩/2021010256","石油工程学院,石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程,石油工程","0",null,"C级"]
[41,"1309","基于机器学习的稠油油藏蒸汽驱汽窜程度分类及汽窜特征预测","创新训练项目","D202305241137087610","0","石油工程学院","双向",null,"-","-","利用数值模拟的方法研究稠油油藏注入蒸汽热采技术，建立汽窜特征数据集，为定量预测汽窜形成过程中各特征随时间变化的情况以及对汽窜程度进行分类提供数据支撑；对数据进行预处理，其中包括数据降维、离群值检测、特征提取等；将数据集分为训练集和验证集，采用机器学习的算法。使用训练集对模型进行训练，建立井间汽窜各特征随时间变化的定量预测模型，并衡量各模型的泛化程度；使用智能优化算法，对预测模型进行优化。","黄俊杰","2021010189","石油工程学院","石油工程","2021","石工21-1班","1","庞占喜/2331","副教授","石油工程学院","2","陈蔚婷/2021010187","石油工程学院","石油工程","0",null,"C级"]
[42,"1331","植物沥青钻井液体系研究及性能评价","创新训练项目","D202305241517449238","0","石油工程学院","自主","0815-矿业类","-","-","油气钻井工程中，油基钻井液因其抗高温和抗污染能力强，抑制性强，润滑性强等特性被应用于钻深井﹑超深井﹑大位移井﹑水平井和各种复杂地层，但矿物油基钻井液存在价格高，柴油基钻井液对环境影响大受到限制。所以我们关注到一种新的材料——植物沥青，基于其低碳环保且可再生，成本低廉等优点，将用于肥料焚烧的植物沥青作为油基钻井液基油，研究一种经济高效且环境友好的钻井液体系。","王子桓","2021010340","石油工程学院","石油工程","2021","石工21-6班","1","赵雄虎/0059","教授","石油工程学院","3","洛追郎杰/2021010341,聂晓宇/2021010339","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"A级"]
[43,"1362","页岩水力裂缝支撑剂嵌入特征可视化实验研究","创新训练项目","D202305250934103880","0","石油工程学院","双向",null,"-","-","页岩油储层具有层理发育、黏土含量高的特点，水力压裂后产量往往递减快、稳产难度大，为了探究水力裂缝中支撑剂嵌入对裂缝闭合的影响，本科创拟采用可视化实验方法，可实时观察储层条件下支撑剂分布及嵌入过程，有助于提高对支撑剂嵌入的力学机理与模型认识。","杨贺尧","2022010217","石油工程学院","石油工程","2022","石工22-2班","1","周大伟/2023880001","中级","石油工程学院","5","王伟/2022010237,夏昌博/2022010226,马鸿伟/2022010265,谭金超/2022012336","石油工程学院,石油工程学院,石油工程学院,机械与储运工程学院","石油工程,石油工程,石油工程,机械类","0",null,"B级"]
[44,"1369","长庆油田百万吨级CCUS驱油助力“双碳”目标实现","创新训练项目","D202305251611083423","0","石油工程学院","双向",null,"-","-","长庆油田占中国石油低渗资源“50亿吨+四个10亿吨”格局的半壁江山，但面临单井产量低、采油速度低、采收率低“三低”问题。以支撑长庆油田百万吨级CCUS驱油与埋存为目标，紧紧围绕注CO2提高采收率机制研究，创新形成长庆油田百万吨级CCUS地质-工程一体化协同关键技术方案，有力支撑长庆油田千万吨CCUS建设，助力“碳中和、碳达峰”目标实现！","周琦","2022010219","石油工程学院","石油工程（创新班）","2022","石工22-1班","1","赵海峰/2296","教授","石油工程学院","2","周林夕/2022010363","石油工程学院","石油工程","0",null,"C级"]
[45,"1373","页岩油藏体积压裂复杂缝网刻画及表征","创新训练项目","D202305252018327007","0","石油工程学院","双向",null,"-","-","页岩油藏必须经过体积压裂才具有商业开发价值，准确刻画压裂缝网特征是评价页岩油藏产能的核心。本项目针对这一关键问题，开展页岩油藏体积压裂复杂缝网刻画及表征研究，项目主要开展如下研究内容。\n    1、页岩油藏体积压裂缝网形成主控因素研究\n    2、页岩油藏体积压裂缝网预测方法研究\n    3、典型页岩油藏体积压裂缝网表征","邓忠昊","2021010204","石油工程学院","石油工程","2021","石工21-1班","1","薛永超/2054","副教授","石油工程学院","5","王御名/2021010201,施越棋/2021010202,李梦飞/2021010206,田浩宇/2021010203","石油工程学院,石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程,石油工程","0",null,"A级"]
[46,"1376","基于机器学习的油气微观渗流模拟研究","创新训练项目","D202305252300388553","0","石油工程学院","双向",null,"-","-","孔隙尺度实验及模拟方法是探索油气渗流机理及提高采收率的重要手段，孔隙网络模型是一种高效的孔隙尺度渗流模拟方法，通过将复杂的多孔介质孔隙结构转化为规则的孔隙和喉道，利用达西方程和质量守恒方程来描述渗流过程；但在孔隙结构的简化过程中损失了大量孔隙形状信息，使其准确性降低。本项目旨在结合机器学习方法改进孔隙网络模型，使其更准确的模拟孔隙尺度两相渗流过程，从而探索油气微观渗流规律。","解红斌","2021010348","石油工程学院","石油工程","2021","石工21-6班","1","赵建林/2022880054","副教授","石油工程学院","3","芦一鸣/2022010213,何林珂/2021010354","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"A级"]
[47,"1389","基于机器学习算法的气藏开发规律预测研究","创新训练项目","D202305261058356922","0","石油工程学院","双向",null,"-","-","（1）基于条件生成式对抗网络、人工神经网络等多种方法，利用已有井数据，建立甜点主控地质因素预测模型，并进行甜点主控地质因素的空间展布模拟；\n（2）结合多种机器学习算法，建立工程能力-压裂工艺等多因素耦合的单井EUR预测模型以及产量递减模型；\n（3）甜点区井位及压裂工艺参数优化研究。利用外推的甜点主控地质数据，结合贝叶斯优化算法等机器学习算法，确定能使单井EUR最大的压裂工艺参数及开发规律预测。","李万錡","2022010206","石油工程学院","石油工程","2022","石工22-4班","1","田冷/2197","教授","石油工程学院","4","李嘉林/2022010203,张维俊/2022010205,路延/2022010204","石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程（创新班）,石油工程","0",null,"C级"]
[48,"1401","油井智能流入控制装置研制与性能评价","创新训练项目","D202305262203099698","0","石油工程学院","双向","0802-机械类","-","-","本项目拟基于流体力学原理，创新智能流入控制装置概念设计，实现稳油控水目标；借助流体动力学软件开展装置内流场分析，优化装置内流道结构；并借助有限元软件开展装置强度分析，优化装置结构；在此基础上加工实验样机，并开展油水流动测试，标定装置性能参数；利用油井流入动态评价软件，开展智能流入控制装置完井流入动态模拟，确定装置稳油控水效果，旨在形成具有自主知识产权的智能流入控制装置与完井评价方法。","全俊钰","2021010311","石油工程学院","石油工程","2021","石工21-5班","1","曾泉树/2017880037","副教授","石油工程学院","4","李宇浩/2021010324,沈明义/2021010328,刘昊天/2021010315","石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程","0",null,"C级"]
[49,"1406","页岩油储层二氧化碳强化径向井立体开发数值模拟研究","创新训练项目","D202305271049583327","0","石油工程学院","双向",null,"-","-","二氧化碳强化页岩油开采可望大幅提高采收率，又可实现二氧化碳地质封存，被认为是“双碳目标下”极具前景的二氧化碳减排及油气开发技术。径向井立体开发可形成一井多层、一层多分支的高效开发径向井网，页岩油储层二氧化碳强化径向井立体开发有望成为页岩油开发革命性新技术。","任书衡","2022010215","石油工程学院","石油工程（创新班）","2022","石工22-1班","1","王天宇/2021890009","中级","石油工程学院","4","陈方旭/2022010387,闫宇航/2022010246,陈天宇/2022010297","化学工程与环境学院,石油工程学院,石油工程学院","化工与制药类,石油工程,石油工程（创新班）","0",null,"C级"]
[50,"1429","富含水页岩气藏生产特征及可采储量评估","创新训练项目","D202305281041361774","0","石油工程学院","双向","0815-矿业类","-","-","主要研究内容：\n1、富含水页岩气藏渗流特征及开采动态分析；\n2、富含水页岩气藏生产特征表征（方法）及变化模式（分类）；\n3、不同类型井产量递减规律分析及产量预测；\n4、富含水页岩气藏可采储量评估方法建立及应用。","李尚锦","2021010214","石油工程学院","石油工程","2021","石工21-2班","1","陈民锋/1937","副教授","石油工程学院","3","白烁/2021010186,移可沁/2021010244","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"C级"]
[51,"1443","渗流实验过程动态图像数据自动定量化实现方法","创新训练项目","D202305281646477588","0","石油工程学院","双向",null,"-","-","在实验室模拟油气藏开发实验过程，油水量的计量或油水的分布是一个动态过程，常规人工计量或描述工作量大、随意性强、误差大，如果建立一种对这些动态图像数据进行自动采集和定量分析方法具有很好的应用和推广价值。","王旭鹏","2022010341","石油工程学院","石油工程","2022","石工22-6班","1","高旺来/0643","副研究员（自然科学）","石油工程学院","2","祁乐志/2022010344","石油工程学院","石油工程","0",null,"C级"]
[52,"1451","基于物理约束的深度学习油藏渗流模拟方法","创新训练项目","D202305281814024031","0","石油工程学院","双向",null,"-","-","随着人工智能技术的快速发展，纯数据驱动的代理模型在油藏生产管理等领域的重要性日益凸显。然而，这类模型对数据的质量和数量的要求极高，并且忽视了基础的物理知识。为此，该项目旨在将油气渗流理论与深度学习模型相结合，构建一种数据与物理双驱动的油藏模拟模型。这种新型模型整合了数据驱动模型和物理驱动模型的各自优势，旨在提升模拟精度和计算效率,在储层参数反演和生产优化等应用中具有广阔前景。","唐真艺","2021010188","石油工程学院","石油工程","2021","石工21-1班","1","李靖/2020880022","副教授","石油工程学院","5","张泽驿/2022010235,贾子怡/2021011564,巫欣阳/2022010222,展国昊/2022010248","石油工程学院,信息科学与工程学院,石油工程学院,石油工程学院","石油工程,计算机科学与技术,石油工程（创新班）,石油工程","0",null,"A级"]
[53,"1467","分布式光纤监测水平井吸水剖面技术研究","创新训练项目","D202305282301000587","0","石油工程学院","双向","0101-哲学类","-","-","随着油田生产的进行，层间、层内矛盾日益加剧，水驱开发后期出现高渗层段突进现象，导致低渗层段原油无法驱替。传统渗流力学计算法和数值模拟法等理论研究无法准确反应油藏层段实际注水情况。随着分布式光纤传感技术在油气领域的发展应用，为实现全井段全周期吸水剖面监测提供了一种颇具前景的研究手段。本课题拟通过自主设计并开展室内实验，利用分布式光纤监测水平井的吸水剖面，为低产油井提供较为可靠的注入剖面测试技术。","黄炳霖","2021010322","石油工程学院","石油工程","2021","石工21-5班","1","冯永存/2019880011","教授","国际合作与交流处","2","刘天伟/2021010325","石油工程学院","石油工程","0",null,"B级"]
[54,"1489","CO2提高油气采收率与封存机理可视化研究","创新训练项目","D202306011940535808","0","石油工程学院","双向",null,"-","-","本研究采用微纳流控显微技术与低场核磁共振技术，系统研究CO2在孔隙尺度和岩心尺度的驱油与封存机理，本研究的亮点是可视化研究，最终目的旨在揭示CO2提高原油采收率与地质封存间的相互作用关系，是油气碳中和领域的研究热点问题。","胡荣煌","2021010205","石油工程学院","石油工程","2021","石工21-1班","1","刘月亮/2021880028","副教授","石油工程学院","3","张国权/2022010218,谭明忠/2022010228","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"C级"]
[55,"831","电炉渣组成特征及碱性对磁性铁回收潜力影响评估","创新训练项目","D202305162050573515","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","在碳达峰碳中和背景下，以电炉为主短流程钢铁生产工艺具有碳排放量低的明显优势，未来比例将会增加，电炉渣增长率也将增加，电炉渣资源化应用问题急需解决。所以团队通过X射线衍射（XRD）分析和磁铁分离法研究电炉渣的矿物组成、赋存状态和嵌布特征以及可回收磁性含铁组分的影响，开发电炉渣资源回收利用技术为下一步提高钢铁行业电炉渣的回收利用和实现碳中和打下坚实基础。","施孔君","2022010481","化学工程与环境学院","化工与制药类","2022","能化22-2班","1","王庆宏/2012880066","副教授","化学工程与环境学院","4","杨欣玥/2022012169,李春辉/2022010466,迟敏/2022011093","外国语学院,化学工程与环境学院,地球物理学院","英语,化工与制药类,地球物理学类","0",null,"C级"]
[56,"971","高精度微阻尼节流元件的湍流减阻机制研究","创新训练项目","D202305201016356765","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","湍流减阻在生产和生活中意义重大。鲨鱼皮减阻的原理是什么，飞鱼为什么要跃出水面减阻…，这些不仅和肋条、柔顺壁、聚合物添加剂、微气泡、仿生减阻、壁面振动技术有关，还与超导减阻、5G手机提速有密切联系。跨学科推演将使我们了解湍流的本质内涵，实现有序输送，在工程上为我所用。","张露","2022010368","化学工程与环境学院","化工与制药类","2022","能化22-2班","1","曹睿/1341","副教授","化学工程与环境学院","5","张姝瑶/2022010364,刘子瑞/2022010383,李陶然/2022010386,杨秋瑶/2022010365","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类,化工与制药类","0",null,"C级"]
[57,"979","施展“膜”力高效捕碳","创新训练项目","D202305201547183549","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","膜分离技术具有节能减耗、投资小、占地空间小等优点，在天然气净化和二氧化碳捕集方面显示出广泛的应用前景。在各类分离膜中，掺杂 MOFs 的复合分离膜也称混合基质膜（MMMs）兼具无机膜高渗透性和有机膜易加工等优点，同时兼具高渗透率和选择性。本研究旨在制备一种MMMs，并对其分离CO2/CH4、CO2/N2的效果进行模拟，以期实现对CO2/CH4 、CO2/N2的高效分离。","刘庆炽","2021010416","化学工程与环境学院","化学工程与工艺","2021","化工21-2班","1","樊燕芳/2015880012","副教授","化学工程与环境学院","5","余燕伶/2021010367,张添棋/2021010629,闫晨琛/2021010370,彭云飞/2020010627","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,化学工程与工艺,化学工程与工艺,化学工程与工艺","0",null,"B级"]
[58,"881","多环芳烃典型单体对鱼类急性毒性与交互效应","创新训练项目","D202305180828127596","0","化学工程与环境学院","双向","0703-化学类","-","-","多环芳烃( Polycyclic aromatic hydrocarbons，PAHs) 是指分子由两个或两个以上苯环以稠环或非稠环方式连接而成的一类疏水性化合物。目前，多见单物种急性毒性实验，少有单体之间交互效应研究。以苯环数分类，选取典型单体，基于多因子正交实验设计原理，设计急性毒性藻类多因子实验，分析主效应和交互效应，获得考虑交互效应的PAHs混合物毒性指标。","季睿","2022010402","化学工程与环境学院","化工与制药类","2022","能化22-1班","1","曾勇/2213","副教授","化学工程与环境学院","2","贾文青/2022010401","化学工程与环境学院","化工与制药类","0",null,"B级"]
[59,"1067","生物炭固定功能菌群强化石油污染土壤降污固碳","创新训练项目","D202305221533255817","0","化学工程与环境学院","双向","0825-环境科学与工程类","-","-","基于石油污染土壤污染物去除同步固定CO2的双重目标，利用生物炭固定石油降解菌和固碳菌强化修复石油污染土壤。包括生物炭材料制备、不同结构特性的生物炭材料固定功能菌群，研究生物炭结构和固定功能菌群后的性质差异，考察其对菌群的降解动力学、CO2 固定速率和途径、细胞生物量、微生物代谢网络的影响；研究生物炭固定功能菌群强化石油污染土壤生物修复性能等。","王兮月","2022010621","化学工程与环境学院","环境科学与工程类","2022","环科22-1班","1","王庆宏/2012880066","副教授","化学工程与环境学院","4","霍子云/2021010405,王晨阳/2022010620,孟婧涵/2022010589","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,环境科学与工程类,环境科学与工程类","0",null,"C级"]
[60,"936","Pt负载金属氧化物催化剂制备及其催化储氢性能研究","创新训练项目","D202305182223295457","0","化学工程与环境学院","双向",null,"-","-","查阅文献，了解储氢催化剂研究现状及相关知识，考察制备方法、合成条件等对催化剂结构等的影响规律，并进行反应性能评价。结合相关表征技术，初步揭示催化剂结构与反应性能之间的构效关系。","闫珅","2021010489","化学工程与环境学院","化学工程与工艺","2021","化工21-1班","1","崔国庆/2020880007","讲师","化学工程与环境学院","2","刘羲阳/2021010485","化学工程与环境学院","化学工程与工艺","0",null,"C级"]
[61,"1421","微型旋转流化床对强化细颗粒流动的实验研究","创新训练项目","D202305272103372745","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","超细颗粒在新能源材料如电池电极、电解制氢、光伏发电、储氢材料等方面具有广泛的应用前景。超细颗粒尤其是纳米颗粒因其尺度效应很难批量处理。流化床是批量处理颗粒物料强有力的设备和反应器。传统流化床往往用于处理比较大的颗粒，用于处理超细颗粒还存在较大的困难。本项目提出一种微型旋转流化床用于处理超细颗粒通过设计一种新型的反应器装置，利用实验等手段来分析其对细颗粒流化的改善，对细颗粒工业应用提供新思路。","李佳蕊","2021010436","化学工程与环境学院","化学工程与工艺","2021","化工21-3班","1","王成秀/2014880020","副教授","化学工程与环境学院","2","齐嘉莹/2021010500","化学工程与环境学院","化学工程与工艺","0",null,"C级"]
[62,"934","二氧化碳加氢制甲烷的Ni基催化剂构建及性能研究","创新训练项目","D202305182211566694","0","化学工程与环境学院","双向",null,"-","-","查阅文献，了解催化剂研究现状及相关知识，考察制备方法、合成条件等对催化剂结构等的影响规律，并进行反应性能评价。结合相关表征技术，初步揭示催化剂结构与反应性能之间的构效关系。","潘思迪","2021010465","化学工程与环境学院","能源化学工程","2021","能化21-1班","1","崔国庆/2020880007","讲师","化学工程与环境学院","4","曹哲仁/2021010514,郭智硕/2022010516,张志彬/2022010491","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","能源化学工程,化工与制药类,化工与制药类","0",null,"A级"]
[63,"935","旋转进气对环流耦合反应器强化超细颗粒流动影响的研究","创新训练项目","D202305182213047256","0","化学工程与环境学院","双向",null,"-","-","随着社会的发展，超细颗粒的在石油石化、药品、化妆品以及碳捕集等行业应用广泛，而超细颗粒尤其是纳米颗粒因粒径等特点流化难是阻挡工业生产的重要因素。通过设计环流耦合反应器的进气方式，来探究气旋对超细颗粒流动性能改善的效果。本项目旨在，设计一种对细颗粒流化改善明显的实验路线方案，通过实验数据分析获得细颗粒流动特点，为工业放大提供理论和实验基础。","刘思雨","2021010437","化学工程与环境学院","化学工程与工艺","2021","化工21-3班","1","王成秀/2014880020","副教授","化学工程与环境学院","2","卢宇晶/2021010438","化学工程与环境学院","化学工程与工艺","0",null,"C级"]
[64,"940","石油焦衍生多频电磁波吸收碳材料的开发","创新训练项目","D202305190917340685","0","化学工程与环境学院","双向",null,"-","-","电磁波污染被认为是仅次于空气、水和噪声污染的第四大污染。高密度的电磁能量被辐射到空气中，造成严重的电磁波污染，不仅危及人体健康，而且危及信息安全。如何对电磁波进行有效防护，阻止电磁信息泄漏、抑制电磁波的辐射和干扰？本项目拟以石油焦为原料，开展多频电磁波吸收碳材料的制备研究，并通过详细性能测试来评价材料的应用前景。","张芳","2021010435","化学工程与环境学院","化学工程与工艺","2021","化工21-3班","1","杨旺/2019880018","副教授","化学工程与环境学院","4","魏雯静/2021010365,廖安安/2021010366,刘杨/2021010611","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,化学工程与工艺,化学工程与工艺","0",null,"B级"]
[65,"945","炼厂剩余活性污泥好氧堆肥过程中碳氮转化机制的研究","创新训练项目","D202305191023266723","0","化学工程与环境学院","自主","0825-环境科学与工程类","-","-","剩余污泥是指活性污泥系统中从二次沉淀池（或沉淀区）排出系统外的活性污泥。好氧堆肥是处理剩余污泥的主流工艺之一，但是在堆肥过程中氮素损失通常会达到40%以上，严重降低了堆肥产品的肥效，因此需要研究堆肥过程中氮素损失的影响因素，优化污泥好氧堆肥过程。本项目主要研究污泥好氧堆肥过程中碳氮元素的转化机制，以及不同工艺条件对氮素损失的影响，为好氧堆肥处理剩余污泥工程的实际运行提供理论基础。","王周昊","2020010453","化学工程与环境学院","环境工程","2020","环工20-2班","1","王庆宏/2012880066","副教授","化学工程与环境学院","2","马雪/2021010372","化学工程与环境学院","化学工程与工艺","0",null,"C级"]
[66,"950","用ASPEN模拟固态胺捕集烟气中二氧化碳工艺","创新训练项目","D202305191211433455","0","化学工程与环境学院","自主","0813-化工与制药类","-","-","催化裂化过程中产生的烟气中含有较多的二氧化碳，如何捕获这些二氧化碳显得极为重要。项目准备采用固态胺作为吸附剂，在固定床进行烟气中二氧化碳的捕集，用ASPEN进行模拟预测，并设计相应的吸附器和解吸器，用于碳捕获和分离。","刘益安","2021010520","化学工程与环境学院","化学工程与工艺","2021","化工21-3班","1","刘梦溪/2077","教授","化学工程与环境学院","5","李春霖/2021010519,康歆宇/2021010518,郭飞扬/2021010497,黄凯涵/2021010454","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,化学工程与工艺,化学工程与工艺,化学工程与工艺","0",null,"B级"]
[67,"977","高密度固体储氢材料研究","创新训练项目","D202305201509478710","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","能经济在可再生能源系统发展完善情况下，在未来基于可再生能源的电力系统和交通运输领域中有较高的应用价值。固态储氢技术是目前在不同应用的理想操作条件下储存氢气的最安全可靠的方式，正日益受到科学界的广泛关注。该技术是将具有储氢能力的固体材料用将氢气储存，在一定温度压力下可以实现可逆吸放氢的储氢技术。本项目通过对比不同固体储氢材料技术，针对未来氢能储存提出合理的应对方案。","龚泽恩","2022010385","化学工程与环境学院","化工与制药类","2022","化工22-1班","1","商辉/2300","教授","化学工程与环境学院","5","傅世坤/2022010482,李芃钰/2022010484,周芹/2022010367,张璐昕/2022010366","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类,化工与制药类","0",null,"C级"]
[68,"951","铁催化葡萄糖水热碳化的过程与机理研究","创新训练项目","D202305191309349810","0","化学工程与环境学院","双向","0825-环境科学与工程类","-","-","（1）使用铁基催化剂催化葡萄糖水热碳化。在不同反应条件下进行水热碳化实验，分析碳水化合物水热碳化动力学和热力学性质；（2）对水热炭进行结构特征分析，包括形貌特征、尺寸大小、表面官能团及元素组成等，分析水热炭燃料特性及吸附性能，建立水热炭的形成及生长机制；（3）对水热液中糖类化合物聚合规律进行分析，包括有机物组成分析、分子量分布等，建立碳水化合物水热碳化的化学反应路径。","陈薪同","2021010556","化学工程与环境学院","环境工程","2021","环工21-2班","1","王庆宏/2012880066","副教授","化学工程与环境学院","4","李子涵/2022010602,吴照飞/2022010392,张之翼/2022010394","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","环境科学与工程类,化工与制药类,化工与制药类","0",null,"A级"]
[69,"955","插件式低压降工业烟气深度净化环流装置开发及工程放大","创新训练项目","D202305191451391274","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","工业烟气除尘难点在于高效脱除细颗粒物，因其微/纳多尺度结构抑制了固体表面与水的快速高效接触，雾化/环流耦合场可以打破超疏水性，但环流塔的高径比限制了装置扩能和工程放大。本研究拟开发一种像计算机内存条的插件结构，在每个插件范围内保持良好的气液环流，不仅能根据处理量设计插件数量，还能实现低压降设计，与工程应用完美接轨。","王晴宇","2022010373","化学工程与环境学院","化工与制药类","2022","化工22-1班","1","曹睿/1341","副教授","化学工程与环境学院","5","孙科/2022010379,袁佳怡/2022010374,何丽鸿/2022010371,史佳悦/2022010372","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类,化工与制药类","0",null,"C级"]
[70,"1007","石油含氮化合物分离及分子组成分析方法与应用","创新训练项目","D202305211417270657","0","化学工程与环境学院","自主","0813-化工与制药类","-","-","含氮化合物是石油中普遍存在的杂原子化合物，主要包括碱性和非碱性含氮化合物两类。石油尤其是原油中两类含氮化合物的元素总量和分子组成是石油全组分分子组成定量工作的重要部分。本课题拟建立基于强阳离子交换柱的石油碱性含氮化合物和非碱性含氮化合物分离方法，并采用电喷雾电离高分辨率质谱分析不同类型含氮化合物分子组成，为石油全组分分子组成定量提供数据。","朱家玉","2021010473","化学工程与环境学院","化学工程与工艺","2021","化工21-1班","1","史权/1334","教授","化学工程与环境学院","2","王彩雲/2021010468","化学工程与环境学院","化学工程与工艺","0",null,"B级"]
[71,"961","水杨酸-次氯酸盐分光光度法测定水中氨氮含量的改进及应用研究","创新训练项目","D202305191645137245","0","化学工程与环境学院","双向","0825-环境科学与工程类","-","-","氮超标是导致水体富营养化的主要因素之一，水杨酸-次氯酸盐分光光度法是氨氮含量测定的国标方法之一，国标号：HJ536-2009。由于该方法显色时间长、试剂加量不精确，导致氨氮测定结果不准确，不稳定，因此，需要研究改进此氨氮测定方法具有一定的理论价值。本项目研究内容主要包括两部分：1.水杨酸-次氯酸盐法测定水中氨氮含量的改进；2.采集北京市公园景观水及河水进行氨氮含量测定。","胡方杰","2021010610","化学工程与环境学院","环境科学","2021","环科21-2班","1","李敏/2194","工程师","化学工程与环境学院","4","王健/2021010613,丁飞/2021010603,吴延瑞/2021010608","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","环境科学,环境工程,环境工程","0",null,"C级"]
[72,"1074","我国炼油厂二氧化碳排放的核算方法","创新训练项目","D202305221621017102","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","研究我国炼油厂典型工艺及全厂二氧化碳排放的核算边界、核算方法并进行数学建模，以实现根据处理规模、加工过程能量消耗等条件对炼油厂的二氧化碳排放量进行计算。通过计算二氧化碳的排放，来减少二氧化碳的排放，实现碳达峰，碳中和","马凯园","2022010507","化学工程与环境学院","化工与制药类","2022","化工22-3班","1","石孝刚/2017880032","副教授","化学工程与环境学院","4","张席地/2022010506,曹炜曼/2022010499,付锦依/2022010493","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类","0",null,"C级"]
[73,"991","电场强化制备高缺陷度电池型储能材料研究","创新训练项目","D202305202147013814","0","化学工程与环境学院","双向","0804-材料类","-","-","超级电容器由于其快速的充放电速率，长的循环寿命，绿色环保和高可靠性而备受关注。过渡金属基电池型材料由于其体相的法拉第储能过程，相较于碳基双电层材料能够储存更多的能量。其中，镍钴基材料（包括镍钴硫化物、硒化物和磷化物等）由于其固有的高电导率而被认为是超级电容器的优异的电极材料之一。本项目拟通过电场强化过程来实现高性能电池型材料的制备，并详细开展电化学储能性能评价。","王浙","2021010395","化学工程与环境学院","能源化学工程","2021","能化21-2班","1","杨旺/2019880018","副教授","化学工程与环境学院","5","周香格/2021010464,颜伊宁/2021010467,孙蕾/2021011828,池双佑/2021010453","化学工程与环境学院,化学工程与环境学院,理学院,化学工程与环境学院","能源化学工程,能源化学工程,应用化学,化学工程与工艺","0",null,"C级"]
[74,"1163","高比能锂离子电池硅碳负极材料的可控制备","创新训练项目","D202305231454495876","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","查阅文献，了解硅碳负极的发展历程、发展现状、发展前景及目前制备方法。利用沥青包覆法，通过热解缝合工艺将硅碳母体与石墨强化焊接制备硅碳复合型负极材料，对材料进行电化学性能测试，得到一种高性能硅碳负极材料。","孙涵","2022010436","化学工程与环境学院","化工与制药类","2022","化工22-2班","1","马新龙/2016880045","副教授","化学工程与环境学院","4","成思宇/2022010403,程实/2022010429,马芬/2022010428","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类","0",null,"C级"]
[75,"1223","新型地球生物标志物的探究","创新训练项目","D202305231858193602","0","化学工程与环境学院","双向",null,"-","-","地球生物标志物对地质演化和地质资源探测有重要意义，本研究依托课题组新开发的世界领先的未知物表征方法进行新型标志物的发现和研究","吴晗","2019010426","化学工程与环境学院","化学工程与工艺","2020","化工20-3班","1","韩晔华/2012880010","教授","化学工程与环境学院","2","巴合加娜提·加冷/2022012313","化学工程与环境学院","化工与制药类","0",null,"C级"]
[76,"1073","烯烃选择性叠合反应催化剂的制备及性能研究","创新训练项目","D202305221611298660","0","化学工程与环境学院","自主","0101-哲学类","-","-","某化工厂产品中含有较多的烯烃副产物，影响了产品的下游转化工艺。烯烃副产物与主产物的沸点非常接近，很难进行分离。本项目针对这个问题，拟采取烯烃叠合反应的方法，将烯烃转化为较大分子的叠合产物，以便能将其与主产物分离。同时叠合产物可以用作汽油调和组分，大大了增加了产品附加值。反应的关键是选择性叠合催化剂，本项目以固体酸催化剂为目标，研究酸强度、酸密度、酸类型对反应的影响，实现烯烃选择性叠合目标。","左笑维","2021010492","化学工程与环境学院","能源化学工程","2021","能化21-2班","1","任申勇/2011880033","副教授","化学工程与环境学院","5","汪涵伊/2021010472,王岩青/2021010482,李晓娇/2021010469,程嘉欣/2021010466","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,能源化学工程,化学工程与工艺,能源化学工程","0",null,"B级"]
[77,"1043","废塑料高值化利用研究","创新训练项目","D202305221200167035","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","废塑料不仅是垃圾，也是是优质的碳氢资源，加以有效利用就可以成为高附加值的油品或化工原料。若塑料不能好好被回收利用，白色污染就会越来越严重。 塑料是各种聚合物组成的高分子混合物，包括聚乙烯（PE）、聚丙烯（PP）、聚苯乙烯（PS）和聚氯乙烯（PVC）等，其中聚烯烃类塑料约占80%，更有前景的处理方法为催化热解法，本科创项目针对废塑料回收利用进行调研，获得当前技术存在的关键问题，及解决思路。","谢林洲","2022010489","化学工程与环境学院","化工与制药类","2022","化工22-3班","1","商辉/2300","教授","化学工程与环境学院","5","邵科元/2022010486,李浩永/2022010483,严臻睿/2022010490,刘帅杰/2022010485","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类,化工与制药类","0",null,"C级"]
[78,"1296","烟气中CO污染物的氧化脱除方法","创新训练项目","D202305241015343215","0","化学工程与环境学院","双向",null,"-","-","工业烟气中含有CO有毒气体，如何对其进行脱除是值得我们去思考和研究的，大学生已有这个研究基础，通过研究一种合适的催化剂对烟气中的CO进行氧化消除是一个有效的方法。这个反应涉及到对人体有毒的CO气体，必须注意安全操作，保证安全。","王梓涵","2021010521","化学工程与环境学院","能源化学工程","2021","能化21-2班","1","张鑫/2342","教授","化学工程与环境学院","3","陈俊逸/2022010512,张支铭/2022010471","化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类","0",null,"C级"]
[79,"1068","劣质蜡油氮化物分析和加氢转化规律","创新训练项目","D202305221541190428","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","劣质蜡油的高效转化和有效利用是炼厂面临的难点问题。加氢裂化技术可将蜡油转化为优质化工原料，其氮化物的有效脱除至关重要。本课题拟定选择2-3种劣质蜡油为研究对象，结合组分分离和多种表征手段获得其详细的组成性质，并应用固定床加氢微反装置进行加氢实验，通过原料和产品组成的对比分析，获得其中的氮化合物的转化规律，为加氢深度可控精制催化剂的设计和工艺条件的优化提供指导。","何亚飞","2021010383","化学工程与环境学院","化学工程与工艺","2021","化工21-1班","1","陈振涛/2012880018","副教授","化学工程与环境学院","4","王鹏琪/2021010378,吴阳/2021010379,钱俊宇/2021010391","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,化学工程与工艺,化学工程与工艺","0",null,"C级"]
[80,"1069","电解水制氢电解槽阵列优化模型和控制系统开发","创新训练项目","D202305221543144874","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","太阳能和风能等可再生能源是实现“碳达峰、碳中和”战略目标的重要举措。目前，光伏和风电的装机容量不断攀升，但风光资源具有不连续和不稳定等属性，基于风光发电的可再生能源电解水制氢技术可以将波动的清洁电力转化并储存为高品质氢能，为可再生能源利用提供了途径。本项目旨在考虑电解槽电热特性和运行状态，开发大规模电解水制氢电解槽阵列优化模型和控制方法，期望实现电解槽阵列单体工时的均衡，以提高制氢系统的可靠性。","刘昶","2022010578","化学工程与环境学院","环境科学与工程类","2022","环工22-2班","1","邓春/2011880022","教授","化学工程与环境学院","5","李佳俊/2022010519,肖涵芮/2022010584,李震洋/2022010565,王瀚林/2022010818","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,机械与储运工程学院","化工与制药类,环境科学与工程类,环境科学与工程类,机械类","0",null,"C级"]
[81,"1083","石油卟啉化合物的分离和鉴定","创新训练项目","D202305221704571827","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","卟啉（叶绿素四吡咯系列衍生物）是石油中结构最为稳定的生物标志化合物，其分析方法的搭建是将其应用于油源对比和油藏勘探等研究的关键。本项目应用溶剂萃取和柱色谱分析对石油样品分离富集，然后结合高效液相色谱的分离优势和Orbitrap质谱鉴定分析，将其联用建立新型石油卟啉鉴定表征方法，从而用于研究石油卟啉存在形态和组成分布研究，从而为油源对比和油藏勘探提供指导。","宋思雨","2021010401","化学工程与环境学院","化学工程与工艺","2021","化工21-2班","1","陈振涛/2012880018","副教授","化学工程与环境学院","4","张伊蕊/2021010441,于瑛琦/2021010440,杨嘉琦/2021010461","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,化学工程与工艺,能源化学工程","0",null,"B级"]
[82,"1079","用于催化甲烷二氧化碳转化反应的Ni基催化剂的研制","创新训练项目","D202305221645052460","0","化学工程与环境学院","双向",null,"-","-","查阅文献，了解烷烃Ni催化剂研究现状及相关知识，考察制备方法、合成条件等对催化剂结构等的影响规律，并进行反应性能评价。结合相关表征技术，初步揭示催化剂结构与反应性能之间的构效关系。","熊俊程","2022010522","化学工程与环境学院","化工与制药类","2022","化工类22-5班","1","崔国庆/2020880007","讲师","化学工程与环境学院","4","叶斯波力·叶尔生/2022010505,贾思远/2022010518,陈心/2022010513","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类","0",null,"A级"]
[83,"1090","柴油加氢裂化催化剂扩散和反应性能研究","创新训练项目","D202305221745140332","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","结合LCO富含芳烃结构及其出路难的现状，低品质的LCO中制取高附加值的BTX成为研究热点，开发目标产物BTX收率和选择性高的催化剂是其关键。本项目拟定对分子筛进行改性，应用等体积浸渍方法制备得到系列加氢催化剂，应用实验室搭建的零长柱扩散实验装置对分子筛及其催化剂进行扩散实验，通过与工业加氢裂化剂进行对比分析探究扩散传质对加氢裂化催化剂反应性能的影响，从而为设计开发高效转化催化柴油催化剂提供指导。","何若妍","2021010374","化学工程与环境学院","能源化学工程","2021","能化21-1班","1","陈振涛/2012880018","副教授","化学工程与环境学院","3","马颖/2021010400,林楚媛/2021010397","化学工程与环境学院,化学工程与环境学院","化学工程与工艺,化学工程与工艺","0",null,"C级"]
[84,"1297","电解水制氢技术的探索","创新训练项目","D202305241017140176","0","化学工程与环境学院","双向",null,"-","-","电解水制氢是制绿氢的一种技术，针对其涉及到的催化剂可以进行研究，涉及制备催化剂并进行性能探讨","黄镜","2021010494","化学工程与环境学院","能源化学工程","2021","能化21-1班","1","张鑫/2342","教授","化学工程与环境学院","5","张梦涵/2021010408,栾俊添/2021010457,鹿麒麟/2021010486,杨雯婷/2021010407","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,能源化学工程,能源化学工程,化学工程与工艺","0",null,"C级"]
[85,"1221","石油制高附加值产品过程的烯烃精细表征","创新训练项目","D202305231849339923","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","重质油加工过程中产生大量烯烃化合物，对后续石油产品生产有重要影响。本研究针对高附加值石油产品如储能负极材料的生产研究烯烃精细表征方法并建立构效关联重质油加工过程中产生大量烯烃化合物，对后续石油产品生产有重要影响。本研究针对高附加值石油产品如储能负极材料的生产研究烯烃精细表征方法并建立构效关联","冯宇翔","2020011863","理学院","应用化学","2020","应化20-1班","1","韩晔华/2012880010","教授","化学工程与环境学院","2","张涵婷/2022010438","化学工程与环境学院","化工与制药类","0",null,"C级"]
[86,"1199","分布式风电场布局优化","创新训练项目","D202305231650530354","0","化学工程与环境学院","双向","0825-环境科学与工程类","-","-","风电场中各个风机之间由于存在尾流效应，其相互之间的地理分布会影响风电场的发电效率，因此需要根据地区风力资源分布，决策最优的风电场布局。相比于传统的集中式风电场，分布式风电场由于靠近用户侧，实际布局会受到诸多现实因素约束，因此更需要对其进行精细的优化。本项目拟通过遗传算法与图论算法结合，建立优化空间，实现对分布式风电场布局的优化。","柴颖","2022010614","化学工程与环境学院","环境科学与工程类","2022","环科22-1班","1","王彧斐/2012880071","教授","化学工程与环境学院","3","陈毅闽/2021010609,王文海/2021010551","化学工程与环境学院,化学工程与环境学院","化学工程与工艺,环境工程","0",null,"C级"]
[87,"1228","基于MNPs介导的多环芳烃降解菌的筛选和机理探究","创新训练项目","D202305231916533997","0","化学工程与环境学院","自主","0825-环境科学与工程类","-","-","本项目欲研究生物炭固定功能菌群介导的污染物降解机制和 CO2 固定途径，阐明石油组分-CO2-生物质有机碳之间的碳转化行为，明晰生物炭结构特性对微生物代谢和碳周转的影响规律，建立生物炭制备和微生物固定化方法，进而而助力实现“双碳”目标。","刘素珍","2020010472","化学工程与环境学院","环境工程","2020","环工20-2班","1","王庆宏/2012880066","副教授","化学工程与环境学院","3","李娜/2020010471,刘棒/2021010605","化学工程与环境学院,化学工程与环境学院","环境科学,环境工程","0",null,"B级"]
[88,"1244","沥青定向转化制备钠离子电池碳负极研究","创新训练项目","D202305232122525724","0","化学工程与环境学院","双向","0804-材料类","-","-","本项目围绕高性能沥青基硬碳负极材料的可控制备开展研究，开展沥青预氧化历程的研究，研究氧化稳定化过程中不同氧化温度（150-350℃）对氧的含量、存在形式以及对原料沥青微晶结构等影响，研究不同碳化终温对硬碳材料结构组成和储钠性能的影响。","江锦欣","2022010422","化学工程与环境学院","化工与制药类","2022","化工22-2班","1","马新龙/2016880045","副教授","化学工程与环境学院","4","彭莎莎/2022010406,史国柱/2022010419,许文轲/2022010408","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类","0",null,"A级"]
[89,"1246","天眼锁定地球污染，绿色智能环境保护——遥感识别土壤环境污染技术开发","创新训练项目","D202305232135141950","0","化学工程与环境学院","双向",null,"-","-","利用遥感技术原理，通过卫片与地面实地数据比对，优选参数，建立智能识别土壤环境污染的遥感技术，实现土壤环境污染实时监测。","邓逸凡","2021010640","化学工程与环境学院","环境科学","2021","环科21-1班","2","王新伟/1858,周子勇/1884","副教授,副教授","化学工程与环境学院,地球科学学院","4","安柯银/2021010617,颜晶晶/2021010538,杨彦钰/2021010628","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","环境科学,环境科学,环境科学","0",null,"C级"]
[90,"1250","基于深度学习和红外光谱的油品成分分析","创新训练项目","D202305232153509206","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","汽油分子信息解析耗时较长的问题制约着其在炼厂实时优化中的应用前景，传统方法的弊端导致分析方法不适用于生产过程中的分子组成分析，因此可以通过对油品光谱进行分析，建立光谱快速预测汽油分子组成的模型。基于深度学习算法结合光谱预测汽油分子组成的方法可以应用于炼厂的实时在线分析优化中，并且对炼厂反应过程模型和油品调和模型的建立具有重要意义。","王秋扬","2021010539","化学工程与环境学院","环境工程","2021","环工21-1班","1","张霖宙/2014880038","副教授","化学工程与环境学院","4","王医灵/2021010431,苗梓璋/2021010581,赵一泽/2022010537","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","能源化学工程,环境工程,环境科学与工程类","0",null,"C级"]
[91,"1387","NaY分子筛四氯化硅气相超稳过程引入介孔的文献调研和实验研究","创新训练项目","D202305261015288365","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","超稳Y分子筛是催化裂化催化剂的关键酸性活性组分。在从NaY分子筛制备超稳Y制备方法中，四氯化硅气相超稳法与已有水热超稳法相比，路径短、能耗低，无氨氮排放环保问题。但该方法工业应用面临一大技术瓶颈是产品中介孔缺失影响了催化性能的发挥。本项目拟通过文献调研和实验研究，在课题组已有工作的基础上，探索控制脱铝补硅平衡、在气相超稳Y分子筛晶粒中引入介孔的方法，为高性能催化裂化催化剂的开发提供支持。","贺婕","2022010431","化学工程与环境学院","化工与制药类","2022","化工22-2班","1","申宝剑/1649","教授","化学工程与环境学院","4","朱行健/2022010459,康胜/2022010452,涂景豪/2022010487","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类","0",null,"C级"]
[92,"1396","多级孔ZSM-48分子筛的合成及其催化性能研究","创新训练项目","D202305261714130674","0","化学工程与环境学院","双向","0703-化学类","-","-","ZSM-48分子筛是一种应用于加氢异构反应的一维孔十元环沸石，但是其一维孔结构使反应分子和产物扩散困难，造成分子筛催化剂活性和选择性下降。合成具有多级孔结构的ZSM-48分子筛是解决其应用的关键。项目主要研究ZSM-48分子筛后处理方法的筛选和优化，通过后处理制备酸性适宜的多级孔ZSM-48分子筛，并以烷烃加氢异构反应为探针，研究多级孔结构与分子筛性能的构效关系。","刘兴旺","2021010409","化学工程与环境学院","能源化学工程","2021","能化21-2班","1","吴志杰/2012880001","教授","化学工程与环境学院","4","李梓轩/2021010410,陈逸飞/2021010412,林云志/2021010413","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,能源化学工程,能源化学工程","0",null,"C级"]
[93,"1398","分子筛封装金属团簇的构筑及其涉氢反应性能研究","创新训练项目","D202305262106320413","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","含金属的沸石分子筛是能源化工中应用最广泛的双功能催化材料，在石油化工加氢反应，生物质加氢脱氧反应以及CO2高效转化制化学品中具有优异的反应性能。本项目主要是通过研究微孔分子筛的合成规律，设计金属前驱体的引入方式，实现金属团簇在分子筛内部的封装，同时建立准确测定金属封装选择性的方法，考察其加氢反应性能。","宝佳庆","2021010449","化学工程与环境学院","化学工程与工艺","2021","化工21-3班","1","吴志杰/2012880001","教授","化学工程与环境学院","4","李奇/2021010448,周围/2021010450,陈乐宁/2021010451","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,能源化学工程,化学工程与工艺","0",null,"C级"]
[94,"1444","国产替代进口化工品调研","创新训练项目","D202305281722227740","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","在当前严峻的国际环境下，中美、中欧供应链正加速脱钩。疫情后全球化进程放缓，世界各国从追求“效率”转为追求“安全”。我国是制造业大国，但“大而不强”，部分核心技术还未取得突破，长期为国外企业垄断。本项目将对关键化工原料进行市场调研和技术总结，为化工品的国产替代提供具有技术含量的调研数据。","杨慧","2022010398","化学工程与环境学院","化工与制药类","2022","能化22-1班","1","韩晔华/2012880010","教授","化学工程与环境学院","3","王一伊/2022010400,徐峥/2022012312","化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类","0",null,"C级"]
[95,"1501","不同水体的金属元素含量分析","创新训练项目","D202306082059401699","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","通过采集天然水体、自来水、小区净化水等水体样品并分析其中金属元素含量，可以初步了解我们身处自然环境和生活环境中各种水体的质量，比如水的硬度情况，判断是否存在重金属超标，以及分析不同水体中金属元素含量存在差异的原因。","钮缨雪","2022010492","化学工程与环境学院","化工与制药类","2022","能化22-2班","1","武本成/2254","副教授","化学工程与环境学院","5","吴忆/2022010468,翟之源/2022010853,李洪博/2021010387,杨欣悦/2022010880","化学工程与环境学院,机械与储运工程学院,化学工程与环境学院,机械与储运工程学院","化工与制药类,机械类,能源化学工程,机械类","0",null,"C级"]
[96,"1502","油泥水热液化废水的处理与协同产能的研究","创新训练项目","D202308271400378618","0","化学工程与环境学院","双向","0825-环境科学与工程类","-","-","水热液化技术在处理生物质废弃物及含油污泥领域有着巨大的潜力，是一种能够在高温高压条件下有效回收处理含油污泥的技术。当将其应用于含油污泥资源回收处理领域时，在回收油品的同时不可避免地产生了一些副产物，主要的副产物即为水热液化废水。本项目利用微生物电化学系统（Bioelectrochemical System，BES）对水热液化废水进行处理和资源化利用。","邵婧怡","2021010627","化学工程与环境学院","环境工程","2021","环工21-1班","1","王赫名/2015880013","副教授","化学工程与环境学院","5","汪尹/2021010634,李思妍/2021010527,韩雅/2021010625,周晓光/2022011338","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,新能源与材料学院","环境工程,环境工程,环境科学,新能源科学与工程","0",null,"A级"]
[97,"1510","碳基过渡金属催化剂的构筑及其氧还原反应性能研究","创新训练项目","D202310161217087279","0","化学工程与环境学院","双向",null,"-","-","以沥青、油浆为基础，涉设计一类碳基过渡金属催化剂，用于ORR反应；通过锌空电池，对材料性能进行评价；研究反应机理，并向公斤级制备转化。","吴金琪","2022010456","化学工程与环境学院","化学工程与工艺","2022","化工22-2班","1","杨帆/2012880067","教授","化学工程与环境学院","2","陈禾婕/2022010433","化学工程与环境学院","能源化学工程","0",null,"B级"]
[98,"1511","过渡金属电芬顿催化剂的制备与性能研究","创新训练项目","D202310231635251281","0","化学工程与环境学院","双向",null,"-","-","电芬顿反应可以实现有机污染物的高效分解，减少对环境的污染，其基本原理是基于两电子ORR反应。本项目针对电芬顿反应，设计并制备高性能过度金属催化剂，并研究其反应机理。","马瑜含","2022010430","化学工程与环境学院","化学工程与工艺","2022","化工22-2班","1","杨帆/2012880067","教授","化学工程与环境学院","4","孙琪桐/2022010454,蒋子强/2022010451,王德民/2022010455","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,能源化学工程,能源化学工程","0",null,"B级"]
[99,"805","零碳排放的天然气自热重整耦合SOFC发电系统建模与分析","创新训练项目","D202305151255494774","0","机械与储运工程学院","双向",null,"-","-","CO2排放是导致温室效应的主要原因。本项目拟针对天然气高效转化利用，在以往研究基础之上，探索更高效清洁的转化方式。参与本项目，可提前学习化工流程模拟，学习进度快的话，可以发表高水平论文，欢迎报名。","常琪悦","2021010912","机械与储运工程学院","过程装备与控制工程","2021","过程21-1班","1","陈哲文/2022880013","讲师","机械与储运工程学院","2","边瑀梦/2021010911","机械与储运工程学院","过程装备与控制工程","0",null,"C级"]
[100,"1270","管道系统振动智能监测和控制策略研究","创新训练项目","D202305232352165371","0","机械与储运工程学院","双向","0802-机械类","-","-","油气站场和海洋平台广泛使用管道来传输介质，目前30%的气体分输站的管道失效都是由于管道振动引起的，而管道振动问题涉及到气动力学、固体力学、响应谱理论和流固耦合等多种学科交叉问题，目前针对油气管道振动的监测和控制研究还处于起步阶段，开展管道系统振动智能监测和控制策略研究，可以有效预防管道事故的发生，减少经济损失，且可以为油气管道的设计提供理论基础和依据。对于保障油气管道的安全运行具有举足轻重的作用。","瞿怡鸣","2021010718","机械与储运工程学院","油气储运工程","2021","储运21-3班","1","陈严飞/2401","教授","机械与储运工程学院","5","徐静/2021010714,韩依阳/2021010712,阎泽荟/2021010689,陈冉/2021010732","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"B级"]
[101,"1463","海上风电制氢和二氧化碳封存模式研究","创新训练项目","D202305282228361478","0","机械与储运工程学院","双向",null,"-","-","氢能是极具发展潜力的清洁能源，被越来越多的国家上升至国家能源战略高度。“双碳”目标下，氢能作为清洁、高效、灵活的二次能源，是实现交通运输、工业和建筑等领域大规模深度脱碳的重要路径。因此开展海上风电制氢和二氧化碳封存模式研究，可以探索风能、氢能等新能源的综合利用方式，实现多能互补与管控提升电能转化效率，实现氢气制取、储存、利用与外输。","陈宣衡","2021010670","机械与储运工程学院","油气储运工程","2021","储运21-1班","1","陈严飞/2401","教授","机械与储运工程学院","5","张宇琦/2021010662,陈博翰/2021010669,陈秋和/2021010657,褚业涛/2021010659","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[102,"1281","天然气管网融入能源互联网方案研究","创新训练项目","D202305240856188620","0","机械与储运工程学院","双向",null,"-","-","能源互联网代表着未来能源领域的一个重要制高点，是未来能源互联系统的典型组织形式，区域与用户级能源网相关技术已成为世界各国能源领域的一个关注热点。天然气融入能源互联网，需要从作用、功能、运行要求、用户特性、可靠性、数字化与智能化基础、与能源网系统交互等多角度深入研究，以确定智能天然气管网融入能源互联网的最佳模式。目前相关研究，尚处于初步探索与研讨阶段。","饶颖佳","2022010676","机械与储运工程学院","油气储运工程","2022","储运22-2班","2","宋尚飞/2022880074,宫敬/1552","中级,教授","机械与储运工程学院,机械与储运工程学院","4","刘子霄/2022010681,马凯/2022010973,张超/2022010805","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,机械类,机械类","0",null,"C级"]
[103,"857","基于数据驱动的加油站销量预测模型研究","创新训练项目","D202305171947532002","0","机械与储运工程学院","双向",null,"-","-","准确的加油站销量预测不仅能帮助供应商做出准确决策，而且是及时补充油品、避免缺货的基础。事实上，加油站的销售受天气、星期或假期等多种因素的影响。然而，大多数现有方法仅考虑历史销售和时间变量，并使用平均值或线性模型处理时间序列数据，从而导致模型精度较低。亟需开发考虑影响们加油站销量因素的多变量时间序列预测模型。","潘诗元","2022311108","人工智能学院","油气人工智能","2022",null,"2","廖绮/2021891007,徐宁/2022880035","讲师,讲师","机械与储运工程学院,机械与储运工程学院","2","王琳/2019015612","人工智能学院","人工智能","0",null,"A级"]
[104,"859","高压天然气管道放空过程噪音抑制方案设计","创新训练项目","D202305171957228722","0","机械与储运工程学院","双向",null,"-","-","高压管输天然气的压力可达到10MPa以上，当输气管道出现突发事故或者进行维修改造时，为了保证管道以及操作的安全，需要通过对管道进行放空操作。\n如果直接进行放空操作，则天然气在进入空气时的瞬时速度可达到声速，产生的噪音可达到95dB以上，会对现场工作人员以及当地的生物造成巨大的生理和精神伤害。从多方面因素考虑来看，如何降低放空过程中的噪音污染很有必要。","何文博","2022010692","机械与储运工程学院","油气储运工程","2022","储运22-2班","1","左丽丽/2333","副教授","机械与储运工程学院","5","包雅睿/2022010671,陈明钰/2022010675,葛保瑞/2022010691,李宇建/2022010694","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[105,"1062","基于机器学习方法的油气管道内腐蚀风险预测","创新训练项目","D202305221514157419","0","机械与储运工程学院","双向",null,"-","-","油气管道的风险因素众多且缺陷风险因素衡量不明确，管道数据冗杂且利用率低，现有基于内压的腐蚀预测方法无法适用于所有情况。鉴于此，提出应用机器学习方法，对管道本体数据、环境数据以及运行数据等进行相关性分析，提取关键风险因素，进行训练和测试，分析不同因素对腐蚀的影响效果，预测管道在未来不同工艺条件下的腐蚀趋势。研究结果可为油气管道的维护与维修提供理论依据。","徐鹏飞","2021010739","机械与储运工程学院","油气储运工程","2021","储运21-3班","1","阎凤元/2219","工程师","机械与储运工程学院","2","廖顺/2021010725","机械与储运工程学院","油气储运工程","0",null,"C级"]
[106,"1468","基于U3D的过程装备虚拟仿真项目的设计与实现","创新训练项目","D202305291205171714","0","机械与储运工程学院","自主","0805-能源动力类","-","-","教育的数字化转型是时代发展所需，改革所向。如何结合专业特点，实现传统专业的数智化转型升级，是一直探索和思考的问题。本项目旨在采用U3D软件，以游戏界面的形式设计过程装备的虚拟仿真项目。预计仿真项目包含两个模块，一是安全环保模块；一是换热器的结构组成模块。\n创新团队通过调研其他虚拟仿真项目，完成两个模块的构思和设计。","贾茜","2020010831","机械与储运工程学院","过程装备与控制工程","2020","过程20-1班","1","宋健斐/2270","副教授","机械与储运工程学院","5","陶安腾/2020010925,黄含璇/2021010814,陈保泓/2022010810,黄睿/2022010814","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","过程装备与控制工程,过程装备与控制工程,机械类,机械类","0",null,"C级"]
[107,"1329","用于柔性可穿戴设备温度控制的柔性微通道换热器设计","创新训练项目","D202305241515143965","0","机械与储运工程学院","双向",null,"-","-","柔性可穿戴设备的电子元件集成度增加需要柔性的换热设备提供温度控制需求，采用高分子材料制作柔性微通道换热器相变换热可以满足需求。需要设计、加工、测试这种换热器的性能。","李若菡","2021010813","机械与储运工程学院","能源与动力工程","2021","能动21-2班","1","王吉/2018880020","副教授","机械与储运工程学院","1",{"$nulls":3},"0",null,"C级"]
[108,"1330","含蜡原油管道停输再启动高效数值方法研究","创新训练项目","D202305241517056701","0","机械与储运工程学院","双向","0802-机械类","-","-","含蜡原油在常温下流动性较差，常通过加热的方式改善其流动性后才进行管道输送。由于计划检修或事故抢修等原因，含蜡原油管道不可避免地存在着停输。如果停输时间过长，蜡晶的大量析出将导致管内原油胶凝，给管道再启动带来困难，严重威胁管道的安全运行。 本次主要研究含蜡原油管道停输再启动高效数值方法研究，以实现停输再启动的高效数值模拟，进而缩短停输再启动的安全性评估周期。","刘轲","2021010752","机械与储运工程学院","能源与动力工程","2021","能动21-2班","1","王吉/2018880020","副教授","机械与储运工程学院","2","杨清海/2021010774","机械与储运工程学院","能源与动力工程","0",null,"C级"]
[109,"970","氢能储运方式的技术经济性对比分析","创新训练项目","D202305200919448553","0","机械与储运工程学院","双向",null,"-","-","氢能的核心是要解决氢气的储运问题，储运问题不解决氢能不可能大发展。本项目要求学生对目前规模化的氢能储运方式进行探究，对其进行技术经济性对比分析，了解氢能储运产业链发展。","吴佳杰","2022010678","机械与储运工程学院","油气储运工程","2022","储运22-2班","2","宋尚飞/2022880074,宫敬/1552","中级,教授","机械与储运工程学院,机械与储运工程学院","5","佟璐/2022010677,李欣潼/2022010708,董赫/2022010822,付明洋/2022010971","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,机械类,机械类","0",null,"C级"]
[110,"993","掺氢至天然气管道输送的技术难点调研与分析","创新训练项目","D202305202340450967","0","机械与储运工程学院","双向","0805-能源动力类","-","-","氢能的利用在“双碳”背景下尤为突出，如何将氢能输送至千家万户，掺氢至天然气管道被认为是一种有效的方式，但是其在工程应用上存在一系列的技术难点，通过文献学习、理论分析、工艺模拟等技术手段，可完成本项目。","汪义山","2022010683","机械与储运工程学院","油气储运工程","2022","储运22-2班","1","史博会/2013880073","副教授","机械与储运工程学院","5","王奕桥/2022010684,江瑞浩/2022010686,邱炫捷/2022010687,金鑫/2022010648","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[111,"998","低渗透油藏CO2驱油提高采收率与埋存协同设计","创新训练项目","D202305210001329767","1","机械与储运工程学院","双向","0815-矿业类","-","-","低渗/致密油藏注水开发效果有限，CO2是有效的驱替介质，把其注入到低渗透率油藏中可起到驱油与埋存的双赢效果。调研CO2驱油与埋存效果的影响因素，明确CO2提高原油采收率机理以及埋存潜力评价方法，根据具体油藏特征优化CO2的注入参数，获得CO2的埋存动态变化","高瑞源","2022010659","机械与储运工程学院","油气储运工程","2022","储运22-1班","1","李宜强/2382","研究员（自然科学）","石油工程学院","5","王永安/2022010656,王佩轩/2022010653,杨康鑫/2022010649,张凯歌/2022010652","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[112,"1011","在役/退役原油管道改输CO2适用性分析","创新训练项目","D202305211539268574","0","机械与储运工程学院","双向","0815-矿业类","-","-","随着CO2提高采收率和CCUS技术的逐渐成熟，CO2管道输送设施的建设显得尤为重要。在役管道改输CO2是最为节省时间和成本的方法。为评价取样管段钢管材料是否满足输油改输CO2的管材性能要求，结合CO2管道相比于输油管道的特殊性以及国外改输案例的经验，构建在役/退役原油管道改输CO2适用性评价体系，实现对输油管道是否可以改输CO2进行定量评估。","刘辰宇","2022010695","机械与储运工程学院","油气储运工程","2022","储运22-2班","1","刘啸奔/2018880019","副教授","机械与储运工程学院","5","刘俊贤/2022010696,刘奕霆/2022010697,宋清爽/2022010639,祁家宝/2022010718","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[113,"1020","知识图谱技术在油气集输工艺系统设计中的应用","创新训练项目","D202305212352286453","0","机械与储运工程学院","双向","0805-能源动力类","-","-","知识图谱是一门新型的技术，如何将知识图谱技术，应用到油气集输工艺系统设计中，从而而工艺设计师一个全局的信息图，以便能及时快速锁定设计过程中的薄弱环节，是本项目的核心问题。需要学生理解油气集输背景，通过文献调研、软件学习，完成本项目的工作。","陈腊梅","2022010706","机械与储运工程学院","油气储运工程","2022","储运22-3班","1","史博会/2013880073","副教授","机械与储运工程学院","5","张羽/2022010704,王昊雯/2022010709,陈坤汝/2022012332,马向怡/2022010701","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"B级"]
[114,"1046","输气站场管道振动在线监测技术研究","创新训练项目","D202305221317426164","0","机械与储运工程学院","双向","0805-能源动力类","-","-","随着输气站场管输天然气不断向高压、大流量发展，站内管道持续强烈的振动时有发生。管道振动常发生在包含弯管、三通、阀门、异径管、孔板、盲板等管道附件的复杂管路处，严重影响了输气站场的正常稳定运行，甚至导致管道疲劳失效、结构破裂，发生燃烧或爆炸等恶性事故，给站场带来了巨大的安全隐患。 本项目对管道振动进行在线检测，当震动发生，可在服务器上时时检测，电脑上便可看到信号，大大提升效率。","谢雨圻","2021010654","机械与储运工程学院","油气储运工程","2021","储运21-1班","1","孙旭/2013880070","副教授","机械与储运工程学院","3","李如艳/2021010977,梁婧/2021010745","机械与储运工程学院,信息科学与工程学院","能源与动力工程,计算机科学与技术","0",null,"A级"]
[115,"1047","基于流致振动的流体能量采集技术研究","创新训练项目","D202305221320068248","0","机械与储运工程学院","双向","0802-机械类","-","-","当流体流过固体结构的时候，在一定情况下固体结构会产生振动，将这些振动能量加以利用可以产生数量可观的电能。流致振动发电具有设备尺寸简单、灵活、便于携带和安装、可靠性高等优势，可以满足小型机电系统的用电需求，具有广阔的应用前景。 本项目基于指导老师在圆柱结构流致振动方面的前期研究基础，开发新型能量采集技术，设计主动利用流致振动的小型发电装置，完成原型机初步机械设计、电路设计、结构组装和优化。","邱青宇","2021010768","机械与储运工程学院","机器人工程","2021","机器人21-1班","1","孙旭/2013880070","副教授","机械与储运工程学院","5","肖新颖/2021010815,黄绅豪/2021010754,周子康/2021011655,吴兆芸/2021010849","机械与储运工程学院,机械与储运工程学院,信息科学与工程学院,机械与储运工程学院","机器人工程,机器人工程,电子信息工程,机器人工程","0",null,"C级"]
[116,"1251","天然气流量计检定站智能无人化系统研究","创新训练项目","D202305232202080969","0","机械与储运工程学院","双向",null,"-","-","为满足流量计检定需求，国内外建有很多天然气流量计检定站，目前检定工艺仍以人工为主，存在效率低、管理复杂、安全性差等问题。随着机器人技术和工业检测技术的快速发展，检定站智能化无人化研究更为迫切。本项目拟针对检定站智能无人化系统展开研究,调研国内外发展现状,对现有问题进行分析总结，提出智能无人系统方案，制定智能无人检定工艺。本研究对推动石油天然气未来的应用发展、提高检定站智能无人化水平有着重要的意义。","王韶阳","2021010857","机械与储运工程学院","机械设计制造及其自动化","2021","机械21-1班","1","彭鹤/2012880006","高级工程师","机械与储运工程学院","2","郝梦航/2021010798","机械与储运工程学院","机械设计制造及其自动化","0",null,"B级"]
[117,"1063","耦合干冰生产的液化空气储能系统研究","创新训练项目","D202305221514201225","0","机械与储运工程学院","双向",null,"-","-","将制冷生产干冰与液化空气储能集成为一体，在储能阶段同时液化空气并生产干冰，在释能阶段将液化空气中储存的冷能同时用于发电和生产干冰，通过两种低温制冷过程的相互耦合实现冷能的高效生产、利用和转化，提高系统效率。","曹博涵","2021010728","机械与储运工程学院","油气储运工程","2021","储运21-3班","1","阎凤元/2219","工程师","机械与储运工程学院","2","霍振涛/2021010734","机械与储运工程学院","油气储运工程","0",null,"B级"]
[118,"1070","基于多维数据柔性联动机制的钻井风险智能诊断方法","创新训练项目","D202305221543336572","0","机械与储运工程学院","双向",null,"-","-","首先根据相关性分析和领域知识确定适当的风险表征参数，然后基于机器学习算法来构建风险识别模型，对潜在风险进行分类；同时对不同风险表征参数进行单独识别，并将不同参数识别的结果进行加权平均或多数投票，以确定最终的风险类型。最后，将风险识别模型和不同参数识别结果进行结合，进行实验结果分析和应用前景展望。","张艺严","2021010862","机械与储运工程学院","机器人工程","2021","机器人21-1班","1","祝兆鹏/2022880011","讲师","机械与储运工程学院","2","邹旭/2021010886","机械与储运工程学院","机器人工程","0",null,"C级"]
[119,"1091","水下软体机器人","创新训练项目","D202305221755091482","0","机械与储运工程学院","双向",null,"-","-","软体机器人有着自己独特的优势，传统的机器人结构通常由电机、活塞、关节、铰链等构件组装而成，尽管动力足、功率大、性能成熟，但是也存在很多缺点，例如笨重、安全系数低、环境适应性差、可靠性低、传动效率低下、噪声大等。针对目前软体水下机器人运动速度慢，制造难度大，控制困难等问题，研制水下全软机器人，并进行动力源的优化设计，对其运动性能进行实验研究。","陈子敏","2021010879","机械与储运工程学院","机器人工程","2021","机器人21-1班","1","肖华平/2014880065","副教授","机械与储运工程学院","2","李熠轩/2022010898","机械与储运工程学院","机械类","0",null,"A级"]
[120,"1096","基于3D扫描的异轴管道中心线识别与弯管拼接组对研究","创新训练项目","D202305221928476465","0","机械与储运工程学院","双向","0815-矿业类","-","-","针对管道施工过程中横、纵方向发生变化条件下的组对安装问题，使用3D激光扫描仪对两侧异轴管道进行扫描，获取管道的精确点云数据，使用逆向工程软件对其进行降噪、平滑和坐标对齐等预处理。使用Matlab对点云数据进行规则化处理，重构管道曲面，获取异轴管道的中心线数据，计算中心线之间的叠加角，最终根据计算的叠加角开展异轴管道间弯管拼接组件结构设计。","黄洋","2021010679","机械与储运工程学院","油气储运工程","2021","储运21-2班","1","刘啸奔/2018880019","副教授","机械与储运工程学院","4","张清爽/2021010711,杨洛/2021010691,丁万成/2021010700","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程","0",null,"B级"]
[121,"1100","水合物法碳封存动力学研究","创新训练项目","D202305222009201888","0","机械与储运工程学院","双向",null,"-","-","2020年9月中国明确提出2030年“碳达峰”与2060年“碳中和”目标。“碳封存”在双碳目标的实现过程中具有重要地位，水合物法碳封存具有较好的应用前景，但是CO2水合物生成动力学较慢，对其调控方法目前仍然不明确。主要有以下研究内容：\n1.CO2水合物生成动力学研究现状调研\n2.CO2水合物生成动力学调控方法调研\n3.CO2水合物生成动力学调控方法研究","黄宇轩","2022010655","机械与储运工程学院","油气储运工程","2022","储运22-1班","1","宋尚飞/2022880074","中级","机械与储运工程学院","4","赵帅昌/2022010668,刘惠文/2022010644,刘青曌/2022010637","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[122,"1103","北溪管道爆炸灾难性后果探究","创新训练项目","D202305222023092143","0","机械与储运工程学院","双向",null,"-","-","北溪管道的爆炸发生在2022年9月26日，北溪一号和北溪二号天然气管道发生了爆炸事件，并在之后发生了水下的气体泄漏。这一事故对国际政治、经济都产生了重大的影响，其释放的天然气也会造成“灾难性”气候影响。\n本项目拟从天然气管道运行及瞬态响应机制研究出发，对爆炸发生后长输管道动态响应机制进行研究，预期研究内容有：北溪管道设计、施工、运维状况调研；爆炸情况调研；天然气释放量估算；环境危害分析等","唐江欢","2021011438","机械与储运工程学院","油气储运工程","2021","储运21-2班","1","宋尚飞/2022880074","中级","机械与储运工程学院","4","宋楠/2021010683,商雨鑫/2021011471,张新运/2021010685","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[123,"1120","掺氢天然气管道仿真软件","创新训练项目","D202305222343484656","0","机械与储运工程学院","双向",null,"-","-","调研掺氢天然气的物性计算方法，\n调研掺氢天然气管道水力、热力仿真模型进展；\n构建掺氢天然气管道水热力仿真模型，编制相关软件","徐铭晨","2022010642","机械与储运工程学院","油气储运工程","2022","储运22-1班","1","宋尚飞/2022880074","中级","机械与储运工程学院","4","刘远鹏/2022010662,王允宣/2022010646,孙语涵/2022010643","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程","0",null,"B级"]
[124,"1121","天然气超音速脱水技术与摩擦发电结合的装置设计","创新训练项目","D202305230841174232","0","机械与储运工程学院","双向",null,"-","-","（1）应用数值方法对超音速除湿器的流动特性进行了系统分析，获得了除湿器的气动特征和凝结特征。\n（2）采用实验方法探究螺旋流动的形成和衰减机理，获得旋流流场的作用距离，并分析流场结构对天然气凝结液滴的分离效率。\n（3）基于超音速除湿依赖压降，为了回收部分压力能，并结合分离器内部强旋流流场特性，结合新型摩擦发电材料探究旋流流场摩擦发电技术，并核算发电效率。","魏煜秦","2022010739","机械与储运工程学院","能源与动力工程","2022","能动22-1班","1","王科/2016880032","副教授","机械与储运工程学院","4","白志雷/2022010742,穆飞云/2022010738,王军灿/2022010740","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程","0",null,"B级"]
[125,"1123","基于增强现实的人机交互系统设计","创新训练项目","D202305230901117397","0","机械与储运工程学院","双向",null,"-","-","随着科技的发展,传统的二维人机交互技术不再满足人们的需求,人们需要一种更加自然的方式来与计算机互动。增强现实的出现正好适应这种趋势,成为了下一代人机交互技术的研究热点。增强现实技术充分利用视、听、味、触觉等人类的各种感知方式,将真实世界与虚拟世界融合在一起,给人一种超越现实的感官体验。 本课题旨在设计一套以增强现实技术为基础的机器人控制系统，以实现对智能机器人的AR控制。","李想","2021010988","机械与储运工程学院","机械设计制造及其自动化","2021","机械21-1班","1","张乾龙/2017881009","工程师","机械与储运工程学院","5","马雪莹/2022010938,刘昊洋/2021010760,刘佳陇/2021010987,王鸣/2021010922","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机器人工程,机械设计制造及其自动化,机械设计制造及其自动化","0",null,"B级"]
[126,"1173","云游石大-虚拟现实技术赋能校园文化传播","创新训练项目","D202305231517329031","0","机械与储运工程学院","双向",null,"-","-","高校学生对校园文化建设与发展提出了新的需求。在这背景下，虚拟现实技术开始介入大学校园文化建设中，高校建立虚拟校园系统，加快校园的数字化、智能化建设，对数字智慧校园建设有着重要意义。\n本课题实践以3ds Max与Unity3D作为设计开发软件，结合虚拟现实技术设备，以中国石油大学例，设计创建虚拟校园的沉浸式漫游与场景的交互，体验者在虚拟空间中进行自主漫游体验和观察校园环境。","韩明轩","2022011079","地球物理学院","地球物理学类","2022","地物类22-3班","1","张乾龙/2017881009","工程师","机械与储运工程学院","4","王子豪/2022011054,李家耀/2022011052,全震/2022010601","地球物理学院,地球物理学院,化学工程与环境学院","地球物理学类,地球物理学类,环境科学与工程类","0",null,"C级"]
[127,"1282","复杂地面巡检，运输双轮足机器人","创新训练项目","D202305240857393321","0","机械与储运工程学院","自主","0802-机械类","-","-","本成果提供一种轮与足相结合的机器人，可以通过腿部运动实现跳跃，抬升，便于跨越障碍，有较高的运行效率，能适应比较复杂的环境。希望地面移动机器人能在资源勘探和灾难救援等多领域得到广泛应用, 轮足复合机器人能够结合轮式运动速度快、平稳性高和足式运动的高越障性能等多方面优势, 在理论创新和工程技术方面均有重要的研究价值。","高立勋","2021010964","机械与储运工程学院","过程装备与控制工程","2021","过程21-2班","1","姚本春/2018880014","讲师","机械与储运工程学院","4","宋轶/2022010911,张予扬/2022010896,邱显达/2022010773","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机器人工程,机械类,能源与动力工程","0",null,"C级"]
[128,"1225","攀附仿生机器人设计","创新训练项目","D202305231909072757","0","机械与储运工程学院","双向",null,"-","-","本项目主要任务为设计一种适用于某种特殊情况的高性能仿生有型机器人。 设计内容可以是沿垂直墙面或陡峭坡面攀爬并完成某特定任务的机器人，可以是配合无人机升空后在高压线上作业的机器人；也可以是深入油气管道或管线孔洞并完成某特定作业的机器人，如管道巡线、管道内检测等。","白若兮","2021010845","机械与储运工程学院","机械设计制造及其自动化","2021","机械21-1班","1","郭巍/2019881027","中级","机械与储运工程学院","3","陈诗滢/2021010946,景婉婷/2021010846","机械与储运工程学院,机械与储运工程学院","机械设计制造及其自动化,机械设计制造及其自动化","0",null,"C级"]
[129,"1207","创意设计--家用智能机器人设计","创新训练项目","D202305231725230317","0","机械与储运工程学院","双向",null,"-","-","本项目为服务于未来生活的智能型服务机器人创意设计：适用于千家万户的智能机器人，其用途为家务劳动、娱乐、情感交流、陪伴、个人卫生、家庭管家、安全与防护等家用服务。本项目的智能机器人限定为人们居家生活（家庭）环境条件下使用，且符合上述用途范围的智能机器人。\n    作品形式：可以自行选择用文字图片（视频）或实物模型来展示创意设计，设计灵活多样，可分为有实物或无实物。","赵苗","2021010947","机械与储运工程学院","机械设计制造及其自动化","2021","机械21-1班","1","郭巍/2019881027","中级","机械与储运工程学院","3","严小蕊/2021010980,赵槿琪/2021010978","机械与储运工程学院,机械与储运工程学院","机械设计制造及其自动化,机械设计制造及其自动化","0",null,"C级"]
[130,"1217","管道结构故障综合内检测机器人研究与开发","创新训练项目","D202305231812001868","0","机械与储运工程学院","双向","0802-机械类","-","-","针对管道应力应变状态、管道缺陷及土壤回填状态等管道结构故障，调研国内外前沿内检测技术。使用solidworks等二三维绘图软件绘制机器人结构平面或三维图；掌握如PID控制等基本控制原理；熟悉汇编语言，如C/C++、python等，拓展开发机器人视觉模块；最终基于管道内检测缩尺试验平台，开发管道结构故障综合内检测机器人。","刘运羲","2022010727","机械与储运工程学院","油气储运工程","2022","储运22-3班","1","刘啸奔/2018880019","副教授","机械与储运工程学院","6","马润程/2022010855,江强海/2022010917,朱宇航/2022010906,何泰宇/2022010866,陈溪铭/2022010723","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机械类,机械类,机械类,油气储运工程","0",null,"A级"]
[131,"1349","柔性便携式电加热器件的开发与热疗应用","创新训练项目","D202305241934139292","0","机械与储运工程学院","双向",null,"-","-","本项目以构建具有优良低电压加热性能、耐久性和实用性的便携式电加热器件为目标，对改善体外热疗的舒适性、便捷性及安全稳定性具有重要意义。当前电加热器件的问题主要在于需要高电压驱动、易氧化且柔韧性差，存在一定的安全隐患，无法满足使用需求。因此，本项目拟通过调控电热材料的结构与成型方法，研究微纳尺度能量转换机制，开发安全可靠、工艺简单、集发热和控温于一体的便携式电加热器件，实现其综合性能的提升。","宋暑寒","2022010758","机械与储运工程学院","能源与动力工程","2022","能动22-1班","1","缪婷婷/2013880051","副教授","机械与储运工程学院","5","陈永逸/2022010768,王万丞/2022010760,周锦田/2022010762,唐逸轩/2022010759","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"C级"]
[132,"1252","天然气站场巡检模拟试验系统的设计与研究","创新训练项目","D202305232202171233","0","机械与储运工程学院","双向",null,"-","-","油气站场机器人巡检技术日益成熟，但仍有较多问题亟需深入研究。机器人进实际现场难，脱离站场环境，相关技术产业落地难度较大。本项目拟设计模拟真实站场环境和作业任务的试验系统，满足多种机器人不同场景、不同任务下的研究需求。对推动油气站场巡检技术发展、提高站场智能无人化水平有着重要的意义。","芦连生","2021010805","机械与储运工程学院","机械设计制造及其自动化","2021","机械21-1班","1","彭鹤/2012880006","高级工程师","机械与储运工程学院","5","林潇亮/2021010804,刘树强/2021010926,杨文博/2021010775,赵畅/2021010876","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械设计制造及其自动化,机械设计制造及其自动化,机械设计制造及其自动化,机械设计制造及其自动化","0",null,"B级"]
[133,"1263","智能定位车的定位导航系统运行研究","创新训练项目","D202305232230572496","0","机械与储运工程学院","双向",null,"-","-","在智能制造生产线上，智能定位车已投入使用，作为物料搬运和轨迹设计的基础，本项目需要对定位车的定位导航系统运行方式进行研究，实现移动轨迹路线设计并实现定点定位停车的功能。","杨崧林","2022010875","机械与储运工程学院","机械类","2022","机械类22-3班","1","郭昕宇/2019881003","工程师","机械与储运工程学院","5","师海熙/2022010872,张子旭/2022010856,李湘/2022010794,唐泽瑞/2022010873","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机械类,机械类,机械类","0",null,"C级"]
[134,"1266","智能定位车的运动控制系统运行研究","创新训练项目","D202305232250017307","0","机械与储运工程学院","双向",null,"-","-","在智能制造生产线上，智能定位车已投入使用，要想实现工作台间物料搬运、轨迹行走、以及货物装载等功能，作为运动控制的基础，本项目需要对智能定位车的运动控制系统进行研究，实现定位车的正常运行及运动控制的功能。","王硕","2022010988","机械与储运工程学院","机械类","2022","机械类22-7班","1","郭昕宇/2019881003","工程师","机械与储运工程学院","5","李浩/2022010869,廉顺淇/2022010985,闫硕/2022010970,符毓达/2022010864","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机械类,机械类,机械类","0",null,"C级"]
[135,"1292","大输量可调节直流分离器的设计","创新训练项目","D202305241011336876","0","机械与储运工程学院","双向",null,"-","-","（1）优化关键部位尺寸，揭示各部分结构影响熵产的内在机理，探究大输量下直流分离器分离效率所能达到的极大值和能耗所能达到的最低值。\n（2）揭示叶片出口角和导流锥长度对旋流强度的影响规律，量化流量与叶片出口角度和导流锥长度的关系。\n（3）归纳总结大输量直流分离器关键结构匹配方式，实现满足工程需求的自适应可变结构调节的直流分离器的设计方法。","刘天一","2020010666","机械与储运工程学院","能源与动力工程","2020","能动20-2班","1","熊至宜/2317","副教授","机械与储运工程学院","2","詹昕月/2020010665","机械与储运工程学院","过程装备与控制工程","0",null,"C级"]
[136,"1313","油气管道凹陷尺寸定量化智能识别方法研究 项目概要：","创新训练项目","D202305241207029549","0","机械与储运工程学院","自主","0815-矿业类","-","-","为实现油气管道凹陷尺寸定量化识别，开展基于微型惯导的小尺寸内检测试验与智能计算方法研究。通过微型惯导获取含凹陷段管道姿态数据，依靠python、matlab等编程软件，开发机器学习、深度学习等算法，实现对管道凹陷尺寸定量化识别研究。构建管道凹陷识别尺寸与真实凹陷尺寸之间映射关系，不断优化智能算法模型，提高智能识别准确率，最终确定最佳智能化识别方法","叶洪剑","2022010682","机械与储运工程学院","油气储运工程","2022","储运22-2班","1","刘啸奔/2018880019","副教授","机械与储运工程学院","3","孙一/2022010680,陈云起/2022010679","机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程","0",null,"C级"]
[137,"1317","LNG薄膜罐体钢板低温传热与变形仿真研究","创新训练项目","D202305241243132303","0","机械与储运工程学院","双向",null,"-","-","近年来，我们天然气用量不断增加，国家在天然气储罐建设方面进行了巨大的投资，新建了十几座大型LNG储罐。LNG薄膜罐用钢量少，投资小，是国内外重要发展方向。目前我国薄膜罐还比较少，目前仅有1座建成，采用国外专利技术。本项目利用商业软件对薄膜罐底钢板结构进行设计，研究低温下钢板结构变形规律，期待设计出新颖的结构，实现国产替代。","韦奥宇","2022010956","机械与储运工程学院","机械类","2022","机械类22-6班","1","李岩/2015880011","副教授","机械与储运工程学院","5","李洋/2022010943,简富丞/2022010944,梁子豪/2022010941,钟丰骏/2022010940","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机械类,机械类,机械类","0",null,"C级"]
[138,"1318","高压储氢设备泄露状态模拟研究","创新训练项目","D202305241243195658","0","机械与储运工程学院","双向",null,"-","-","氢能利用是国家双碳战略的重要组成部分，也被认为是未来能源发展的关键方向。由于氢能的特殊性，其储存环节一直是制约氢能发展的瓶颈。本项目旨在对储氢设备中的泄露问题进行模拟研究，以期为储氢安全做出贡献。项目利用商业软件对储氢管道、储氢瓶等重要设备中的泄露机理进行定量分析。","张澍宇","2022010942","机械与储运工程学院","机械类","2022","机械类22-6班","1","李岩/2015880011","副教授","机械与储运工程学院","5","冯英杰/2022010952,王译石/2022010945,薛振阳/2022010959,王鹏宇/2022010955","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机械类,机械类,机械类","0",null,"C级"]
[139,"1319","一种3D打印丝材制备技术及其应用","创新训练项目","D202305241243332662","0","机械与储运工程学院","双向",null,"-","-","日常生活中会产生非常多废塑料瓶，如各种矿泉水瓶、饮料瓶，由于它们数量巨大，直接扔掉不仅加大环保处理压力，还是一种资源浪费。本项目开发一种新技术，可以将废塑料瓶加工成3D打印的丝材。前期已经完成了设备的初步开发，需要对设备进行不断优化，力求做出具有市场竞争力的产品。","王先强","2021010864","机械与储运工程学院","过程装备与控制工程","2021","过程21-3班","1","李岩/2015880011","副教授","机械与储运工程学院","3","王鹏飞/2021010874,蔡曦恒/2021010851","机械与储运工程学院,机械与储运工程学院","过程装备与控制工程,过程装备与控制工程","0",null,"B级"]
[140,"1320","基于相场方法的管道环焊缝成型数字化模型","创新训练项目","D202305241245577889","0","机械与储运工程学院","双向",null,"-","-","管道环焊缝是长输管道建设的重要部分，也是管道的薄弱环节，环焊缝成型质量至关重要。随着管网数字化建设的推进，环焊缝数字化模型也成为迫切需求。本项目利用商业软件，基于先进的相场方法，实现环焊缝成型的精准动态仿真，对焊缝成型质量进行优化。","杨凯","2021010850","机械与储运工程学院","过程装备与控制工程","2021","过程21-3班","1","李岩/2015880011","副教授","机械与储运工程学院","3","阿力木江·图尔/2021010859,赵五洲/2021010877","机械与储运工程学院,机械与储运工程学院","过程装备与控制工程,过程装备与控制工程","0",null,"C级"]
[141,"1322","70兆帕四型储氢瓶无损检测技术开发","创新训练项目","D202305241337106394","0","机械与储运工程学院","双向",null,"-","-","70兆帕四型储氢瓶是氢能车应用的重要储氢载体，被认为是未来的发展方向，国内外正争相进行研发。目前国外已有比较成熟的产品，而我国在此方面还落后一步，主要生产能力还处于三型瓶。为了推动四型瓶的应用，针对其无损检测至关重要，但是目前尚未有合适的检测方法。本项目旨在开发出一种超声检测技术，能够准确实现微小裂纹的检测，需要利用该技术进行测试。","瞿友靖","2021010973","机械与储运工程学院","过程装备与控制工程","2021","过程21-2班","1","李岩/2015880011","副教授","机械与储运工程学院","5","林铮/2021010967,孟彬/2021010906,王绍嘉/2021010907,周炜超/2021011203","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,安全与海洋工程学院","过程装备与控制工程,过程装备与控制工程,过程装备与控制工程,安全工程","0",null,"A级"]
[142,"1325","基于深度学习的危险区域闯入视觉检测系统","创新训练项目","D202305241405523401","0","机械与储运工程学院","自主","0809-计算机类","-","-","基于深度学习的危险区域闯入视觉检测系统，应用深度学习进行目标检测，由QT编写的人机交互界面，用于设置和调整参数，界面美观，便于显示，通过固定相机拍摄，检测视野范围内的物体，对其进行定位，获得位置信息，可应用于交通，工地等危险区域闯入的识别与预警。","李明昊","2022010816","机械与储运工程学院","机械类","2022","机器人22-1班","1","姚本春/2018880014","讲师","机械与储运工程学院","5","李宗泽/2022010800,王璐/2021011629,陈雨涵/2022010498,范文栋/2022010950","机械与储运工程学院,信息科学与工程学院,化学工程与环境学院,机械与储运工程学院","机械类,电子信息工程,化工与制药类,过程装备与控制工程","0",null,"B级"]
[143,"1333","基于机器学习的键盘击键信号识别研究","创新训练项目","D202305241530576620","0","机械与储运工程学院","双向",null,"-","-","随着信号检测系统的发展，键盘击健识别变得越来越重要。通过信号检测可以重现敲击键盘的内容。从技术原理上研究键盘识别，可以更好的防止击键内容被窃听。\n本项目要求基于采集的声音信号，采用机器学习的方法对敲击键盘的内容进行识别。","陈皓","2021010930","机械与储运工程学院","机器人工程","2021","机器人21-1班","1","李国珍/1935","讲师","机械与储运工程学院","5","胡高平/2021010884,王嘉兴/2021010842,张丰霖/2022010848,胡潇/2022010828","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机器人工程,机器人工程,机械类,机械类","0",null,"C级"]
[144,"1342","移位机助力起身装置的设计研究","创新训练项目","D202305241646401362","0","机械与储运工程学院","自主","0802-机械类","-","-","随着中国进入老龄化社会，由于年龄、疾病导致的失能、半失能的老人越来越多，迫切需要解决失能老人和残障人士在日常活动区域的室内移动问题。为了提高行动障碍者室内活动的便捷性、安全性及舒适性，对辅助残障者室内自主移位机进行研究。\n本项目要求根据人体尺寸，提出一种残障者移位机的技术方案，对移位机进行总体结构设计，并对关键零部件进行力学分析。","高意","2021010866","机械与储运工程学院","能源与动力工程","2021","能动21-3班","1","李国珍/1935","讲师","机械与储运工程学院","5","石磊/2021010858,甘遇霖/2021010865,刘宇轩/2021010867,余炜/2021010852","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"C级"]
[145,"1350","石蜡储热系统优化及传热特性研究","创新训练项目","D202305241934191317","0","机械与储运工程学院","双向",null,"-","-","本项目旨在提升储热系统的高响应能力，以应对能源紧缺的挑战。石蜡作为一种相变储能材料，具有广泛的应用前景，因其相变温度范围大、储热密度高、相变潜热高等特点。然而，其导热系数低的问题限制了其应用范围。因此，本项目通过添加高导热材料、设计导热结构等手段，旨在提升储热系统的储热、放热速率，以进一步优化其性能。","马洁","2022010734","机械与储运工程学院","能源与动力工程","2022","能动22-1班","1","缪婷婷/2013880051","副教授","机械与储运工程学院","5","曹思彤/2022010733,张凯/2021011007,梁子峻/2022010746,张强/2022010749","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"B级"]
[146,"1352","新型柔性力传感器设计与应用","创新训练项目","D202305242146570152","0","机械与储运工程学院","双向",null,"-","-","柔性力传感器是一种基于新材料技术的新型力传感器，由于其具有柔韧性好、可自由弯曲、厚度小、灵敏度高等优点，在智能家居、智能医疗、可穿戴设备等领域具有广泛的应用前景。本项目以新型柔性力传感器为研究对象，对柔性力传感器进行结构设计和结构优化，研制柔性力传感器样机并对传感器进行静态标定。","陈致帆","2021010899","机械与储运工程学院","机械设计制造及其自动化","2021","机械21-1班","1","贾晓丽/2012880014","教授","机械与储运工程学院","4","杜子弘/2020010699,张曼/2022010908,李晓茜/2022010909","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械设计制造及其自动化,机械类,机械类","0",null,"C级"]
[147,"1353","基于MEMS的小管径管道检测机器人设计","创新训练项目","D202305242147012029","0","机械与储运工程学院","双向",null,"-","-","本项目以小管径管道检测系统为研究对象，通过有限元分析软件建立管道检测模型，研究不同因素对检测信号的影响规律；利用三维建模软件对基于MEMS的小管径管道检测系统进行结构设计，进行管道通过性能力分析，并研制管道检测系统样机。","高飞扬","2021010833","机械与储运工程学院","机器人工程","2021","机器人21-1班","1","贾晓丽/2012880014","教授","机械与储运工程学院","5","范恒源/2022010812,王卓冉/2020010799,李思月/2022010910,谭可欣/2022010937","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机器人工程,机械类,机械类","0",null,"B级"]
[148,"1354","氢气管道管材相容性和泄漏监测研究","创新训练项目","D202305242159383731","0","机械与储运工程学院","双向",null,"-","-","氢能是能源转型升级的重要方向，也是实现碳中和目标的重要途径，对于输送量大且距离较远的场合，利用管道输送是最为高效的方式。并且，按照《中国氢能产业基础设施发展蓝皮书》预计，到2030年，我国氢气管道将达到3000km但由于氢气易燃易爆且易造成金属材料脆化的性质，氢气管道与天然气管道存在着一定的差异，因此开展氢气管道管材相容性和泄漏监测研究分析对实现稳定可靠的氢能管道的输送具有重要意义。","于小芊","2021010656","机械与储运工程学院","油气储运工程","2021","储运21-1班","1","陈严飞/2401","教授","机械与储运工程学院","4","张诗曼/2021010648,徐光宪/2021010651,李逸思琦/2021010650","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[149,"1355","大尺寸储气库暂堵工具优化设计","创新训练项目","D202305242227444980","0","机械与储运工程学院","双向",null,"-","-",null,"魏铭扬","2022010958","机械与储运工程学院","机械类","2022","机械类22-6班","1","张政/2022880070","中级","机械与储运工程学院","5","李陈/2022010954,王萌萌/2022012342,阿丽娜·阿尔兴/2022012341,德吉/2022012371","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机械类,机械类,机械类","0",null,"C级"]
[150,"1356","基于外骨骼的人工巡检信息化智能平台","创新训练项目","D202305242228012981","0","机械与储运工程学院","双向",null,"-","-",null,"李芮","2022010795","机械与储运工程学院","机械类","2022","机械类22-1班","1","张政/2022880070","中级","机械与储运工程学院","3","马景侠/2022010224,李皖晴/2021010747","石油工程学院,机械与储运工程学院","石油工程,机器人工程","0",null,"C级"]
[151,"1360","LNG冷能梯级利用方法与系统优化","创新训练项目","D202305250858599780","0","机械与储运工程学院","双向",null,"-","-","液化天然气（LNG）蕴含丰富的高品位冷能，由于其温跨大，冷能的利用率不足。针对LNG气化过程，开展冷能梯级利用方法的研究，基于热力学第二定律，构建评价指标体系；提出冷能综合利用系统，进行全域系统的设计和设备选型，开展系统关键运行参数优化。","陈卓然","2021010878","机械与储运工程学院","能源与动力工程","2021","能动21-1班","1","刘强/2014880019","副教授","机械与储运工程学院","5","赵琢玉/2021010914,唐晴/2021010913,张书瑞/2021010981,罗一横/2021010860","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"B级"]
[152,"1361","太阳能-地热能耦合的复叠式热力循环的优化与4E评价","创新训练项目","D202305250912220059","0","机械与储运工程学院","自主","0805-能源动力类","-","-","太阳能发电装机容量已占全国总装机容量的10%，然而其负荷的间歇性导致发电量仅占全国发电量的4%，地热能具有热源稳定不随天气、季节变化的优势，因此开展太阳能-地热能互补发电技术的研究对于高效开发可再生能源具有重要意义。根据品位对口、梯级利用的原则，开展太阳能-地热能互补复叠式ORC的设计，揭示物质流与能量流的匹配特性，开展关键参数的优化，从能量、㶲、经济性和环保性开展系统的综合评价（4E评价）。","石金磊","2020010782","机械与储运工程学院","能源与动力工程","2020","能动20-3班","1","刘强/2014880019","副教授","机械与储运工程学院","5","廖文岐/2021010880,梁禄致/2021010896,马英杰/2021010905,陈馨羽/2022010766","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"B级"]
[153,"1365","天然气管道热值计量方法研究","创新训练项目","D202305251054448504","0","机械与储运工程学院","双向","0805-能源动力类","-","-","目前，中国销售的天然气计量主要以体积计量为主，不利于上游项目投资回报和价值体现、无法满足下游客户差异化需求、上游企业经营亏损以及贸易计量争议等。未来在部分统购统销的省份或者区域开展热值计量试点工作，推进中国天然气产业与国际贸易接轨。\n需要从热值计量的现行做法、计量仪表等角度进行调研，在此基础上调研热值的测定方法与其中的问题，并提出新的可能解决方案。","李铠睿","2022010725","机械与储运工程学院","油气储运工程","2022","储运22-3班","1","温凯/2012880012","副教授","机械与储运工程学院","5","马成宇/2022010711,于闿歌/2022010730,张硕/2022010732,屈成璐/2022010703","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"A级"]
[154,"1371","低碳智慧化实验室的构建与设计","创新训练项目","D202305251908347077","0","机械与储运工程学院","双向",null,"-","-","工业的发展,在给我们生活带来巨大便利的同时,也加剧了环境污染问题。面对经济污染、能源短缺等严峻的现实情况,低碳环保理念越来越深入人心,也在生产生活中广泛应用。在节能减排低碳理念的指导下,实验室的建设与管理也应该遵循绿色低碳的理念。本项目目标是完成低碳智慧化实验室的设计与构建。应用新能源、储能技术为实验室能源消耗提供支持，设计符合低碳环保理念的智慧化实验室系统。","李勇骏","2022010784","机械与储运工程学院","能源与动力工程","2022","能动22-2班","1","尚琳琳/2012880054","工程师","机械与储运工程学院","5","林浪/2022010785,李晋/2022010783,何奕醇/2022010782,刘正/2022010786","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"C级"]
[155,"1377","长输天然气管道碳排放计算方法研究","创新训练项目","D202305252350299566","0","机械与储运工程学院","双向",null,"-","-","2020年9月22日，国家主席习近平在第七十五届联合国大会上宣布，中国力争 2030年前二氧化碳排放达到峰值，努力争取 2060年前实现碳中和目标。 \n在习近平总书记庄严宣告双碳目标之后，油气能源领域国有企业快速响应，加快推进所属集团绿色低碳发展，为我国实现碳达峰、碳中和目标贡献力量。\n调研天然气长输管道产业链中涉及碳排放的环节，调研相应的碳排放核算方法。对碳排放关键生产环节的节能减排提出建议","张震","2022010699","机械与储运工程学院","油气储运工程","2022","储运22-2班","2","宋尚飞/2022880074,宫敬/1552","中级,教授","机械与储运工程学院,机械与储运工程学院","5","徐昀涛/2022010698,陈成军/2022010658,刘子健/2022010654,张芊子/2022010647","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[156,"1386","形形色色的波形试件设计","创新训练项目","D202305260955032631","0","机械与储运工程学院","双向",null,"-","-","1、设计至少一种尺寸的圆筒形容器试件。\n2、解决外压大于内压的可实现的工程问题。\n3、对试件进行测试，评估实验室实验的可行性。\n4、该设计试件可批量生产，至少30个成品。","张浩","2022010876","机械与储运工程学院","机械类","2022","机械类22-3班","1","吴桂英/1928","助理研究员（自然科学）","机械与储运工程学院","4","杜建顺/2022010809,郭小洋/2022010781,刘为宽/2022010871","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,能源与动力工程,机械类","0",null,"C级"]
[157,"1399","深海储运设施智能防护和安全预警","创新训练项目","D202305262156127138","0","机械与储运工程学院","双向","0802-机械类","-","-","目前，油气行业的大发展促成了平台的大量使用，油气储运走向深海，越来越多的 深海储运设施被投入使用，这些设施在设计的使用期限内，由于其受设计、制造工艺、施工和服役环境的影响，不可避免地存在损伤和损坏。因此设置合理的 深海储运设施防护装置就显得尤为重要，因此开展 深海储运设施智能防护和安全预警研究具有现实意义，可以有效的分析防护装置的效果，并且延长储运设施的使用寿命。","史洪伟","2022010645","机械与储运工程学院","油气储运工程","2022","储运22-1班","1","陈严飞/2401","教授","机械与储运工程学院","5","李会凌/2022010693,孔德轩/2022010685,崔宝源/2022010690,刘沛卓/2022010689","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[158,"1410","石油/天然气输送管道主被动耦合减阻技术研究","创新训练项目","D202305271137493587","0","机械与储运工程学院","双向",null,"-","-","表面摩擦阻力是管道输送中石油/天然气流动所受阻力的重要组成部分，应用减阻技术可以减少管道压降、减少压缩机布置数量和提高输送效率。采用仿生粗糙表面和添加高分子聚合物耦合的方法，开展管道减阻技术的研究，获得减阻效果、分析减阻机理。研究成果包括研究报告、论文等。","刘成峰","2021010991","机械与储运工程学院","能源与动力工程","2021","能动21-1班","1","冯岩岩/2020891007","讲师","机械与储运工程学院","5","孙修睿/2022010789,吕致远/2022010787,吴昊宇/2022010791,薛睿/2022010792","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"C级"]
[159,"1422","管道压缩机组工艺运行状态监测平台","创新训练项目","D202305272237033825","0","机械与储运工程学院","双向",null,"-","-","天然气长输管道的离心压缩机组是管网的“心脏”，传统基本以振动和噪声等参数作为运行状态监测的主要手段，难以全面评估机组健康状况。本项目拟从压缩机工艺参数的历史运行数据角度，分析和展示压缩机在一段时间内的状态变化趋势，为维护保养策略提供参考。","崔仁保","2021010900","机械与储运工程学院","能源与动力工程","2021","能动21-2班","1","刘震/2017880035","副教授","机械与储运工程学院","5","邢开源/2021010898,董勇/2021010819,张志伟/2021010897,陈晓林/2021010928","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"C级"]
[160,"1423","天然气管网节点气质监测平台设计","创新训练项目","D202305272237106877","0","机械与储运工程学院","双向",null,"-","-","天然气管网内布局有上载、增压、分输和贸易交接等诸多关键节点，按照国家和行业相关标准，需在线开展天然气气相组分、水露点、颗粒物含量等质量指标的取样与分析，请团队成员调研国内外气质监测平台的技术进展，分析现有平台存在问题，提出相应解决方案，设计一套集成度高、操作维护方便的气质监测平台。","金美萱","2021010782","机械与储运工程学院","能源与动力工程","2021","能动21-3班","1","刘震/2017880035","副教授","机械与储运工程学院","5","张峻辉/2021010875,洪璇/2021010901,郝梦娜/2021010746,王新源/2021010749","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","过程装备与控制工程,过程装备与控制工程,机器人工程,能源与动力工程","0",null,"C级"]
[161,"1434","微波处理对稠油黏度改性的实验研究","创新训练项目","D202305281422533621","0","机械与储运工程学院","双向",null,"-","-","研究内容:\n1.\t通过旋转粘度计以及使用相应软件测得稠油不同剪切速率下的黏度；\n2.\t使用微波化学反应器对稠油进行微波处理研究其对稠油黏度的影响；\n3.\t研究微波稠油改性过程中纳米材料对稠油黏度的影响规律；\n4.\t通过微波改性后，分析稠油成分的改变对黏度产生的影响。","熊天慧","2021010783","机械与储运工程学院","过程装备与控制工程","2021","过程21-2班","1","张玉明/2013880044","教授","机械与储运工程学院","3","陈佳雨/2021010779,李嘉莹/2021010847","机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程","0",null,"C级"]
[162,"1435","生物油掺混重油流化热转化实验研究","创新训练项目","D202305281422592169","0","机械与储运工程学院","双向",null,"-","-","研究内容:\n1. 在流化床装置中考察生物油与重油的流化热转化反应规律；\n2. 利用高压反应釜对生物油和重油掺混进行热解特性及动力学研究；\n3. 采用石英砂、硅酸铝、分子筛等不同热载体探究其对共热解反应的影响；\n4. 以实验数据为依托利用数学方法优化出生物油与重油的最优掺混比例。","付明林","2022010920","机械与储运工程学院","机械类","2022","机械类22-5班","1","张玉明/2013880044","教授","机械与储运工程学院","3","王嵩/2022010921,苏春旭/2022010930","机械与储运工程学院,机械与储运工程学院","机械类,机械类","0",null,"A级"]
[163,"1437","石油焦与生物质共气化过程中碱性金属的迁移转化","创新训练项目","D202305281442516339","0","机械与储运工程学院","双向",null,"-","-","研究内容:\n1.石油焦与生物质共气化过程中碱性金属迁移转化的研究现状调研；\n2.FactSage热力学软件模拟石油焦与生物质共气化过程中的矿物质迁移演化；\n3.利用热重分析仪研究石油焦与生物质共气化的协同作用；\n4.利用高温管式炉等实验设备研究碱金属钾与硅、铝之间矿物质演变；\n5.基于灰熔融特性，提出石油焦的高效利用途经。","赵旭明","2022010935","机械与储运工程学院","机械类","2022","机械类22-5班","1","李家州/2021891002","讲师","机械与储运工程学院","2","俞俊竑/2022010934","机械与储运工程学院","机械类","0",null,"C级"]
[164,"1438","催化剂对重油裂解生焦的影响研究","创新训练项目","D202305281442563899","0","机械与储运工程学院","双向",null,"-","-","研究内容:\n1.不同催化剂对重油裂解反应特性影响的研究现状调研；\n2.利用高压反应釜研究重油与不同比例催化剂掺混的裂解反应特性；\n3.重油与催化剂裂解生焦的气化反应特性及动力学；\n4.利用高压反应釜进行重油裂解生焦，生焦与催化剂掺混后的气化反应特性。","宁兴嵩","2022010929","机械与储运工程学院","机械类","2022","机械类22-5班","1","李家州/2021891002","讲师","机械与储运工程学院","3","蒋墨帆/2022010983,李家儒/2022010918","机械与储运工程学院,机械与储运工程学院","机械类,机械类","0",null,"C级"]
[165,"1459","X80管道焊接热影响区强度预测模型研究","创新训练项目","D202305282039143844","0","机械与储运工程学院","双向","0802-机械类","-","-","根据X80管道环焊缝热影响区不同位置的热循环参数，构建有限元分析模型并开展焊接有限元模拟分析，建立热输入与热循环参数关联模型。最终基于焊接热循环参数与热影响区组织、强度数据，创建热影响区强度关系模型，实现热影响区的强度预测。","张健宇","2020010978","机械与储运工程学院","油气储运工程","2022","储运22-3班","1","刘啸奔/2018880019","副教授","机械与储运工程学院","4","李炜/2022010712,王钰翔/2022010716,刘佳林/2022010717","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[166,"1466","油气集输过程中高价阳离子对药剂作用效果调节机制研究","创新训练项目","D202305282251132641","0","机械与储运工程学院","双向","0815-矿业类","-","-","油气集输过程中，在脱盐、脱水等预处理环节，经常采取加药的化学措施。药剂中的高价金属阳离子，或者采出液中天然含有的金属阳离子，会与药剂有效作用基团作用，影响药剂作用效果的发挥。本项目旨在采用分子动力学手段，研究不同种类型的金属阳离子与不同药剂的结合机理，分析预测阳离子对药剂作用效果的影响。","苏奕静","2021010684","机械与储运工程学院","油气储运工程","2021","储运21-2班","1","孙文苑/2022880008","中级","机械与储运工程学院","3","杜昕阳/2021010686,戴铉欣/2021010652","机械与储运工程学院,信息科学与工程学院","油气储运工程,计算机科学与技术","0",null,"A级"]
[167,"1477","基于视觉追踪技术的机械臂操控技术研究","创新训练项目","D202305300822006264","0","机械与储运工程学院","双向","0802-机械类","-","-","针对油气站场无人化建设需求，研究机器人携带操作臂进行远程控制操作，从而可以应对突发事件情况下的紧急安全操作，极大提升油气生产的安全性。\n具体研究内容包括：\n（1）机械臂的建模与matlab仿真；\n（2）机械臂的运动学分析；\n（3）基于yolo技术的视觉追踪技术；\n（4）机械臂与视觉联动的远程操控技术研究。","李畅","2021010818","机械与储运工程学院","机器人工程","2021","机器人21-1班","1","顾继俊/2013880010","副教授","教务处","2","窦天翔/2021010758","机械与储运工程学院","机器人工程","0",null,"C级"]
[168,"1482","小口径管道内检测器里程轮机构设计","创新训练项目","D202305311046253518","0","机械与储运工程学院","双向","0802-机械类","-","-","油气管道是国家能源的命脉，管道内检测技术是借助管道内输送介质的压力推动检测器在管道内行走，从而对管道进行全面在线检测的手段。\n内检测器的里程轮可以对缺陷位置进行定位，进而确定开挖位置开展管道修复，其测量精度直接影响开挖位置的准确性。小口径管道管内空间有限，但又需要多里程轮组合得到最优数据，这一矛盾使得在设计里程轮时需要使其尽量结构紧凑，且具有足够的强度，不影响内检测器的通过性。","王广胜","2021011004","机械与储运工程学院","机械设计制造及其自动化","2021","机械21-2班","1","张行/2016880046","副教授","机械与储运工程学院","3","黄力/2021010986,谢森森/2021010942","机械与储运工程学院,机械与储运工程学院","机械设计制造及其自动化,机械设计制造及其自动化","0",null,"A级"]
[169,"957","基于CIFLog软件平台的阵列声波测井数据处理及应用","创新训练项目","D202305191521443840","0","地球物理学院","双向",null,"-","-","运用CIFLog测井软件进行阵列声波测井数据的处理以及程序的编写。使学生掌握CIFLog测井软件的数据加载、阵列声波测井处理、二次开发等模块，能够运用CIFLog软件进行声波时差提取、声波幅度衰减分析、地层各向异性分析，以及进行二次开发。通过本项目的研究，使学生具备自主学习、分析问题以及解决问题的能力，掌握CIFLog测井软件的操作和流程,并为将来从事专业相关工作打下基础。","蒋永强","2022011066","地球物理学院","地球物理学类","2022","地物类22-3班","1","范华军/2015880057","讲师","地球物理学院","4","徐文奇/2021011137,吴晓玥/2021011128,马文强/2022011080","地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（测井）,勘查技术与工程（物探）,地球物理学类","0",null,"C级"]
[170,"1024","基于物性参数和机器学习的泥质砂岩储层测井相分类方法研究","创新训练项目","D202305220941223303","0","地球物理学院","双向",null,"-","-","泥质砂岩储层非均质性强，物性参数变化大，孔隙度、渗透率建模难度大，基于物性参数及测井曲线的测井相分类是物性参数及饱和度评价的基础。本项目基于机器学习算法，以岩心分析的物性参数和测井数据为基础，实现基于测井相的储层分类。要求学生通过文献调研和方法学习等，基于Matlab或Python编程实现至少1种基于机器学习算法的泥质砂岩储层测井相分类方法。","袁茵","2021011126","地球物理学院","勘查技术与工程（测井）","2021","测井21-2班","1","张元中/1965","副教授","地球物理学院","3","胡冰/2021011070,张丛容/2021011044","地球物理学院,地球物理学院","勘查技术与工程（测井）,勘查技术与工程（测井）","0",null,"C级"]
[171,"878","水平井随钻声波测井正演模拟","创新训练项目","D202305180750260292","0","地球物理学院","自主","0708-地球物理学类","-","-","水平井随钻声波测井正演模拟，采用有限差分正演模拟算法，对水平井及大斜度井的随钻声波测井进行数值模拟，考查不同类型地层界面的随钻声波测井响应特征，总结水平井及大斜度井随钻声波测井响应规律，为利用声波测井进行随钻地质导向提供理论基础。","许扬","2021011123","地球物理学院","勘查技术与工程（测井）","2021","测井21-2班","1","王兵/2011880020","副教授","地球物理学院","2","刘宇/2021011120","地球物理学院","勘查技术与工程（物探）","0",null,"C级"]
[172,"992","地震图像层位自动追踪方法","创新训练项目","D202305202216415399","0","地球物理学院","双向",null,"-","-","层位解释工作在地震勘探中具有重要作用。传统的层位解释大部分是基于地震图像局部反射斜率进行的，由于局部斜率无法正确反映同相轴的不连续性反射特征，所以这类方法通常无法很好的追踪出跨断层的层位；同时，复杂的地质构造导致原始采集到的数据信噪比很低，给层位解释工作带来困难。针对这些问题，本项目旨在寻求一种智能化的层位追踪方法，以适应信噪比低、断层信息复杂的地震数据。","朴正","2021011150","地球物理学院","勘查技术与工程（测井）","2021","测井21-1班","1","黄炜霖/2018880018","岗位教授","地球物理学院","4","朱宇婷/2021011104,刘若薇/2021011103,陈倩/2021011127","地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（物探）,勘查技术与工程（物探）,勘查技术与工程（物探）","0",null,"C级"]
[173,"843","基于CT图像的致密砂岩孔隙类型智能识别方法研究","创新训练项目","D202305171422035430","0","地球物理学院","双向","0708-地球物理学类","-","-","致密砂岩孔隙结构复杂，孔隙类型多，孔隙与喉道的连通关系复杂。基于CT图像的孔隙类型识别是致密砂岩孔隙结构分析的基本方法之一。本项目基于机器学习算法，实现2D及3D的CT图像处理、孔隙类型识别、连通性分析等。要求学生通过文献调研和方法学习等，基于Matlab或Python编程实现1-2种基于机器学习的CT图像处理方法。","程麟翔","2021011046","地球物理学院","勘查技术与工程（测井）","2021","测井21-2班","1","张元中/1965","副教授","地球物理学院","4","谢开/2021011049,蔡经宇/2021011576,李炘坤/2021011579","地球物理学院,信息科学与工程学院,信息科学与工程学院","勘查技术与工程（测井）,计算机科学与技术,计算机科学与技术","0",null,"C级"]
[174,"867","页岩储层矿物组分计算方法研究","创新训练项目","D202305172146307202","0","地球物理学院","双向",null,"-","-","利用最优化方法进行页岩矿物及有机质含量的最优化计算，通过项目研究，培养学生参加相关竞赛能力。","刘纯惠","2021011012","地球物理学院","勘查技术与工程（物探）","2021","物探21-1班","1","赵培强/2021880037","副教授","地球物理学院","4","刘艺卓/2020011082,韩子瑶/2021011074,晁逸群/2021011073","地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（测井）,勘查技术与工程（物探）,勘查技术与工程（物探）","0",null,"B级"]
[175,"872","超深层致密砂岩储层孔隙结构分类方法研究","创新训练项目","D202305172225573844","0","地球物理学院","双向",null,"-","-","利用常规测井和核磁共振测井资料计算超深层致密砂岩孔隙结构，并进行储层分类。通过项目研究，培养学生创新能力，并提升参加相关竞赛竞争力。","杨天尧","2021011095","地球物理学院","勘查技术与工程（测井）","2021","测井21-1班","1","赵培强/2021880037","副教授","地球物理学院","4","郝京春/2021011118,张力/2022011062,袁凤/2022011058","地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（测井）,地球物理学类,地球物理学类","0",null,"C级"]
[176,"893","基于CT图像的碳酸盐岩次生孔隙类型智能识别方法研究","创新训练项目","D202305181046107787","0","地球物理学院","双向",null,"-","-","碳酸盐岩孔隙结构复杂，次生孔隙发育，孔隙连通关系复杂。次生孔隙包括裂缝及溶洞等，是碳酸盐岩主要的孔隙类型。基于CT图像的次生孔隙类型识别是碳酸盐岩孔隙结构分析的基本方法之一。本项目基于机器学习算法，实现2D及3D的CT图像处理、次生孔隙类型识别、裂缝及溶洞的定量分析析等。要求学生通过文献调研和方法学习等，基于Matlab或Python编程实现1-2种基于机器学习算法的CT图像处理方法。","景一持","2021011119","地球物理学院","勘查技术与工程（测井）","2021","测井21-2班","1","张元中/1965","副教授","地球物理学院","5","朱鹏程/2022011150,宋一江/2022011097,高宇鹏/2021011133,刘怡萱/2021011130","地球物理学院,地球物理学院,地球物理学院,地球物理学院","地球物理学类,地球物理学类,勘查技术与工程（测井）,勘查技术与工程（测井）","0",null,"C级"]
[177,"1094","不同尺度裂缝地震响应特征数值模拟","创新训练项目","D202305221846166679","0","地球物理学院","双向",null,"-","-","通过文献调研，了解利用地震资料进行断裂和裂缝识别的常用方法，分析现有方法的优缺点以及适用性；建立不同尺度裂缝模型，通过数值模拟研究不同尺度裂缝的地震响应特征；利用正演模拟数据，进行断裂和裂缝的识别，评价不同断裂识别方法的适用性。","李秀澍","2022011074","地球物理学院","地球物理学类","2022","地物类22-3班","1","唐有彩/2013880041","副研究员（自然科学）","地球物理学院","4","张男/2022011072,李文旭/2022011065,李浩松/2022011051","地球物理学院,地球物理学院,地球物理学院","地球物理学类,地球物理学类,地球物理学类","0",null,"C级"]
[178,"895","深度学习引导的非稳态地震数据衰减补偿研究","创新训练项目","D202305181131499843","0","地球物理学院","双向",null,"-","-","由于地层吸收衰减等原因，地震数据存在非稳态特征，常规方法采用反Q滤波技术进行了地震数据的吸收衰减补偿，以此提高地震数据的分辨率，但常规方法存在一定的假设与极限。随着深度学习的发展，神经网络在图像处理与信号处理领域取得成功应用，希望能够通过深度学习算法（如循环神经网络）实现类似反Q滤波的智能化技术，提高地震数据分辨率，获得更加清晰的地下结构特征。","韩金悦","2021011102","地球物理学院","勘查技术与工程（物探）","2021","物探21-2班","1","袁三一/2013880003","教授","地球物理学院","3","宗毓芊/2021011142,戚壹焯/2021011138","地球物理学院,地球物理学院","勘查技术与工程（物探）,勘查技术与工程（测井）","0",null,"A级"]
[179,"1099","基于测井数据的裂缝地震识别方法研究","创新训练项目","D202305221953242952","0","地球物理学院","双向",null,"-","-","地震数据和测井数据所能识别的裂缝尺度差异很大，识别结果的精度差别也很大：测井资料精度高、尺度小，但是结果仅限于井孔附近；地震识别结果尺度大、精度低，但是可以获得三维连续分布结果；研究不同尺度数据匹配问题，建立通过测井资料的高精度小尺度裂缝识别结果约束地震断裂识别的方法，提升地震识别的精度和可靠性。","刘宇恒","2022011067","地球物理学院","地球物理学类","2022","地物类22-3班","1","唐有彩/2013880041","副研究员（自然科学）","地球物理学院","4","王常鑫/2022011068,杨晨/2022011031,谭筌/2022011053","地球物理学院,地球物理学院,地球物理学院","地球物理学类,地球物理学类,地球物理学类","0",null,"C级"]
[180,"909","基于深度学习的横波速度智能预测模型研究","创新训练项目","D202305181703234192","0","地球物理学院","双向",null,"-","-","横波速度信息对油气勘探而言至关重要，但实际资料中常常缺失横波速度资料，横波速度与测井参数之间存在复杂非线性相关性，二者关系复杂难以用解析解表征，传统预测方法适用范围有限、泛化能力不足，且精度有限。本项目拟发挥深度学习在特征挖掘和相关数据关系建立等解决复杂问题的优势，挖掘各种测井参数与横波速度之间的复杂映射关系，获得各种测井参数与横波速度之间的学习模型，实现数据驱动的横波速度智能反演预测。","石涵育","2021011116","地球物理学院","地球物理学","2021","地物21-1班","1","刘立峰/2430","副教授","地球物理学院","4","李涵/2021011140,高琳恺/2021011113,姜家文/2021011141","地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（物探）,勘查技术与工程（物探）,地球物理学","0",null,"C级"]
[181,"980","基于人工智能的多属性横波速度预测","创新训练项目","D202305201727402519","0","地球物理学院","双向",null,"-","-","项目主要通过测井参数预测横波速度。\n①特征选取，在机器学习监督学习模式下，训练数据包含输入数据和标签，要对测井数据进行特征提取，从原始数据中提取最重要、与标签数据关联性最好的作为输入数据。\n②构建多种神经网络模型，对数据进行预处理后，将数据输入到网络模型中，对比不同结果，同时注重模型超参数的调整。\n③绘制交会图，将结果与实际数据绘制交会图。\n④误差分析，对结果进行误差分析，寻找最佳的模型。","郭家豪","2021011048","地球物理学院","勘查技术与工程（物探）","2021","物探21-1班","1","袁三一/2013880003","教授","地球物理学院","3","廖铭茗/2021011053,韩建辉/2021011601","地球物理学院,信息科学与工程学院","勘查技术与工程（物探）,计算机科学与技术","0",null,"B级"]
[182,"942","基于矿物组分和机器学习的页岩油储层分类方法研究","创新训练项目","D202305190922158788","0","地球物理学院","双向",null,"-","-","页岩油储层矿物组分复杂，包括碳酸盐岩类矿物、砂岩类矿物、泥岩类矿物和有机质等，基于矿物组分的储层分类是页岩油物性评价、甜点评价和地质力学评价的基础。本项目基于机器学习算法，以岩心分析的矿物组分数据和测井数据为基础，实现针对地质力学评价的储层分类。要求学生通过文献调研和方法学习等，基于Matlab或Python编程实现至少1种基于机器学习算法的储层分类方法。","代德","2021011147","地球物理学院","勘查技术与工程（测井）","2021","测井21-2班","1","张元中/1965","副教授","地球物理学院","3","余鼎超/2021011136,唐毅/2021011067","地球物理学院,地球物理学院","勘查技术与工程（测井）,勘查技术与工程（测井）","0",null,"C级"]
[183,"956","基于深度学习的致密砂岩孔隙度智能预测模型研究","创新训练项目","D202305191509405638","0","地球物理学院","双向",null,"-","-","致密砂岩油气藏是我国重要的非常规油气资源，其储层具有明显低孔、低渗的特点，并具有很强的非均质性。孔隙度是评价致密砂岩储层的重要参数，优质储层的准确识别与预测是致密砂岩储层开发的关键。深度学习通过组合低层特征形成更加抽象的高层表示属性类别或特征，在油气储层预测中得到广泛重视，本项目拟发挥深度学习强大的特征提取和非线性拟合能力，充分挖掘测井与地震资料中包含的丰富信息，提高致密砂岩储层的孔隙度预测精度。","文江","2021011079","地球物理学院","地球物理学","2021","地物21-1班","1","刘立峰/2430","副教授","地球物理学院","4","尹博/2021011124,张文宇/2021011109,王溢丛/2021011134","地球物理学院,地球物理学院,地球物理学院","地球物理学,勘查技术与工程（物探）,勘查技术与工程（物探）","0",null,"C级"]
[184,"973","基于成像测井资料的超深层致密砂岩储层裂缝提取及计算","创新训练项目","D202305201031015664","0","地球物理学院","双向",null,"-","-","针对超深层致密砂岩储层裂缝发育的特点，利用电成像资料及阵列声波资料，提取裂缝特征，计算裂缝参数等。","刘可鑫","2021011093","地球物理学院","勘查技术与工程（测井）","2021","测井21-1班","1","赵培强/2021880037","副教授","地球物理学院","4","牛昱博/2021011105,杨金煜/2022011010,马野/2022011071","地球物理学院,地球物理学院,地球物理学院","地球物理学,地球物理学类,地球物理学类","0",null,"C级"]
[185,"1066","探究青藏高原拉萨地块古生代的板块亲缘性","创新训练项目","D202305221533168441","0","地球物理学院","双向","0708-地球物理学类","-","-","青藏高原是研究板块构造理论的理想地区。拉萨地块位于青藏高原南部，是构成青藏高原最主要的块体之一，是研究特提斯地球动力学的窗口。然而拉萨地块的起源尚存在较大的争议。本项目拟采用碎屑锆石U-Pb年代学的方法，测试、收集并总结拉萨地块石炭纪至二叠纪的碎屑锆石U-Pb年代学数据，通过与特提斯构造域其它板块的数据相对比，深入理解拉萨地块在古生代全球古地理重建中的位置。","王再超","2021011082","地球物理学院","地球物理学","2021","地物21-1班","1","刘晓惠/2023880005","助教","地球物理学院","5","孙旭东/2021011036,朱延康/2021011083,韩鹏/2022011111,武雨佳/2022011125","地球物理学院,地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（测井）,勘查技术与工程（测井）,地球物理学类,地球物理学类","0",null,"C级"]
[186,"1060","二维综合物探剖面绘制","创新训练项目","D202305221453466140","0","地球物理学院","双向",null,"-","-","利用东校园南门附近近300米二维测线，开展2D主动源地震、被动源地震和重磁勘探，通过记录地震数据、分析和处理成像、重磁异常反演等方法对剖面进行综合成像和解释。获得的剖面将对地下空间探测和属性提取具有重要的应用价值。该项训练对有志于从事物探事业的同学是非常宝贵的训练和经历。","崔文华","2021011146","地球物理学院","勘查技术与工程（物探）","2021","物探21-2班","1","唐跟阳/2012880062","副教授","地球物理学院","5","徐锦享/2021011110,郭本迅/2021011148,蒋炳炟/2021011065,汪显洋/2021011151","地球物理学院,地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（物探）,勘查技术与工程（物探）,勘查技术与工程（物探）,勘查技术与工程（物探）","0",null,"A级"]
[187,"1448","孔隙结构对CO2地质封存岩石物理特征的影响","创新训练项目","D202305281748503163","0","地球物理学院","双向",null,"-","-","CO2地质封存通常选择深部盐水层、枯竭油气储层以及一些不可采煤层可作为封存温室气体的目标地层。研究地层岩石参数对CO2地质封存的影响，需要明确封存前后地层岩石物理特征的差异。本项目拟通过分析CO2吸附前后孔隙度、孔径分布、比表面积等参数，研究不同岩性、孔缝结构、温度条件下CO2吸附对岩石物理特征造成的变化，以揭示岩石参数对CO2地质封存的影响。","高原起","2021011088","地球物理学院","地球物理学","2021","地物21-1班","1","丁拼搏/2018880003","副教授","地球物理学院","5","赵雪健/2022011127,詹钰杰/2022011117,贺云飞/2021011111,陈鑫/2021011030","地球物理学院,地球物理学院,地球物理学院,地球物理学院","地球物理学类,地球物理学类,地球物理学,地球物理学","0",null,"C级"]
[188,"1095","基于深度学习的有利储层智能识别方法研究","创新训练项目","D202305221846215797","0","地球物理学院","双向","0708-地球物理学类","-","-","通过文献调研，厘清人工智能方法在有利储层识别方面的应用；对深度学习算法进行优选，研究不同地震地震属性对于有利储层识别的适用性；对不同地震属性对有利储层的识别进行排队，优选深度学习算法能够利用的地震属性，进行有利储层识别，并对识别结果进行验证与评价。","姜铁凝","2022011049","地球物理学院","地球物理学类","2022","物探22-1班","1","唐有彩/2013880041","副研究员（自然科学）","地球物理学院","3","黄海晨/2022011048,张嵘庆/2022011041","地球物理学院,地球物理学院","地球物理学类,地球物理学类","0",null,"C级"]
[189,"1134","井筒知识图谱构建方法初探","创新训练项目","D202305231022167555","0","地球物理学院","双向",null,"-","-","以课题组提供的油气井孔测量数据、岩石物理数据等为基础，探索学习知识图谱构建方法，动手将老师提供的数据集建立一个知识图谱数据模型，并开展知识检索、知识推送方面的初步探索。训练Python编程能力，扩展视野。","吴恒","2022011055","地球物理学院","地球物理学类","2022","地物类22-2班","1","廖广志/2013880002","教授","地球物理学院","4","鲁硕/2022011063,陈泓霖/2022011078,董震/2022011064","地球物理学院,地球物理学院,地球物理学院","地球物理学类,地球物理学类,地球物理学类","0",null,"B级"]
[190,"1151","基于非线性预测的方位远探测声波数据压缩方法研究","创新训练项目","D202305231232422598","0","地球物理学院","双向",null,"-","-","方位远探测声波测井仪器是一种能够对井旁地质结构成像的高端成像测井仪器。远探测声波测井仪器采用阵列化传感器结构，采集数据量巨大。因此，设计适当的数据压缩算法，实现声波测井信号的快速压缩，可以有效降低数据量，提高测井速度。本研究拟通过非线性预测的方法实现井方位远探测声波测井仪器阵列化波形数据大高效压缩。","朋鑫栋","2021011025","地球物理学院","勘查技术与工程（测井）","2021","测井21-1班","1","门百永/2013880076","讲师","地球物理学院","2","巩珂岩/2021011024","地球物理学院","勘查技术与工程（物探）","0",null,"B级"]
[191,"1179","非稳态地震数据时频分析研究","创新训练项目","D202305231538521684","0","地球物理学院","双向","0708-地球物理学类","-","-","针对非稳态地震数据，开展一系列时频分析方法研究。研究内容主要包括：常规时频分析算法的分析与实现，调研前沿的地震数据时频分析方法研究并对比，及对机器学习时频分析方法的研究。时频分析方法有助于机器学习分级提取数据特征，最终服务于异常体识别。将非稳态地震数据时频分析方法应用于实际野外地震数据中，总结归纳时频分析方法在非稳态地震数据中的作用。最终撰写大创项目报告。","于润松","2021011153","地球物理学院","勘查技术与工程（物探）","2021","物探21-2班","1","赵振聪/2021880019","讲师","地球物理学院","5","孙乙轩/2021011108,刘珈彤/2021011071,吕月峰/2021011121,孙浚卓/2021011122","地球物理学院,地球物理学院,地球物理学院,地球物理学院","地球物理学,地球物理学,勘查技术与工程（物探）,勘查技术与工程（物探）","0",null,"A级"]
[192,"1188","扫频介电测井径向分层模式反演方法研究","创新训练项目","D202305231610119356","0","地球物理学院","双向",null,"-","-","扫频介电测井是当前的一种针对非常规储层的油气探测新方法，已得到业界的广泛认可，然而其核心技术完全掌握在外国人手里且不公开，为了实现该技术的国产化，必须从理论方法上解决从仪器直接测量量到地层电性参数的转换，在该过程中涉及到地层径向分层模式的反演问题，本创新就是试图通过理论方法研究寻找解决该问题的方法。","薛月铃","2021011014","地球物理学院","勘查技术与工程（测井）","2021","测井21-1班","1","柯式镇/0938","教授","地球物理学院","5","胡昊燃/2021011019,阮舰/2021011027,王俊/2021011020,张之蛟/2020011042","地球物理学院,地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（测井）,勘查技术与工程（测井）,勘查技术与工程（测井）,勘查技术与工程（物探）","0",null,"A级"]
[193,"1184","超临界CO2注入含盐水岩芯对砂岩弹性参数影响的超声实验研究","创新训练项目","D202305231550387306","0","地球物理学院","双向",null,"-","-","CO2地质封存被认为是可以减少大气中CO2浓度和缓解温室效应的有效措施之一。深部咸含水层因具备巨大的封存潜力，且已有实际工程投入使用，所以一直是国际上的研究热点。开展超声岩石物理实验以研究不同温度、压力条件下超临界CO2注入盐水对砂岩岩石弹性影响。研究内容如下:1、开展不同压力下含盐水砂岩随CO2注入对纵波速度印象的实验测试；2、实验测量结果分析：获取不同测量条件下的速度特性，分析实验影响因素。","薛雅菁","2022011092","地球物理学院","地球物理学类","2022","地物类22-4班","1","贺艳晓/2015880058","副教授","地球物理学院","4","罗京/2022011090,赵昊洋/2022011119,李璐含/2022011060","地球物理学院,地球物理学院,地球物理学院","地球物理学类,地球物理学类,地球物理学类","0",null,"C级"]
[194,"1213","多孔介质中超临界二氧化碳监测与表征方法对比分析","创新训练项目","D202305231742413378","0","地球物理学院","双向",null,"-","-","1.调研文献分析多孔介质中二氧化碳的检测、监测方法；2.对比不同方法的优缺点；3.设计并提出CCUS场景下的超临界二氧化碳赋存及流动的监测方法","马媛","2022010993","地球物理学院","地球物理学类","2022","地物类22-1班","2","廖广志/2013880002,罗嗣慧/2023880008","教授,讲师","地球物理学院,碳中和示范性能源学院","3","徐滢滢/2022010997,黄江源/2022011018","地球物理学院,地球物理学院","地球物理学类,地球物理学类","0",null,"B级"]
[195,"1219","饱和度与孔隙压力对储层岩石弹性参数影响的超声实验研究","创新训练项目","D202305231841248281","0","地球物理学院","双向",null,"-","-","了解不同压力、温度、流体含量对岩石弹性波传播特性的影响，对指导油气勘探开发具有重要意义。在实际的油气藏勘探与开发过程中，会遇到大量的部分饱和地层，因此开展随压力变化的部分饱和砂岩纵波实验研究，对于分析地震响应特征以及解释声波测井数据有着重要意义。1、不同压力下部分饱和砂岩纵波速度测量的实验测试：开展不同含水饱和度、温压条件下的实验测试；\n2、实验测量结果分析：基于流体替换理论，分析实验影响因素。","刘航","2022011028","地球物理学院","地球物理学类","2022","地物类22-2班","1","贺艳晓/2015880058","副教授","地球物理学院","2","李柏翰/2022011046","地球物理学院","地球物理学类","0",null,"B级"]
[196,"1255","基于深度学习的瑞雷面波智能压制方法","创新训练项目","D202305232207431280","0","地球物理学院","双向","0708-地球物理学类","-","-","瑞雷面波是反射波地震勘探资料中常见的一种干扰波，常规方法基于其与反射波在频率和视速度上的差异进行压制，存在一定的局限性。深度学习是近年来发展起来的一种重要人工智能技术，具有强大的非线性表达能力和学习能力。本项目拟利用深度学习技术，重点研究训练集的制作、网络的搭建、网络的训练和预测等，实现从地震数据中智能提取和压制瑞雷面波。","徐妍","2021011132","地球物理学院","勘查技术与工程（物探）","2021","物探21-2班","1","刘洋/1581","教授","地球物理学院","4","姚嘉乐/2022011128,向来/2022011132,吴书明/2022011126","地球物理学院,地球物理学院,地球物理学院","地球物理学类,地球物理学类,地球物理学类","0",null,"C级"]
[197,"1278","基于泰勒定理的地球物理数据重构","创新训练项目","D202305240814122721","0","地球物理学院","双向","0708-地球物理学类","-","-","本项目旨在利用泰勒定理来重构地球物理数据，以提升后续数据处理的精度。该项目将利用微积分中的泰勒定理对地球物理数据进行深入分析，以挖掘地球物理数据之间的内在联系，并通过数据重构来修复缺失数据。该项目的实施将为后续的数据处理提供网格化标准数据，并有望在反演解释中发挥重要作用。","任慧瑶","2022011123","地球物理学院","地球物理学类","2022","物探22-2班","1","陈涛/2022880069","讲师","地球物理学院","4","林心悦/2022011122,张铭/2022011149,李行/2022011098","地球物理学院,地球物理学院,地球物理学院","地球物理学类,地球物理学类,地球物理学类","0",null,"C级"]
[198,"1302","随钻声波测井相控激励控制电路设计","创新训练项目","D202305241049054444","0","地球物理学院","双向",null,"-","-","随钻声波测井是当前我国测井装备研发的重点之一。将相控激励技术用于井下声波测井仪器，可以控制声源辐射声束的方向，提高声源辐射信号的强度，有利于提高测量范围和精度。相控激励控制电路是实现井下相控激励的重要模块，能够根据命令产生相控激励控制信号。","孔梓航","2022011006","地球物理学院","地球物理学类","2022","地物类22-1班","1","卢俊强/2361","副教授","地球物理学院","3","杨佳睿/2022010992,王俊浩/2022011037","地球物理学院,地球物理学院","地球物理学类,地球物理学类","0",null,"B级"]
[199,"1323","基于机器学习算法的致密砂岩储层孔隙度预测方法","创新训练项目","D202305241347304708","0","地球物理学院","双向",null,"-","-","致密砂岩储层是我国石油领域增储上产的重要储层类型。孔隙度是表征储层物性的重要参数,但致密砂岩储层一般具有低孔隙度、孔隙结构复杂等特点,导致储层孔隙度预测具有一定难度。智能方法具有对复杂非线性关系的强大刻画能力,有准确预测致密砂岩储层中孔隙度分布的潜力。本项目拟发展基于机器学习算法预测致密砂岩储层孔隙度。","张晗","2021011010","地球物理学院","勘查技术与工程（测井）","2021","测井21-1班","1","郭江峰/2022880001","副教授","地球物理学院","2","张芊洵/2021011017","地球物理学院","勘查技术与工程（测井）","0",null,"C级"]
[200,"1358","微裂隙对含流体岩石弹性弹性参数影响的实验研究","创新训练项目","D202305242344423751","0","地球物理学院","自主","0709-地质学类","-","-","非常规储层（致密砂岩、碳酸盐若等）常富含微裂隙，微裂隙是油藏的重要储集空间，显著\n影响储层孔隙度、渗透率特性，且对岩石弹性特性有显著影响；理解饱含不同流体下，不同\n压力下微裂隙对岩芯弹性参数的影响，对我们研发出微裂隙地震表征技术有十分重要的意义","吴佳强","2022011009","地球物理学院","地球物理学类","2022","地物类22-1班","1","贺艳晓/2015880058","副教授","地球物理学院","3","岑仕毫/2022011000,吴亮志/2022011015","地球物理学院,地球物理学院","地球物理学类,地球物理学类","0",null,"C级"]
[201,"1412","致密砂岩储层渗透率评价方法研究","创新训练项目","D202305271201252943","0","地球物理学院","双向",null,"-","-","基于地质数据、常规测井数据、核磁共振测井数据、岩心实验分析数据等资料，对比已有的致密砂岩渗透率评价模型，选出最优模型，建立适用于研究区的致密砂岩储层渗透率评价模型。","谢小飞","2021011072","地球物理学院","勘查技术与工程（测井）","2021","测井21-1班","1","谢然红/0939","教授","地球物理学院","3","李瀚峥/2021011091,史耀华/2021011087","地球物理学院,地球物理学院","勘查技术与工程（测井）,勘查技术与工程（测井）","0",null,"C级"]
[202,"1416","海域地层中天然气运移和聚集特征的地球物理模拟","创新训练项目","D202305271423071433","0","地球物理学院","双向",null,"-","-","由于海域中浅层地层条件较为复杂，天然气运移和聚集表现出不同的特征，如底辟、气烟囱等。为了明确海域地层复杂的地震波场现象，需要针对不同类型地层中天然气造成的岩石物理特征和地震波场特征开展机理分析。本项目拟针对疏松地层、固结地层、水合物地层等多种海域地层的地质条件，开展天然气运移和聚集对地层的岩石物理特征和地震波场特征的模拟分析。","余晓依","2021011039","地球物理学院","勘查技术与工程（物探）","2021","物探21-1班","1","丁拼搏/2018880003","副教授","地球物理学院","5","刘袁阳阳/2021011058,张蒙/2021011045,孙硕邦/2021011066,方进/2021011059","地球物理学院,地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（物探）,勘查技术与工程（物探）,勘查技术与工程（物探）,勘查技术与工程（物探）","0",null,"C级"]
[203,"1439","基于Matlab的地震数据处理基本流程设计","创新训练项目","D202305281446136715","0","地球物理学院","双向",null,"-","-","基于Matlab软件，基于现有程序和模块，设计地震数据处理流程，并能灵活调用进行地震数据处理。","刘江硕","2021011149","地球物理学院","勘查技术与工程（物探）","2021","物探21-2班","1","马继涛/2368","副教授","地球物理学院","3","贺俊荣/2021011080,冯星南/2021011115","地球物理学院,地球物理学院","地球物理学,勘查技术与工程（物探）","0",null,"C级"]
[204,"1440","地震数据多次波压制软件设计与实现","创新训练项目","D202305281446197200","0","地球物理学院","双向",null,"-","-","基于Matlab或其他界面设计工具，设计多次波压制系统，包括基于数学变换的CMP道集多次波压制，基于预测相减的炮集多次波压制，叠后多次波自适应压制等。","陆雨辰","2021011034","地球物理学院","勘查技术与工程（物探）","2021","物探21-1班","1","马继涛/2368","副教授","地球物理学院","2","周铃/2022011027","地球物理学院","地球物理学类","0",null,"C级"]
[205,"887","“裳”遇东方美——文化传承与创新营销的践行者","创新训练项目","D202305181009108856","0","安全与海洋工程学院","自主","0303-社会学类","-","-","基于国家对于传统文化推广的大力支持，我们团队针对社会经济发展与传统文化的失衡展开了社会调研，我们团队在项目开展过程中提出了东方美学与服饰的结合，进一步探究文化传承与创新营销策略的交融，助力传统文化振兴！","刘也恬","2021011165","安全与海洋工程学院","安全工程","2021","安全21-1班","1","熊毅/2439","讲师","安全与海洋工程学院","5","汪欣晗/2021011192,范奕萱/2021011162,张雨涵/2021011195,郭子怡/2021011185","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"C级"]
[206,"858","Petro-Dog之机器视觉安全检测系统设计","创新训练项目","D202305171957199714","0","安全与海洋工程学院","双向","0829-安全科学与工程类","-","-","设计基于机器视觉技术的人员行为识别系统，并应用于校园安全科技楼1楼入口。主要研究包括：\n1、研究安全监测系统原理，设计系统；\n2、编程实现对进入楼宇人员的识别与分类；\n3、编制研究报告与汇报材料。","蒲浩宇","2020011352","安全与海洋工程学院","安全工程","2020","安全20-3班","1","梁伟/2095","教授","安全与海洋工程学院","5","温彦超/2020011301,张峰坤/2022011208,马静怡/2022011215,王爽/2022011216","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"B级"]
[207,"874","CO2封存过程中高温高压溶解度测量方法和装置","创新训练项目","D202305172315159917","0","安全与海洋工程学院","双向",null,"-","-","CO2地址封存是实现化石燃料有效利用的重要途径。而CO2在高温高压环境下，在地层咸水中的溶解度是封存量评估的关键参数。由于CO2-地层咸水体系是一个复杂的溶液热力学系统，准确的估算其热力学状态目前仍然是一项较大的挑战。本课题拟通过自行设计的实验装置实测CO2在地层咸水中的溶解度，实验数据将用来开发一套CO2-地层咸水的热力学相平衡模型。用于CO2地质封存量的评估和计算。","游利娟","2021011189","安全与海洋工程学院","安全工程","2021","安全21-2班","1","赵海宁/2015880016","副教授","安全与海洋工程学院","4","邝振宇/2021011167,黄翰卿/2021011202,程诺/2021011198","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程","0",null,"B级"]
[208,"875","相渗实验中油气水数据的视频智能采集","创新训练项目","D202305172323338004","0","安全与海洋工程学院","双向",null,"-","-","相对渗透率是油气田开发过程中的关键数据，一般通过岩心驱替实验测得。但在相对渗透率的实验过程中，往往需要得到油-气相对渗透率曲线和油-水相对渗透率曲线。这类相对渗透率曲线需要在实验过程中，准确记录岩心中产出的油、气、水量随时间的变化关系。目前气体可以由气体流量计计量，油水两相的产量随时间的变化关系较难准确计量。本课题拟采用视频摄像和图像处理的方法实现油水计量的智能化采集。","刘佳铭","2022011260","安全与海洋工程学院","海洋油气工程","2022","海工22-1班","1","赵海宁/2015880016","副教授","安全与海洋工程学院","3","包俊杰/2019011346,王彤/2022011262","安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程","0",null,"B级"]
[209,"922","深水闸板防喷器剪切失效有限元建模","创新训练项目","D202305182025460267","0","安全与海洋工程学院","双向",null,"-","-","深水防喷器作为钻井安全的最后防线，一旦失效将导致井喷、井涌等严重事故，因此对井喷工况下闸板防喷器剪切失效机理是亟需解决的瓶颈难题。本研究从闸板防喷器剪切机理出发，针对复杂工况下的防喷器剪切运动过程、受力状态进行评价分析，研究闸板防喷器系统的失效模式、失效原因和失效变化规律，最终通过仿真建模与理论分析等方法，提高整个钻井系统的安全可靠性，为多工况下闸板防喷器剪切性能评估提供支撑。","戴镔","2022011234","安全与海洋工程学院","安全工程","2022","安全22-3班","1","武胜男/2019880005","副教授","安全与海洋工程学院","5","李盈罕/2022011235,杨明睿/2022011225,祁财文/2022011229,徐帆/2022011223","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"B级"]
[210,"975","一种深水井控早期风险智能预警软件","创新训练项目","D202305201125499195","0","安全与海洋工程学院","双向",null,"-","-","针对复杂海洋环境和地质工况的影响，深水钻井过程易发生溢流-井漏-井涌等风险，极易引发井喷事故发生。钻井井下风险早期识别与预警能快速重建井眼压力平衡，提高早期井控安全性。本项目基于井底压力控制的深水钻井井控风险预警模型和软件设计，对井控过程与监测参数的表征规律的时间序列趋势预测和多源信息融合，分析不同作业阶段风险的严重程度。本研究成果具有重要的理论意义和工程应用价值。","韩宇恒","2021011209","安全与海洋工程学院","安全工程","2021","安全21-2班","1","武胜男/2019880005","副教授","安全与海洋工程学院","5","董家延/2021011208,王绍杰/2021011212,张仟/2021011207,王欣琳/2021011243","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"A级"]
[211,"987","底水油藏水平井控水完井方式优选软件编制","创新训练项目","D202305202020206287","0","安全与海洋工程学院","双向","0819-海洋工程类","-","-","随着科技的发展和完井技术的完善，出现了多种新型流量控制装置，能够不同程度地延缓底水脊进，延长水平井的见水时间。本次大创项目通过研究底水油藏水平井封隔体+ICD、AICD和C-AICD完井的技术特点，分析不同完井方式在底水油藏水平井生产前后期控水效果，分析水平井采用不同完井方式提高累产油量的技术特点。","林智臻","2022011288","安全与海洋工程学院","海洋油气工程","2022","海工22-2班","1","安永生/2334","副教授","安全与海洋工程学院","2","修智远/2022011318","安全与海洋工程学院","海洋油气工程","0",null,"C级"]
[212,"999","岩心孔隙度测试仪器的软硬件研发","创新训练项目","D202305210039397603","0","安全与海洋工程学院","双向","0815-矿业类","-","-","岩心孔隙度是各类油气藏开发的重要参数，对于计算油气的原始地质储量以及渗流规律的认识至关重要。针对目前已有的岩心孔隙度测试方法和规范标准，我们认为从测试仪器的软件计算方法上均有改进空间。因此本项目拟独立研发一套岩心孔隙度测试仪器，并开发相应的测试计算软件界面。以期改进现有岩心孔隙度测试的精度。","贺帅铭","2020011237","安全与海洋工程学院","海洋油气工程","2020","海工20-2班","1","赵海宁/2015880016","副教授","安全与海洋工程学院","4","黄宇杰/2020011209,姜莹/2021011276,闫婧祎/2021011277","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程","0",null,"C级"]
[213,"1000","超临界CO2管道泄漏监测系统研发及测试","创新训练项目","D202305210051138380","0","安全与海洋工程学院","双向",null,"-","-","随着化石燃料清洁高效利用的需求日益增长，对使用化石燃料的副产物CO2的收集和利用是一个日益重要的研究领域。本项目立足长庆油田百万吨级CCUS项目的实际需求，拟开发一套CO2管道泄漏监测装置和技术，实现对CO2长输管道的泄漏监测。主要开展两方面的泄漏监测技术探索：1）采用压力波异常进行泄漏监测和泄漏量估算；2）采用振动波（声波）异常进行泄漏监测和泄漏量估算。","朱尘雨","2021011315","安全与海洋工程学院","海洋油气工程","2021","海工21-3班","1","赵海宁/2015880016","副教授","安全与海洋工程学院","4","杨健翎/2021011317,王哲/2021011316,包兴哲/2021011319","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程","0",null,"C级"]
[214,"1002","超临界CO2流量虚拟计量系统的研发和测试","创新训练项目","D202305210830311494","0","安全与海洋工程学院","双向",null,"-","-","随着化石燃料清洁高效利用的需求日益增长，对使用化石燃料的副产物CO2的收集和利用是一个日益重要的研究领域。本项目立足长庆油田百万吨级CCUS项目的实际需求，拟开发一套虚拟管道计量装置，实现CO2长输管道的流量计量。虚拟计量装置通过采集管道内的压力和温度信号，结合管道中流动气体的组分，通过高精度状态方程和管流压降模型计算管道内流体的密度和速度，进而在线计算出流量。","伍家燔","2020011213","安全与海洋工程学院","海洋油气工程","2020","海工20-1班","1","赵海宁/2015880016","副教授","安全与海洋工程学院","5","张丽/2020011195,李甲豪/2020011216,钱鑫/2021011305,张佳栩/2021011302","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程,海洋油气工程","0",null,"C级"]
[215,"1018","一种适用于超深井的纳米聚合物降滤失剂的研究","创新训练项目","D202305212204304792","0","安全与海洋工程学院","双向",null,"-","-","钻井液的降滤失性严重影响钻井工作。随着油气开采的发展，油气开采向深处进发，对钻井液处理剂的抗高温抗盐钙能力提出了重要要求。基于此，研发一种抗高温及高盐钙的纳米聚合物降滤失剂，建立降滤失剂性能与材料结构、尺寸之间的构效关系，为其他抗高温处理剂的研发提供理论依据。本研究对超深井的安全高效钻完井作业具有重要意义。","刘有康","2021011263","安全与海洋工程学院","海洋油气工程","2021","海工21-1班","1","杨丽丽/2015880034","副教授","安全与海洋工程学院","5","刘振宇/2021011264,王淑群/2020011221,王禹皓/2021011266,杭天晨/2021011244","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程,海洋油气工程","0",null,"A级"]
[216,"1023","海洋平台CO2泄漏扩散低温效应风险分析与安全防护设计","创新训练项目","D202305220930200595","0","安全与海洋工程学院","双向",null,"-","-","针对海洋油气生产CCUS项目特点，调研国内外CO2泄漏风险的可接受程度的相关标准（包括室息及低温等风险因素的频率准则）。结合生产工艺及设备设施布局，分析设备设施CO2泄漏风险因素，构建单一及多灾种耦合泄漏场景。定量计算 CO2泄漏扩散的温度场分布，分析其低温效应对关键设备及结构的影响，建立相关的风险评价方法；针对高风险场景，设计相应的安全屏障（含应急措施、安全监控技术等）。","张钰豪","2022011165","安全与海洋工程学院","安全工程","2022","安全22-1班","1","胡瑾秋/2422","教授","安全与海洋工程学院","5","徐文睿/2022011212,朱崇闻/2022011240,李爽/2022011156,贺娟/2021011222","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"B级"]
[217,"1050","基于光纤融合监测的智能化海洋复合软管","创新训练项目","D202305221348593389","0","安全与海洋工程学院","双向",null,"-","-","项目拟将光纤传感技术应用于海洋管道监测。具体研究目标包括：1）利用FBG-BOTDR融合技术监测海洋管道的承载变形。2）随机环境载荷下，凭借实测动态应变数据计算复合软管的应变模态参数。3）复合软管的应变频响函数以及相关疲劳谱的获取。4）将光纤置入柔性管铺层中，结合管材固有特性形成具体算法，使复合软管具备“自监测”功能，成为智能化的集输装备。","白子慕","2021011318","安全与海洋工程学院","海洋油气工程","2021","海工21-3班","1","赵天奉/2339","副研究员（自然科学）","安全与海洋工程学院","4","赵子仪/2021011304,刘玉娇/2022011242,宋锦宇/2022011309","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程","0",null,"C级"]
[218,"1057","船载低温储罐设计、建造、安装、服役的全生命周期工业互联网","创新训练项目","D202305221425165079","0","安全与海洋工程学院","双向",null,"-","-","现阶段，船载LNG低温储罐仍采用传统的方法设计建造，尚未实现全生产流程数字化，不少制造环节仍依赖人工的经验开展工作。因此制造阶段的加工误差、探伤结果、加载测试历史等关键信息无法与服役阶段的监测、检测信息整合，实现不了全生命周期安全维护，同时也限制了罐型的升级，以及罐体壁厚、探伤范围的进一步优化。项目拟构建一套专用的工业互联网，支持镍钢储罐的制造、服役全过程，并为新罐型的研发应用提供数字化服务。","李瑞禧","2022211073","安全与海洋工程学院","安全科学与工程","2022",null,"1","赵天奉/2339","副研究员（自然科学）","安全与海洋工程学院","5","李文彬/2022210367,许劼/2021011306,刘俊男/2021011324,王宁洁/2021011303","石油工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","石油与天然气工程,海洋油气工程,海洋油气工程,海洋油气工程","0",null,"C级"]
[219,"1229","基于流体力学仿真掺氢管道泄漏爆炸模拟研究及危险等级划分","创新训练项目","D202305231931456023","0","安全与海洋工程学院","双向",null,"-","-","天然气管道掺氢运输能实现氢气大规模、长距离输送，是未来氢气输送的主要方式，然而氢气相对于天然气，泄漏扩散速度快，爆炸范围广，本项目开展基于流体力学仿真掺氢管道泄漏爆炸模拟研究及危险等级划研究，主要研究内容包括：\n1.分析掺氢管道泄漏爆炸过程风险因素\n2.利用CFD软件开展掺氢管道泄漏爆炸模拟\n3.研究掺氢管道泄漏爆炸危险等级划分","张馨予","2020011282","安全与海洋工程学院","安全工程","2020","安全20-1班","1","董绍华/2016880009","教授","安全与海洋工程学院","5","董强/2020011356,刘尧/2020011281,桂明浩/2020011294,云熙婼/2020011284","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"A级"]
[220,"1230","纯氢管道泄漏抢修夹具设计","创新训练项目","D202305231931511901","0","安全与海洋工程学院","双向","0829-安全科学与工程类","-","-","纯氢管道运输能实现氢气大规模、长距离输送，是未来氢气输送的主要方式，当前氢气储运基础设施尚不完善，纯氢管道安全运维关键技术尚不成熟，尤其是纯氢管道应急维抢修技术。本项目开展纯氢管道泄漏抢修夹具设计，主要研究内容包括：\n1.针对氢气密封特点，开展抢修夹具结构、材料选型和技术参数设计\n2.利用计算机辅助软件画出密封夹具设计图\n3.通过仿真，测试夹具承受管道受压变形等机械性能","陈芊蕙","2021011221","安全与海洋工程学院","安全工程","2021","安全21-3班","1","董绍华/2016880009","教授","安全与海洋工程学院","5","景淑君/2021011220,范乃文/2021011217,陈东静/2021011219,王誉彤/2021011215","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"C级"]
[221,"1243","不同椭圆率对夹层管力学结构在外压及其复合载荷作用下的力学性能研究","创新训练项目","D202305232121332602","0","安全与海洋工程学院","双向","0815-矿业类","-","-","深水管道是深水油气开发所需关键设备之一,在铺设及服役中，深水管道常因与高水压相关的复合载荷而发生屈曲压溃破坏。一种由FRP外管、混凝土夹心层及钢管所组成的夹层管为解决这些问题提供了经济又可靠的解决方案。然而，由于这种组合材料涉及三种界面、两种材料，构造复杂。本课题拟通过有限元的方法探究内外管椭圆率对外压作用下夹层管内外双材料界面粘结应力的影响，进而研究夹层管结构在外压及其复合载荷作用下力学性能。","李梓桐","2020011225","安全与海洋工程学院","海洋油气工程","2020","海工20-2班","1","安峰辰/2015880048","副教授","安全与海洋工程学院","4","曹佳骏/2021011320,邓京浩/2021011312,刘晶雯/2021011245","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程","0",null,"C级"]
[222,"1245","不同偏心结构对夹层管力学结构在外压及其复合载荷作用下的力学性能研究","创新训练项目","D202305232131000431","0","安全与海洋工程学院","双向","0815-矿业类","-","-","深水管道是深水油气开发所需关键设备之一,在铺设及服役中，深水管道常因与高水压相关的复合载荷而发生屈曲压溃破坏。一种由FRP外管、混凝土夹心层及钢管所组成的夹层管为解决这些问题提供了经济又可靠的解决方案。本课题拟通过有限元的方法探究不同偏心布置对外压作用下夹层管内外双材料界面粘结应力的影响，进而研究夹层管结构在外压及其复合载荷作用下的力学性能。","钟弘成","2021011308","安全与海洋工程学院","海洋油气工程","2021","海工21-3班","1","安峰辰/2015880048","副教授","安全与海洋工程学院","4","刘翔/2021011325,李昀璋/2021011313,洪茂杰/2021011323","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程","0",null,"B级"]
[223,"1247","夹心层材料的选择对FRP-混凝土-钢夹层管的大变形性能的影响分析","创新训练项目","D202305232138380850","0","安全与海洋工程学院","双向","0801-力学类","-","-","石油管道将不可避免地经过一些如山体滑坡、地震等的地质灾害地区。在力学上，这些地质灾害均属于大变形荷载。目前，业内人士采用一种大变形管道钢来解决这个问题。但是，由于冶炼技术的限制，大变形钢的变形能力很难满足地质灾害对管道的安全要求。鉴于此，我们提出一种FRP-混凝土-钢夹层管来抵御这种大变形荷载。本课题拟通过有限元的方法探究不同夹心层材料对夹层管的抗弯性能的影响。","田秋霞","2020011224","安全与海洋工程学院","海洋油气工程","2020","海工20-2班","1","安峰辰/2015880048","副教授","安全与海洋工程学院","4","赵新宇/2021011330,冯自傲/2021011322,陈芸飞/2021011321","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程","0",null,"C级"]
[224,"1284","海上高温高压深部地层井壁失稳三压力预测软件开发","创新训练项目","D202305240931044870","0","安全与海洋工程学院","双向","0801-力学类","-","-","海上高温高压深部地层井壁失稳三压力预测技术是一项针对海上石油钻井作业中的高温高压环境和深部地层特点的技术开发项目。该项目旨在开发一种可靠准确的软件工具，能够对海上钻井井壁的失稳情况进行预测，并提供相应的三压力参数。","刘奕文","2020011226","安全与海洋工程学院","海洋油气工程","2020","海工20-2班","1","李晓蓉/2019880017","副教授","安全与海洋工程学院","2","封雅涵/2020011250","安全与海洋工程学院","海洋油气工程","0",null,"C级"]
[225,"1285","基于应力-腐蚀耦合的井筒水泥界面失效的实验装置研发","创新训练项目","D202305240931091616","0","安全与海洋工程学院","双向","0802-机械类","-","-","本项目旨在研究井筒水泥环界面应力与腐蚀耦合失效规律，并设计相应的实验装置。在本项目中，研究井筒水泥界面应力-腐蚀耦合失效的机理，包括应力与腐蚀的相互作用、应力积累与失效机制等方面，设计合适的实验装置。\n该装置将考虑到模拟实际井筒环境，并能够施加不同的力学负荷和腐蚀条件。装置应具备可控的应力加载和腐蚀环境控制系统，可以定量评估井筒水泥环界面的强度和耐腐蚀性能。","闫界成","2020011258","安全与海洋工程学院","海洋油气工程","2020","海工20-3班","1","李晓蓉/2019880017","副教授","安全与海洋工程学院","3","裴桂花/2020011252,李佳歆/2020011251","安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程","0",null,"B级"]
[226,"1286","大学校园安全文化调查与提升策略研究","创新训练项目","D202305240932008921","0","安全与海洋工程学院","双向",null,"-","-","调查国内外安全文化建设现状和校园安全文化建设途径，通过调查问卷和访谈对大学校园安全文化进行调查和测评，依据调查结果提出校园安全文化提升策略。","廖晋艺","2022011236","安全与海洋工程学院","安全工程","2022","安全22-3班","1","宫运华/2351","讲师","安全与海洋工程学院","5","张云/2022011239,赵杨娟/2022011190,张萱/2022011189,刘俊杰/2022011238","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"C级"]
[227,"1324","不同偏心布置方案对夹层管力学结构在内压及其复合载荷作用下的力学性能研究","创新训练项目","D202305241400160558","0","安全与海洋工程学院","双向","0801-力学类","-","-","石油管道将不可避免地经过一些如山体滑坡、地震等的地质灾害地区。在力学上，这些地质灾害均属于大变形荷载。目前，业内人士采用一种大变形管道钢来解决这个问题。但是，由于冶炼技术的限制，大变形钢的变形能力很难满足地质灾害对管道的安全要求。我们提出一种FRP-混凝土-钢夹层管,可用作陆上输油管道来抵御这种大变形荷载。本课题拟通过有限元的方法探究不同偏心方案对夹层管的在内压及其复合载荷作用下的力学性能研究。","王涛","2020011246","安全与海洋工程学院","海洋油气工程","2020","海工20-2班","1","安峰辰/2015880048","副教授","安全与海洋工程学院","3","宁昌隆/2022011261,彭斯咏/2022011241","安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程","0",null,"C级"]
[228,"1395","天然气管道泄漏检测系统设计","创新训练项目","D202305261645160663","0","安全与海洋工程学院","双向","0829-安全科学与工程类","-","-","基于声波的方法开展管道泄漏精确识别和定位方法研究，设计信号采集方式并搭建测试平台，应用机器学习方法提高泄漏识别的准确率，修正泄漏声波传播速度，提高泄漏定位精度。本课题将埋地输油管道泄漏监测方法引入海底输油管道泄漏监测过程中，以解决海底输油管道泄漏监测问题，","陈宇","2022011167","安全与海洋工程学院","安全工程","2022","安全22-1班","1","叶迎春/2419","讲师","安全与海洋工程学院","5","顾宇恒/2022011175,彭美林/2022011188,李雨桐/2022011186,陈铎/2022011233","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"C级"]
[229,"1408","大学校友文化建设研究","创新训练项目","D202305271119587271","0","安全与海洋工程学院","自主","0303-社会学类","-","-","本项目旨在研究大学校友文化建设，设计出一套行之有效的校友文化建设策略，以增强校友之间的联系与合作，最终促进学校发展。项目将通过文献梳理、问卷调查、校友资源整合、等方式，深入了解校友文化建设的历史演变、现状及存在的问题，策划一系列校友文化活动，如校友论坛、校友企业招聘会等，同时将成果推广到其他高校，促进校友文化建设的共同发展。这将为大学校友文化建设提供新思路，为学校的发展和校友之间的联系搭建桥梁。","任毅","2022011193","安全与海洋工程学院","安全工程","2022","安全22-2班","1","方百会/2015880031","讲师","安全与海洋工程学院","4","马文洋/2022011192,崔禹宁/2022011195,朱艺博/2022011180","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程","0",null,"C级"]
[230,"1453","掺氢站气体泄露监测系统设计","创新训练项目","D202305281851589936","0","安全与海洋工程学院","自主","0829-安全科学与工程类","-","-","设计一款能够在氢气站测气体泄露的探头，利用声波采集器采集泄漏声音，进行信号处理、特征提取后进行大量训练，训练出泄漏声音的特征。将此作为气体泄漏预警。利用计算算出声波相位差与氢气浓度的关系，测算出气体泄露的浓度。设计可行性：已有论文实现实验测量中使用圆柱形声学腔，腔的一端为发声装置，另一端为接收测量装置。发声装置采用压电陶瓷片，接收测量装置采用麦克风，用来测量麦克风处声波的相位信号。","李佳轩","2020011363","安全与海洋工程学院","安全工程","2020","安全20-3班","1","梁伟/2095","教授","安全与海洋工程学院","4","张艳/2022011211,梁一宁/2022011187,吴彬彬/2020011283","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程","0",null,"A级"]
[231,"846","高铁电性PVDF材料的制备研究","创新训练项目","D202305171525241710","0","新能源与材料学院","自主","0804-材料类","-","-","铁电材料Ferroelectric materials是最广泛应用的材料体系之一，并且不断产生具有更高效率的先进功能。基于聚偏氟乙烯 poly(vinylidene fluoride)（PVDF）的聚合物铁电材料，为需要便携、轻便、耐磨和耐用特性的应用，提供了弯曲、高效耦合和多功能的材料平台。而制备高铁电性PVDF仍面临巨大挑战。本项目拟通过小分子辅助途径调控结晶，从而获得高铁电性PVDF材料。","刘天祺","2021011523","新能源与材料学院","材料科学与工程","2021","材料21-3班","1","叶海木/2012880044","教授","新能源与材料学院","2","林晓椿/2021011521","新能源与材料学院","材料科学与工程","0",null,"C级"]
[232,"852","利用计算机技术搭建开发学生社区服务一体化智慧平台","创新训练项目","D202305171659283847","0","新能源与材料学院","双向","0101-哲学类","-","-","约惠校园-“一站式”学生社区服务平台，集学生衣食住行等需求为一体，利用计算机技术搭建开发智慧平台，精准化智能化便利化服务学生，具有很高的实用性和可推广性，打造学校“三全育人”新生态。---------","王鹏懿","2021011459","新能源与材料学院","材料科学与工程","2021","材料21-1班","1","王荣亮/2021911009","无","新能源与材料学院","5","陈芙蓉/2021011370,马路凯/2021011417,刘铭/2021011457,艾国骏/2021011432","新能源与材料学院,新能源与材料学院,新能源与材料学院,新能源与材料学院","新能源科学与工程,储能科学与工程,材料科学与工程,材料科学与工程","0",null,"C级"]
[233,"860","铁铬液流电池关键碳布电极材料","创新训练项目","D202305172026560137","0","新能源与材料学院","双向","0804-材料类","-","-","随着“双碳目标”的提出，储能被誉为“可再生能源规模化利用的最后一公里”。随着能源结构转型，长时储能会越来越成为可再生能源发展过程中电网的刚性需求。铁铬液流电池碳布电极存在易析氢及催化剂需要高效沉积等难题，涵待进一步的突破。申请者拟从碳布电极的表面缺陷位入手，深入分析碳布电极缺陷位沉积工艺，Bi, In催化剂沉积影响与关键控制因素，并设计制备最合适的电极结构，用于低成本高性能铁铬液流电池设计。","徐航","2021011407","新能源与材料学院","储能科学与工程","2021","储能21-1班","1","徐泉/2014880008","教授","新能源与材料学院","5","吴迪/2021011426,李田育/2021011346,刘新阳/2021011405,方锐彤/2021011992","新能源与材料学院,新能源与材料学院,新能源与材料学院,经济管理学院","储能科学与工程,新能源科学与工程,储能科学与工程,财务管理","0",null,"C级"]
[234,"1162","结合开尔文液滴起电的新型雨滴发电结构和光雨联合发电装置","创新训练项目","D202305231446047748","0","新能源与材料学院","双向",null,"-","-","利用聚四氟乙烯良好的摩擦起电特性，将其附着于ITO导电玻璃之上，并在PTFE膜上附着铝箔，外接导线将氧化铟锡和PTFE膜上铝箔连接构成外回路。通过雨滴与上述结构中PTFE的不断摩擦生电积累电荷，在雨滴滴落瞬间接触铝箔使电路导通从而产生电流。再将其与光伏发电相结合，以光伏板为雨水收集平台，通过再分配系统进行发电。","侯霁洋","2021011446","新能源与材料学院","材料科学与工程","2021","材料21-1班","1","李叶青/2014880022","副教授","新能源与材料学院","5","侯俊龙/2021011451,张云扬/2021011450,王靖元/2021011449,高郅昊/2021011448","新能源与材料学院,新能源与材料学院,新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程,材料科学与工程,材料科学与工程","0",null,"A级"]
[235,"1231","油气超深井用智能涂层开发","创新训练项目","D202305231944298306","0","新能源与材料学院","双向","0804-材料类","-","-","世界新增油气储量的60%都来自深部地层，深层、超深层已成为油气重大发现的主要区域。在我国，油套管腐蚀导致的经济损失约占运维总费用的30%。延长深井服役期限，降低深井运维成本，是保障油气高效开采的关键。涂层保护是目前使用最为广泛和有效的防腐措施。但现有涂层无法抵御井下工具，往往出现开裂、脱落现象，本项目将基于此开发智能图层，可以识别涂层初期破损迹象，并实现早期修复。","刘立原","2021011478","新能源与材料学院","材料科学与工程","2021","材料21-2班","1","邱萍/2012880050","教授","新能源与材料学院","5","朱科宇/2021011497,曾郭林/2021011482,张维顺/2021011529,刘京桦/2021011508","新能源与材料学院,新能源与材料学院,新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程,材料科学与工程,材料科学与工程","0",null,"C级"]
[236,"952","可降解聚酯PBOx的合成工艺探索研究","创新训练项目","D202305191332439072","0","新能源与材料学院","双向",null,"-","-","草酸二甲酯（DMOx）作为煤制油的主要副产物之一，实现其高质化应用是当天的一个研究重点。本项目拟通过DMOx与丁二醇缩聚获得可降解聚酯-聚草酸丁二醇酯PBOx，优化合成工艺，获得生产效率高及性能优异的PBOx材料。","刘谦","2021011513","新能源与材料学院","材料科学与工程","2021","材料21-3班","1","叶海木/2012880044","教授","新能源与材料学院","2","邵佳辉/2021011514","新能源与材料学院","材料科学与工程","0",null,"C级"]
[237,"1257","稀土合金纳米材料的制备及在析氢反应中的应用","创新训练项目","D202305232212341931","0","新能源与材料学院","双向","0804-材料类","-","-","金属纳米材料由于具有独特的催化、光学及磁学等性质，在催化、吸附、抗菌及电化学等方面有着巨大的应用价值。与贵金属相比，稀土作为一种相对廉价的过渡金属可以替代贵金属拥有众多的潜在的应用，其独特的4f轨道可以作为析氢反应的电子储存器，便于氢气的析出。","程宁龙","2022011372","新能源与材料学院","新能源科学与工程","2022","新能源22-2班","1","李振兴/2015880003","教授","新能源与材料学院","3","王宁/2022011387,蒋子怡/2021011367","新能源与材料学院,新能源与材料学院","新能源科学与工程,新能源科学与工程","0",null,"C级"]
[238,"994","基于材料专业课程设计的知识图谱与概念地图工具设计开发","创新训练项目","D202305202355350389","0","新能源与材料学院","双向",null,"-","-","（1）材料专业主干理论课程知识图谱设计与概念名词库资源建设（2）专业概念名词工具卡片设计与制作（3）材料专业课程设计创新思维训练流程与规则设计","李轲宜","2021011466","新能源与材料学院","材料科学与工程","2021","材料21-2班","1","陈立强/2167","讲师","新能源与材料学院","5","孙雅萌/2021011472,刘家懿/2021011470,杨明/2021011486,皮沐阳/2021011490","新能源与材料学院,新能源与材料学院,新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程,材料科学与工程,材料科学与工程","0",null,"C级"]
[239,"997","分布式光热温差发电柔性储能器件设计与应用","创新训练项目","D202305202357244415","0","新能源与材料学院","双向",null,"-","-","（1） 光伏/热电联合发电器件结构模型设计与热管理分析（2）光伏组件与热电组件的基本性能参数测试（3） 环境光热温差条件下光伏/热电联合发电器件输出功率响应测试（4）光伏/热电联合发电器件储能效率测试。","李昕洋","2021011489","新能源与材料学院","材料科学与工程","2021","材料21-2班","1","陈立强/2167","讲师","新能源与材料学院","3","钱俊辰/2021011491,兰国荣/2021011476","新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程","0",null,"C级"]
[240,"1082","人工智能算法辅助外源混合添加剂厌氧消化体系的预测和分析指导","创新训练项目","D202305221651087600","0","新能源与材料学院","双向",null,"-","-","通过对添加混合外源添加剂的中试规模厌氧消化体系的实验数据进行分析，采用多种先进的机器学习算法和优化技术来准确预测体系的沼气性能并进行相应可解释性分析并给予实验指导。","林诺","2022011361","新能源与材料学院","新能源科学与工程","2022","新能源22-2班","1","李叶青/2014880022","副教授","新能源与材料学院","5","陈新/2022011376,武杨/2022011375,李文涵/2021011779,陶丽达/2022011363","新能源与材料学院,新能源与材料学院,理学院,新能源与材料学院","新能源科学与工程,新能源科学与工程,数学与应用数学,新能源科学与工程","0",null,"B级"]
[241,"1021","储氢装备材料微生物环境下腐蚀失效与性能损失机理","创新训练项目","D202305220836433688","0","新能源与材料学院","双向","0804-材料类","-","-","氢气由于具有密度小、扩散系数大等特点，在地下储氢过程中的泄露风险较高。氢气是地下微生物呼吸最重要的电子供体之一，泄漏后可能会引发微生物的大量繁殖，从而对储氢材料造成腐蚀和力学性能损失。地下微生物中的硫酸盐还原菌（SRB）是造成埋地管道发生微生物腐蚀（MIC）的主要原因之一，因此针对氢气环境中SRB对管道材料的MIC行为的研究非常有必要。","王硕","2022011438","新能源与材料学院","材料科学与工程","2022","材料22-1班","1","李迎超/2017880010","副教授","新能源与材料学院","5","王硕青/2022011448,李笑笑/2021011340,左明灿/2022011423,邵兰贺/2022010396","新能源与材料学院,新能源与材料学院,新能源与材料学院,化学工程与环境学院","材料科学与工程,新能源科学与工程,材料科学与工程,化工与制药类","0",null,"B级"]
[242,"1029","材料专业实验操作技能短视频作业报告模板设计制作与应用","创新训练项目","D202305221008057949","0","新能源与材料学院","双向",null,"-","-","（1）材料专业实验短视频作业报告模板设计制作与案例资源建设（2）短视频作业报告app平台功能界面流程与评价使用规则设计（3）短视频app平台软件开发","佟潇","2021011493","新能源与材料学院","材料科学与工程","2021","材料21-2班","1","陈立强/2167","讲师","新能源与材料学院","2","左丁伟/2022010378","化学工程与环境学院","化工与制药类","0",null,"C级"]
[243,"1042","电解水制氢阴离子交换膜的研究","创新训练项目","D202305221139306483","0","新能源与材料学院","双向",null,"-","-","阴离子交换膜水电解技术（AEMWE）具有无腐蚀性液体泄漏、容量稳定、易于处理以及减小电解槽的尺寸和重量等优点，成为近年来电解水制氢领域的研究热点。AEMWE的核心技术是阴离子交换膜，作用是将羟基离子从阴极运输到阳极，并对电化学反应产生的电子和气体起到屏障作用。本项目拟合成无醚键主链结构的聚电解质膜，并对其离子传导率、化学稳定性和机械性能等进行研究。","喻治坤","2022011451","新能源与材料学院","材料科学与工程","2022","材料22-1班","1","张瑛/2093","教授","新能源与材料学院","4","刘嘉豪/2022011405,张京生/2022011500,王佳傲/2022011435","新能源与材料学院,新能源与材料学院,新能源与材料学院","储能科学与工程,材料科学与工程,材料科学与工程","0",null,"B级"]
[244,"1071","以316L为催化剂载体的CO2+H催化反应器设计与催化性能研究","创新训练项目","D202305221550093934","0","新能源与材料学院","双向",null,"-","-","（1）CO2+H催化反应器设计\n（2）316L隔膜氢渗透性能测试\n（3）以316L隔膜为载体的催化剂设计与制备\n（4）探究不同光热条件下CO2+H催化反应器催化转化性能。","向张驰","2020011453","新能源与材料学院","材料科学与工程","2020","材料20-3班","1","陈立强/2167","讲师","新能源与材料学院","5","张子煜/2020011441,陈丽娜/2020011406,马萱泽/2020011471,汪玉荣/2020011405","新能源与材料学院,新能源与材料学院,新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程,材料科学与工程,材料科学与工程","0",null,"C级"]
[245,"1078","人工智能引导下水热预处理厌氧消化的性能预测和定向优化","创新训练项目","D202305221644085019","0","新能源与材料学院","双向","0805-能源动力类","-","-","水热预处理可有效提高厌氧消化性能，但对于不同物料其产气性能及其最优组合条件导致研究陷入困境。项目采用先进的自动化机器学习技术针对文献收集的数据进行探索及预测分析，并结合贝叶斯优化在无限空间内进行最优组合定向条件的搜索，并采用SEM、TEM进行微观分析以及16SRNA和宏基因组学进行微观分析以阐明研究机制。","冯伊婧","2021011339","新能源与材料学院","新能源科学与工程","2021","新能源21-1班","1","李叶青/2014880022","副教授","新能源与材料学院","3","郝彦吉/2021011377,田锡萌/2021011502","新能源与材料学院,新能源与材料学院","新能源科学与工程,材料科学与工程","0",null,"A级"]
[246,"1085","基于自动化机器学习实现沼气重整制氢性能预测及过程工艺优化","创新训练项目","D202305221720000284","0","新能源与材料学院","双向",null,"-","-","沼气制氢因为其固有工艺缺陷导致难以理解和进一步工艺优化。项目采用先进的AutoGluon机器学习技术针对实验数据进行探索及预测分析，并结合多目标粒子群优化算法进行工艺优化。","卢贝旎","2021010158","新能源与材料学院","新能源科学与工程","2021","新能源21-1班","1","李叶青/2014880022","副教授","新能源与材料学院","4","程子诺/2021011371,彭健锋/2022011697,黄汉林/2021010147","新能源与材料学院,信息科学与工程学院,碳中和未来技术学院","新能源科学与工程,自动化,储能科学与工程(未来班）","0",null,"B级"]
[247,"1190","高催化活性铜纳米结构合成及在二氧化碳转化中的应用","创新训练项目","D202305231615139114","0","新能源与材料学院","双向",null,"-","-","减少二氧化碳气体在空气中的含量是”碳中和，碳达峰“的最直接目标，二氧化碳电还原是一种理想的二氧化碳治理途径，针对该反应，铜可以在一定程度上抑制该反应的副反应的进行，同时基于铜的低成本优势，铜纳米材料作催化剂受到了人们的广泛关注。本项目主要对铜催化剂晶面、形貌、尺寸控制, 氧化态调节, 缺陷工程, 催化剂串联, 表面修饰等诸多方面开展研究，为基于金属纳米材料的催化体系的开发提供理论基础。","许威","2020011543","新能源与材料学院","新能源科学与工程","2020","新能源20-2班","1","李振兴/2015880003","教授","新能源与材料学院","2","何磊/2020011528","新能源与材料学院","新能源科学与工程","0",null,"B级"]
[248,"1191","二氧化碳电催化转化催化剂的智能筛选","创新训练项目","D202305231615284136","0","新能源与材料学院","双向",null,"-","-","随着全球二氧化碳的排放快速增长，二氧化碳的捕获、存储以及转化受到广泛关注。其中二氧化碳电催化还原是一种有效的二氧化碳的转化手段，可以把二氧化碳转化为高附加值的化学品。由于二氧化碳电催化反应路径复杂涉及多个电子转移，产物种类繁多，选择性差。因此，本项目主要研究内容为通过对催化反应反应路径的理论计算，研究电催化机理，从而筛选出催化活性高且选择性好的二氧化碳电催化转化催化剂。","韩若琪","2020011516","新能源与材料学院","新能源科学与工程","2020","新能源20-2班","1","李振兴/2015880003","教授","新能源与材料学院","5","刘策/2020011514,赵雪宁/2020011513,韩佳轩/2020011517,武凡宁/2021011331","新能源与材料学院,新能源与材料学院,新能源与材料学院,新能源与材料学院","新能源科学与工程,新能源科学与工程,新能源科学与工程,新能源科学与工程","0",null,"C级"]
[249,"1206","退役磷酸铁锂电池正极短程修复再生及经济环境评价","创新训练项目","D202305231722381276","1","新能源与材料学院","双向","0804-材料类","-","-","本项目开展有关废旧LiFePO4 电极材料回收再利用的研究采用焙烧直接再生、固相补锂再生、二次烧结掺碳修复再生等方式对退役磷酸铁锂电池正极材料直接修复处理，了解补锂量、掺碳量等对所得材料的电化学性能的影响，重点考察不同工艺的经济和环境影响。","李沛桦","2021011946","碳中和未来技术学院","储能科学与工程(未来班）","2021","储能21-1未来班","1","温嘉玮/2021880026","副教授","新能源与材料学院","2","李宏凯/2021010547","碳中和未来技术学院","储能科学与工程(未来班）","0",null,"C级"]
[250,"1208","金属合金纳米结构的制备及在电催化析氢反应中的应用","创新训练项目","D202305231727588379","0","新能源与材料学院","双向",null,"-","-","氢气燃烧热值高，燃烧产物为水，是最清洁的能源。氢气作为二次能源，可以通过多种方式生产，包括化石能源蒸汽重整、水的光解和电化学水分解等。目前，在多种工业制氢方法中，甲烷蒸汽重整是主要的制氢工业过程。但甲烷蒸汽重整存在能耗高、碳排放量大等缺点。相比之下，电化学水分解制氢的反应条件温和，生产过程绿色可持续，因此被认为是最有前景的能源开发系统。但是，实现高效制氢的关键技术之一就是高活性的电催化剂研发。","卢玥","2022011362","新能源与材料学院","新能源科学与工程","2022","新能源22-2班","1","李振兴/2015880003","教授","新能源与材料学院","2","向曾磊/2022011388","新能源与材料学院","新能源科学与工程","0",null,"C级"]
[251,"1260","锂离子电池固态电解质设计与制备","创新训练项目","D202305232224394332","0","新能源与材料学院","双向",null,"-","-","锂离子电池是一种要的储能技术，在当今社会中扮演着重要的作用。但是也面临着很多挑战，比如液态电解质中的锂枝晶所造成的电池安全隐患。通过固态电解质的方法，可以有效降低电池短路概率，该项目从固态电解质的设计出发，涵盖固态电解质的制备、表征、电池性能测试等方面。","姜轶超","2022011331","新能源与材料学院","新能源科学与工程","2022","新能源22-1班","1","孙晖/2013880072","副教授","新能源与材料学院","5","于洋/2021011386,吕佳钰/2022011332,权鹏/2022011333,黄俊东/2022011330","新能源与材料学院,新能源与材料学院,新能源与材料学院,新能源与材料学院","新能源科学与工程,新能源科学与工程,新能源科学与工程,新能源科学与工程","0",null,"C级"]
[252,"1261","锂介导电化学合成氨","创新训练项目","D202305232224530349","0","新能源与材料学院","双向",null,"-","-","合成氨是国民经济的重要组成部分，传统合成氨工艺会产生大量的二氧化碳排放，不利于实现双碳目标。锂介导电化学合成氨是通过引入电能，实现合成氨的一种途径。该项目的研究重点是研究锂资源在合成氨循环过程中的回收与再利用。","刘高","2020011495","新能源与材料学院","新能源科学与工程","2020","新能源20-1班","1","孙晖/2013880072","副教授","新能源与材料学院","5","姜慧/2021011334,徐美娟/2021011333,李羽涵/2022011121,黄思微/2022011391","新能源与材料学院,新能源与材料学院,信息科学与工程学院,新能源与材料学院","新能源科学与工程,新能源科学与工程,自动化,储能科学与工程","0",null,"B级"]
[253,"1303","MOFs基空心管状复合光催化剂的制备及其性能研究","创新训练项目","D202305241050353116","0","新能源与材料学院","双向","0804-材料类","-","-","随着能源危机和环境污染的不断加剧，人们对清洁能源的需求日益增长，其中绿氢被认为是未来清洁能源的重要组成部分。绿氢的高效制备技术仍面临着诸多挑战。针对这一问题，本项目提出了一种新的解决方案，即通过构造二元异质结结构来提高光催化性能。我们以MIL-68-In为模板，制备了空心管状In2O3。该结构具有较大的比表面积和优越的光学性能，可以有效地促进光催化反应的进行。","张仁婕","2021011435","新能源与材料学院","材料科学与工程","2021","材料21-1班","1","李宁/2017880030","副教授","新能源与材料学院","2","程伟杰/2021011500","新能源与材料学院","材料科学与工程","0",null,"A级"]
[254,"1347","废橡胶轮胎颗粒的防结块措施研究","创新训练项目","D202305241837478116","0","新能源与材料学院","双向","0804-材料类","-","-","废旧的橡胶轮胎经过破碎后，可以作为路面沥青的添加剂再次利用。但是废轮胎颗粒在存放过程中，在压力和温度的作用下，容易结块，重新聚合，增加了处理的成本。本项目拟采用废轮胎颗粒表面改性、添加阻聚剂等方法，防止其团聚。研究不同的改性方法、改性剂的种类和用量对防团聚效果的影响。","王芳芸","2022010591","化学工程与环境学院","环境科学与工程类","2022","储能22-1班","1","张瑛/2093","教授","新能源与材料学院","2","董文浩/2022010605","化学工程与环境学院","环境科学与工程类","0",null,"C级"]
[255,"1379","油水界面的聚合物形态及调控研究","创新训练项目","D202305260818349547","0","新能源与材料学院","自主","0101-哲学类","-","-","聚合物驱油已经在国内广泛应用并取得了巨大的经济效益。聚合物驱油中如遇到高盐的地层，则对聚合物的耐盐性能提出了要求。油水界面的聚合物形态及调控研究，对于不同油藏地层选择使用聚合物以及合成抗盐驱油聚合物有十分重要的意义。本项目拟开展聚合物在界面处的形态以及受到离子调控的作用机制，对指导工程实践具有重要意义。","肖光灿","2021011498","新能源与材料学院","材料科学与工程","2021","材料21-3班","1","詹洪磊/2017880013","副教授","新能源与材料学院","4","石鑫灵/2021011506,张玙琪/2021011503,任茜宇/2021011505","新能源与材料学院,新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程,材料科学与工程","0",null,"B级"]
[256,"1382","基于OIRD快速成像的三维重构技术研究","创新训练项目","D202305260826500775","0","新能源与材料学院","双向",null,"-","-","斜入射光反射差（OIRD）技术是一种对界面特性十分敏感的新兴光学技术，可反映两相界面的膜层厚度和介电常数。OIRD快速成像技术是课题组自主设计和研发的新技术，在微观形貌成像和动态过程分析方面具有重要意义。本项目拟结合图片识别和三维重构等方法，采用实验+计算机处理结合的方式开展相关研究，从而形成基于OIRD快速成像的三维重构技术。","孙博文","2021011475","新能源与材料学院","材料科学与工程","2021","材料21-2班","1","詹洪磊/2017880013","副教授","新能源与材料学院","2","吴嘉豪/2019011442","新能源与材料学院","材料科学与工程","0",null,"C级"]
[257,"1381","微流控芯片刻蚀工艺研究","创新训练项目","D202305260825062614","0","新能源与材料学院","双向",null,"-","-","微流控芯片技术(Microfluidics)是把生物、化学、医学分析过程的样品制备、反应、分离、检测等基本操作单元集成到一块微米尺度的芯片上，目前应用于非常规油气储层分析，取得了积极成效，因此，微流控芯片制备技术具有十分重要的意义。刻蚀工艺作为微流控芯片的关键部分之一，目前还存在大深度小宽度与横向腐蚀相互制约的问题，需要深入研究加以解决。","李欣仪","2021011464","新能源与材料学院","材料科学与工程","2021","材料21-2班","1","詹洪磊/2017880013","副教授","新能源与材料学院","2","董皊希/2021011433","新能源与材料学院","材料科学与工程","0",null,"C级"]
[258,"1390","过渡金属复合纳米材料的制备及电催化性能研究","创新训练项目","D202305261136348977","0","新能源与材料学院","双向",null,"-","-","过渡金属化合物具有中等的氢吸附自由能，有利于电催化性析氢反应。本研究利用双金属协同作用制备高稳定性和优异性能的双金属化合物应用于电催化性能研究，并利用理论计算进行模拟验证。掌握简单的碳纳米材料合成方法，表征分析方法，并熟练掌握电催化相关的性能测试和理论计算。","郝铭锐","2021011366","新能源与材料学院","新能源科学与工程","2021","新能源21-2班","1","王春霞/2016880022","副教授","新能源与材料学院","4","聂勇民/2021011350,殷亚丽/2021011332,张宇博/2021011363","新能源与材料学院,新能源与材料学院,新能源与材料学院","新能源科学与工程,新能源科学与工程,新能源科学与工程","0",null,"C级"]
[259,"1392","金属有机框架化合物在二氧化碳还原中的应用研究","创新训练项目","D202305261136465207","0","新能源与材料学院","双向",null,"-","-","光电化学还原CO2(CO2RR)为高附加值化学品和燃料逐渐受到人们的关注,因其可作为一种维持碳平衡和能源有效利用的关键技术。开发高选择性、高活性、低过电位的电光催化剂的关键。利用金属有机框架材料(MOFs)的可设计性强、高比表面等特点设计合成高活性光电催化剂,并利用金属有机单层材料(MOLs)可修饰性强和结构清晰易表征的优势结合原位表征技术研究催化过程机理。","饶渝鹏","2021011380","新能源与材料学院","新能源科学与工程","2021","新能源21-2班","1","王春霞/2016880022","副教授","新能源与材料学院","3","张颖勃/2021011379,徐俊晨/2021011399","新能源与材料学院,新能源与材料学院","新能源科学与工程,新能源科学与工程","0",null,"B级"]
[260,"1458","全生物基可降解塑料袋","创新训练项目","D202305282036152291","0","新能源与材料学院","双向","0804-材料类","-","-","目前的可降解塑料袋是混入淀粉等物质，降解后高分子链依然存在，只是肉眼不可见，反而对环境污染更厉害。而且合成原料来自化石，不可再生。全生物基的高分子材料，单体是由生物合成，在提取后进行聚合加工成型制作塑料袋，通过控制微观结构与酶的加入量，可以实现充分的生物降解。从自然中来到自然中去，完全的循环，不会污染环境。","范家麟","2022011510","新能源与材料学院","材料科学与工程","2022","材料22-3班","1","吴天宇/2022880022","讲师","新能源与材料学院","3","陈子煊/2022011493,严子雄/2022011519","新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程","0",null,"C级"]
[261,"1469","双碳背景下新能源关键战略金属资源循环的经济环境影响分析","创新训练项目","D202305291225360660","0","新能源与材料学院","双向",null,"-","-","新能源行业的迅速发展带动了相关金属，如锂、镍、钴、锰、钒等战略金属资源的需求日益增多，然而，以上金属资源的开采，提取，循环回收工艺会涉及到大量酸碱的消耗，经济成本和环境评价都是其大规模应用的重要考量因素。因此本研究围绕战略金属资源循环的经济和环境评价开展研究。","陈雨薇","2022011321","新能源与材料学院","新能源科学与工程","2022","新能源22-1班","1","温嘉玮/2021880026","副教授","新能源与材料学院","4","谈天资/2022010914,苏珂璇/2022011392,赵淑忻/2022011454","机械与储运工程学院,新能源与材料学院,新能源与材料学院","机械类,储能科学与工程,材料科学与工程","0",null,"C级"]
[262,"1494","石脑油催化裂解动力学研究","创新训练项目","D202306071358560439","0","新能源与材料学院","双向","0817-轻工类","-","-","石脑油催化裂解是重要的乙烯丙烯增产新型技术之一。利用新型分子筛催化剂可有效提高石脑油催化裂解性能。本研究通过以不同硅铝比HZSM-5作为催化剂，针对正己烷催化裂解制低碳烯烃，通过调变反应条件（如反应温度、空速等），研究不同硅铝比商业HZSM-5上的动力学性能，为后续正己烷催化裂解动力学模型构建、反应机理探究研究提供有效的基础数据。","侬光裕","2022010788","机械与储运工程学院","能源与动力工程","2022","能动22-2班","1","李宇明/2016880040","副研究员（自然科学）","新能源与材料学院","1",{"$nulls":3},"0",null,"B级"]
[263,"1495","耐蚀阻垢涂层的制备及性能研究","创新训练项目","D202306071446286871","0","新能源与材料学院","双向",null,"-","-","油井管及集输管线内常含有腐蚀性和污染性离子，如 Cl-，Mg2+，Ca2+，SO42-和 HCO3-等，金属管道和设备在运输过程中不可避免地遭受严重的结垢和腐蚀困境，腐蚀和结垢现象经常同时出现并协同作用，管道结垢严重又会引起管道的局部腐蚀。因此，本课题拟打算将阻垢剂负载在中空纳米容器内，然后以填料形式添加到具有荷正电的环氧树脂有机涂层中，减缓金属管道的结垢现象和腐蚀问题。","杨明佩","2022011352","新能源与材料学院","新能源科学与工程","2022","新能源22-1班","1","董玉华/1988","讲师","新能源与材料学院","2","徐国斌/2022011339","新能源与材料学院","新能源科学与工程","0",null,"C级"]
[264,"1496","Mn3O4/Fe2O3@Ni Foam纳米材料电催化制氢性能研究","创新训练项目","D202306071504270423","0","新能源与材料学院","双向","0804-材料类","-","-","电解水制氢因其原料来源广、生产安全可靠等优点，被视为未来通向“氢经济”的最佳途径。水的理论分解电压为1.23 V，但在没有催化剂的条件下其分解电压是其理论值的好几倍，为克服较高的过电位所造成的能量浪费，因此需要使用合适的电催化剂，来降低过电位。本次课题将采用简单的水热法合成以泡沫镍为基底，Mn3O4/Fe2O3双金属氧化物异质结构，并将其作为一种双功能催化剂研究其电解水制氢的性能。","陈佳钰","2022010558","新能源与材料学院","储能科学与工程","2022","储能22-1班","1","戈磊/2246","教授","新能源与材料学院","3","李伊文/2022010577,李嘉玥/2022010559","化学工程与环境学院,地球物理学院","环境科学,地球物理学","0",null,"C级"]
[265,"1498","磁性纳米粒子的制备及其磁响应性的研究","创新训练项目","D202306071806240320","0","新能源与材料学院","双向","0804-材料类","-","-","磁性纳米粒子/磁性纳米颗粒（Magnetic Nanoparticles, MNPs）是近年来发展迅速且极具应用价值的新型材料，在现代科学的众多领域如生物医药、磁流体、催化作用、核磁共振成像、数据储存和环境保护等得到越来越广泛的应用。我们的项目是研究制备磁性纳米粒子，并且研究其磁响应。","袁益民","2021011429","新能源与材料学院","储能科学与工程","2021","储能21-1班","1","李勃天/2016880030","副教授","新能源与材料学院","3","董晗/2021011422,王瑾珣/2021011425","新能源与材料学院,新能源与材料学院","储能科学与工程,储能科学与工程","0",null,"A级"]
[266,"1499","应力荧光响应水凝胶的设计制备及性能","创新训练项目","D202306071915201985","0","新能源与材料学院","双向","0804-材料类","-","-","水凝胶作为一种具有良好的生物相容性的亲水材料，刺激响应荧光水凝胶广泛应用在生物传感器、荧光探针、成像跟踪和癌症治疗等领域，但现有的荧光水凝胶力学性能较差，难以实现对应力刺激的指示。本项目计划设计一种内部结构简单、易制备的凝胶体系，同时具有优秀的韧性和强度，能够通过力色团实现对应力刺激的荧光指示。","陈子骏","2021011421","新能源与材料学院","储能科学与工程","2021","储能21-1班","1","李勃天/2016880030","副教授","新能源与材料学院","3","吴信宽/2021011427,张丁予/2021011412","新能源与材料学院,新能源与材料学院","储能科学与工程,储能科学与工程","0",null,"C级"]
[267,"804","基于Transformer模型的时间序列短期预测与模型评估","创新训练项目","D202305131633587783","0","信息科学与工程学院","双向","0808-自动化类","-","-","在本项目中，小组将以自适应学习率和学习率矩阵、AdamW训练算法对MOb-GRU、transformer模型进行训练。对系统进行仿真实验，选取典型的多变量非线性动态过程, 使用训练完成的神经网络对其进行建模和预测. 随后，使用基于VAE的kl散度指标对模型进行评估，并给出最优结构参数下神经网络的预测结果。","宋自强","2020010020","信息科学与工程学院","自动化","2020","自动化20-3转专业班","1","王珠/2016880017","副教授","信息科学与工程学院","4","于镇语/2020011558,王飞/2020011557,杨文强/2020011555","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","自动化,自动化,自动化","0",null,"A级"]
[268,"1446","测井成岩相可视化技术研究","创新训练项目","D202305281739126458","0","信息科学与工程学院","双向","0809-计算机类","-","-","测井成岩相研究在优质储层预测中具有重要的指示作用,对测井成岩相的类型使用合适的可视化技术进行展示对储层预测的精准性具有辅助作用。根据测井的位置对成岩相平面分布进行可视化，提供观察每个成岩相类型区域与产能之间关系的直观可视化，为储层预测研究提供方案。","尹超","2021011590","信息科学与工程学院","计算机科学与技术","2021","计算机21-2班","1","张丽英/2012","讲师","信息科学与工程学院","2","康子学/2021011568","信息科学与工程学院","计算机科学与技术","0",null,"C级"]
[269,"1234","工业机器人关键技术及石油化工领域应用前景研究","创新训练项目","D202305232004064340","0","信息科学与工程学院","双向","0808-自动化类","-","-","探究工业机器人关键技术及应用前景,重点关注在石油化工,包括海洋石油领域的应用前景\n工业机器人是指由电子技术、机械技术、控制技术和计算机技术等多种技术相结合，能够完成各种重复性、高难度或危险作业的智能机器人。在石油领域，工业机器人已经被广泛应用于油田勘探、开采、钻井、生产、输送、储存等环节，发挥了重要作用。","史可清","2021011694","信息科学与工程学院","自动化","2021","自动化21-1班","1","聂建英/1917","讲师","信息科学与工程学院","3","于世隆/2021011699,李贺林/2021011698","信息科学与工程学院,信息科学与工程学院","自动化,自动化","0",null,"B级"]
[270,"953","基于AH模组的通信研究","创新训练项目","D202305191444231280","0","信息科学与工程学院","双向","0809-计算机类","-","-","AH模组是基于IEEE802.11ah协议的通信模组，该模组相对于普通的WiFi，可提供更长的距离（空旷距离可达1200米以上），和更好的穿墙能力。支持多节点，低功耗，中继，漫游等功能，具有非常广阔的应用前景。通过使用MCU连接AH模组的SPI接口可以对AH模组进行控制和通信，使其实现在一对多场景下的自组网以及长距离、高速率和低功耗的通信。","高华阳","2021011487","信息科学与工程学院","计算机科学与技术","2021","计算机21-4转专业班","1","徐朝农/2397","副教授","信息科学与工程学院","3","毕晨诺/2021011730,庞泽群/2021012259","信息科学与工程学院,信息科学与工程学院","计算机科学与技术,计算机科学与技术","0",null,"B级"]
[271,"1236","基于MUSIC算法的目标方位估计方法研究","创新训练项目","D202305232027163768","0","信息科学与工程学院","双向","0807-电子信息类","-","-","DOA(Direction Of Arrival)估计又称为波达方向估计，是阵列信号处理领域十分重要的问题。MUSIC算法是基于矩阵特征空间分解的DOA估计方法，是一种经典且高效的算法，目前已有不少学者基于此提出相应的改进算法。本项目将以MUSIC算法为基础研究信号的方位估计，了解常见DOA估计的原理，着重掌握MUSIC算法的基本原理。","贾子桐","2021011624","信息科学与工程学院","电子信息工程","2021","电子21-1班","1","薛亚茹/1733","副教授","信息科学与工程学院","4","李昊宸/2021010902,刘昊元/2021011638,姜柏骏/2021011664","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","电子信息工程,电子信息工程,电子信息工程","0",null,"B级"]
[272,"1027","基于视觉识别的安全驾驶监测系统的设计与实现","创新训练项目","D202305221005514323","0","信息科学与工程学院","双向","0809-计算机类","-","-","该项目旨在设计和实现一种基于视觉识别的安全驾驶监测系统。该系统使用计算机视觉技术和深度学习模型，实时监控驾驶员的行为，提高驾驶安全性，降低交通事故的发生率。本系统由嵌入式设备、手机应用和云端管理三个部分组成，实现全方位的驾驶行为监测、实时预警和安全管理。","杨文骁","2021012117","经济管理学院","信息管理与信息系统","2021","信管21-2班","1","张建兵/2239","讲师","信息科学与工程学院","4","李雨乐/2021012111,周楚杰/2021012123,刘乐琦/2021012109","经济管理学院,经济管理学院,经济管理学院","信息管理与信息系统,信息管理与信息系统,信息管理与信息系统","0",null,"B级"]
[273,"1019","基于聚类算法的手写数字识别","创新训练项目","D202305212213027583","0","信息科学与工程学院","双向","0808-自动化类","-","-","在光学字符识别领域中，手写字符识别备受关注。手写字符识别是利用图像识别技术对手写内容进行处理和识别，手写体不同于印刷体，不同的人有不同的手写风格，要想正确识别手写体必须采用模式识别技术。本题目针对脱机手写体数字图像，寻找合适的聚类算法实现手写体数字的识别，通过编程验证所提算法的有效性。","郭靖帆","2021010138","信息科学与工程学院","自动化","2021","自动化21-3转专业班","1","冯爱祥/1832","讲师","信息科学与工程学院","3","王卫凯/2021010136,钟柳春/2021010140","信息科学与工程学院,信息科学与工程学院","计算机科学与技术,自动化","0",null,"B级"]
[274,"1037","自主运动欢迎机器人","创新训练项目","D202305221051515816","0","信息科学与工程学院","自主","0808-自动化类","-","-","这是一个自由移动，具有欢迎迎接功能的机器人。主要使用stm32单片机控制，采用多线程分块控制各部分功能，全地形麦轮移动功能，可应用于学校迎新，餐饮或服务行业以及在危险工作领域运输物资和开展救援工作。目前已初步实现人工操作实现所有功能，需要攻克视觉识别，自由行走避障识别取放功能","李俊航","2021010835","信息科学与工程学院","自动化","2021","自动化21-3转专业班","2","聂建英/1917,鲁强/2190","讲师,副教授","信息科学与工程学院,信息科学与工程学院","4","王亮程/2021011752,普禹翔/2021011613,李俊飞/2021011747","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","自动化,计算机科学与技术,自动化","0",null,"B级"]
[275,"1291","面向异构存储的推荐系统优化研究","创新训练项目","D202305241004375236","0","信息科学与工程学院","双向",null,"-","-","推荐系统所处理的海量数据具有高维稀疏的特点，很难直接利用神经网络进行高效训练。现代推荐系统都会采用Embedding技术将高维稀疏特征映射为低维稠密特征再进行神经网络训练。但由于推荐系统处理样本数据量非常巨大，所需要保存的稀疏到稠密的映射关系也非常巨大（至少GB-TB级别），导致单GPU甚至单节点都无法存储下，所以需要设计和实现高效并行策略和异构存储访问模式来提升训练的规模和速度。","陈一豪","2020010787","信息科学与工程学院","计算机科学与技术","2020","计算机20-4转专业班","1","吴双元/2428","讲师","信息科学与工程学院","5","田宇航/2021010300,张思为/2022011588,白舟/2022011654,熊茂晟/2022011317","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院,安全与海洋工程学院","计算机科学与技术,计算机科学与技术,电子信息工程,海洋油气工程","0",null,"A级"]
[276,"1240","AI带来的行业变化及应对研究","创新训练项目","D202305232054434120","0","信息科学与工程学院","双向","0808-自动化类","-","-","身处AI时代，为探寻AI带给各行各业的变换，以及各个行业为应对这种变化采取的措施，团队从大学生的视角入手，调研分析在人工智能技术不断发展过程中被淘汰的传统行业和工作岗位，和由于人工智能而产生的高级技术人才岗位，更进一步的了解人工智能带给当代大学生的机遇和挑战。","郑文仪","2021010218","信息科学与工程学院","自动化","2021","自动化21-3转专业班","1","聂建英/1917","讲师","信息科学与工程学院","5","陈炳荣/2021011972,王启源/2021011870,陈金凤/2021011468,王欣宇/2021010565","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","自动化,自动化,自动化,自动化","0",null,"C级"]
[277,"1072","基于人工智能的教务辅助排课系统：模型与算法","创新训练项目","D202305221556174247","0","信息科学与工程学院","双向","0808-自动化类","-","-","针对目前教务排课系统大多以人工预排为主存在的排课任务重、无法满足越来越多的个性化需求，拟采用人工智能算法，综合考虑教室类型、教师个性化需求等因素，建立辅助排课优化模型，研究优化求解算法，并建设一套辅助排课系统","刘军豪","2020011560","信息科学与工程学院","自动化","2020","自动化20-1班","1","高小永/2016880054","副教授","信息科学与工程学院","5","史明/2020010489,杨希越/2020011581,段训城/2020010724,罗少为/2021011749","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","自动化,自动化,自动化,自动化","0",null,"B级"]
[278,"1201","基于QT的TCP数据处理的上位机软件开发","创新训练项目","D202305231705544925","0","信息科学与工程学院","双向","0807-电子信息类","-","-","井下测量系统通过有线传输介质（短距网线，长距光纤）向地面设备传输数据，地面发送控制指令操控井下设备工作。井上井下通过TCP/IP协议通信，数据形式包括各种传感器以及摄像头产生的数据流。\n基于QT库开发一款上位机软件，要求能够采集井下数据，并且可以实时得到井下设备工作状态（仪器姿态、行驶里程、工作环境等），井下摄像头画面可以实时显示。软件应易于操作、简洁美观、稳定可靠，并且具有一定的3D交互能力。","魏懋超","2021010444","信息科学与工程学院","电子信息工程","2021","电子21-2班","1","陈冲/2018880002","副教授","信息科学与工程学院","5","阮思凯/2021010791,张茜/2021011659,杨晨/2021010927,王浩/2021010111","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","电子信息工程,电子信息工程,电子信息工程,电子信息工程","0",null,"B级"]
[279,"1174","面向党建知识问答的大语言模型研究","创新训练项目","D202305231526467564","0","信息科学与工程学院","双向","0809-计算机类","-","-","目前大语言模型的训练语料绝大多数为英文，中文语料不足1%，这使得大语言模型在回答问题时会产生与国内价值观不符的答案。目前党建系统是习近平新时代中国特色社会主义思想宣传的桥头堡，拥有大量的代表当前国内价值观的语料。如何使用这些语料来微调大语言模型，使得其能够准确回答党员学习中相关问题。","郭文宣","2021011469","信息科学与工程学院","计算机科学与技术","2021","计算机21-4转专业班","1","鲁强/2190","副教授","信息科学与工程学院","4","路军财/2021010310,李科鋆/2021011164,方宇茁/2021011744","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","计算机科学与技术,计算机科学与技术,自动化","0",null,"B级"]
[280,"1125","四旋翼无人机的动态仿真及姿态控制","创新训练项目","D202305230921593117","0","信息科学与工程学院","双向",null,"-","-","假定已经获取了较为准确的陀螺仪数据，需根据这些数据对四旋翼无人机进行飞行模拟控制，包括起飞，定点，降落等。要求建立无人机的基础动力学模型，由四个电机的转速作为控制变量，对各项被控变量进行控制。","黄晨雪","2020011551","信息科学与工程学院","自动化","2020","自动化20-1班","1","万鑫/2021891006","讲师","信息科学与工程学院","4","王栋/2020011556,王坤/2020011596,陈安均/2020011597","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","自动化,自动化,自动化","0",null,"B级"]
[281,"1126","基于模型预测控制的自动驾驶同步感知与路径规划","创新训练项目","D202305230922051846","0","信息科学与工程学院","双向",null,"-","-","在自动驾驶场景中，利用范围感知元件对路况进行实时监测并建立动态地图，基于包含路况信息的栅格化地图实现基于模型预测控制的路径规划算法。","杨洁颖","2020011546","信息科学与工程学院","自动化","2020","自动化20-1班","1","万鑫/2021891006","讲师","信息科学与工程学院","3","董玫君/2020011545,田园/2020011553","信息科学与工程学院,信息科学与工程学院","自动化,自动化","0",null,"B级"]
[282,"1193","人工智能的研究发展带给大学生的创新启示","创新训练项目","D202305231632180515","0","信息科学与工程学院","双向","0809-计算机类","-","-","（1）学习计算机及人工智能的发展历史，了解计算机科学家在重要历史节点上的思考和行为，学习科学家在遇到困难问题时候的思考，例如：Hinton教授于2006年在Science上提出深层网络训练中梯度消失问题的解决方案：无监督预训练对权值进行初始化+有监督训练微调，从此给人工智能发展带来的重要推动。\n（2）大学生在了解历史之后有什么启示，对我国的发展和进步的体会，对未来人工智能今后的个人思考等。","刘若冰","2020011687","信息科学与工程学院","计算机科学与技术","2020","计算机20-1班","1","王智广/1500","教授","信息科学与工程学院","3","李嘉译/2021011692,兰琪儿/2021011689","信息科学与工程学院,信息科学与工程学院","自动化,自动化","0",null,"B级"]
[283,"1200","直流微电网中光伏发电功率控制","创新训练项目","D202305231651579155","0","信息科学与工程学院","双向","0807-电子信息类","-","-","作为一种可再生能源，光伏发电被地广泛用于直流微电网中。为了最大限度地提高传输到电网的输出功率的盈利能力，在光伏发电站中，经常使用最大功率跟踪的方式进行工作。但由于光伏阵列数量以及密度的不断增大，光伏发电的间歇性、过载、过电压等问题成为了光伏发电新的挑战。\n项目意在分析和研究了光伏发电以及相关控制策略的主要内容。","连文清","2021011660","信息科学与工程学院","电子信息工程","2021","电子21-2班","1","曹旭东/2024","副教授","信息科学与工程学院","3","周嘉楠/2021011658,张玉婷/2021010591","信息科学与工程学院,信息科学与工程学院","电子信息工程,电子信息工程","0",null,"B级"]
[284,"1238","家用宠物机器人设计","创新训练项目","D202305232032422094","0","信息科学与工程学院","双向","0808-自动化类","-","-","采用“探索者”模块化机器人套件设计制作一款以陪伴、娱乐为主要功能的家用宠物机器人。需设计合适的宠物机器人外形、动作库、指令库，实现基于语音交互的陪伴和娱乐功能，为用户提供更加智能、趣味和交互化的宠物陪伴体验。","陈志余","2021011695","信息科学与工程学院","自动化","2021","自动化21-1班","1","许亚岚/2085","工程师","信息科学与工程学院","4","李琪琪/2021011728,高峰/2021011703,房亚宁/2020011590","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","自动化,自动化,自动化","0",null,"C级"]
[285,"1249","无线充电系统输出切换电子模块研究与设计","创新训练项目","D202305232144321210","0","信息科学与工程学院","双向","0807-电子信息类","-","-","无线充电技术具有安全可靠等特点，已被广泛运用于手机等智能设备的充电场景中。对于无线充电过程中恒流到恒压电路的切换，一般由主控芯片通过驱动电路对数字控制信号进行转换，从而控制MOSFET开关实现输出模式的切换。在考虑功率水平和频率要求的情况下，需要驱动电路对输入输出信号进行隔离，防止对无线充电系统的干扰。因此，如何选择合适的主控芯片和驱动电路，并设计和实现稳定可靠的无线充电开关控制至关重要。","孙骁","2021011648","信息科学与工程学院","电子信息工程","2021","电子21-1班","1","吉莉/2020880004","副教授","信息科学与工程学院","3","李婧/2021011623,时豪/2021011646","信息科学与工程学院,信息科学与工程学院","电子信息工程,电子信息工程","0",null,"B级"]
[286,"1288","机器学习加速量子纠缠态分类研究","创新训练项目","D202305240938596774","0","信息科学与工程学院","双向",null,"-","-","量子信息技术，已成为引发各国激烈角逐的科技前沿。在量子信息科学中，一个主要的挑战是寻找一种有效的方法来分类量子态是否含有强关联。当前很有吸引力的一个方法是利用贝尔不等式作为纠缠见证，对纠缠态进行分类。但此方法的问题是，纠缠对于违反贝尔不等式是必要而不充分的条件，这使得这些不等式在量子态分类中不可靠。因此，寻找数值的优化算法为替代解决方案，通过构建寻优算法代替贝尔违反是十分有意义的。","曾宏伟","2022011548","信息科学与工程学院","计算机科学与技术","2022","计算机22-1班","1","王玉坤/2020880018","讲师","信息科学与工程学院","5","张荣桢/2022011549,李惟盛/2022011632,兰忠/2022011631,缪云楚/2022011183","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院,安全与海洋工程学院","计算机科学与技术,电子信息工程,电子信息工程,安全工程","0",null,"B级"]
[287,"1300","面向联邦学习的群智感知任务分配方法","创新训练项目","D202305241044184085","0","信息科学与工程学院","双向","0809-计算机类","-","-","群智感知是结合众包和移动设备感知能力的一种数据获取新型模式。联邦学习技术的兴起和引入将群智感知的范畴从数据扩展至数据+计算，保障了用户数据隐私，具有广阔的应用前景。然后，面向有限的用户和受限的网络与计算资源，如何进行最优的任务分配，以达到任务发布者和用户的双赢，是一个科学难题。对此，本项目拟建立群智感知任务分配的动态优化模型，设计并实现深度强化学习算法进行优化求解，并在开源数据集上进行实验验证。","王志涵","2020011180","信息科学与工程学院","计算机科学与技术","2020","计算机20-4转专业班","1","黄霁崴/2018880026","教授","信息科学与工程学院","3","曹嘉兴/2022011565,胡海龙/2020011266","信息科学与工程学院,信息科学与工程学院","计算机科学与技术,计算机科学与技术","0",null,"B级"]
[288,"1315","分布式光纤麦克风","创新训练项目","D202305241228585925","0","信息科学与工程学院","双向",null,"-","-","基于分布式光纤瑞利散射原理实现声波传感。对声波信号进行检测，通过光纤确定声波的声压实现对声波信号的感知。主要研究工作包括：分布式光纤瑞利散射原理的研究、检测系统的设计与搭建、信号的调制解调方法研究。主要工作量：包括解调算法的设计与编程实现、基于QT-C++的麦克风驱动、解调、声音复现软件的开发。","王明海","2020011676","信息科学与工程学院","电子信息工程","2020","电子20-2班","1","朱明达/2014880007","副教授","信息科学与工程学院","3","张静怡/2020011654,骆昕颖/2020011651","信息科学与工程学院,信息科学与工程学院","电子信息工程,计算机科学与技术","0",null,"B级"]
[289,"1366","基于知识图谱的毛泽东诗词问答系统","创新训练项目","D202305251055153816","0","信息科学与工程学院","双向","0809-计算机类","-","-","随着人工智能技术的快速发展，智能问答系统在各行各业得到了广泛的应用。但是关于毛泽东诗词的智能问答系统鲜有研究。毛泽东是中国人民的领袖，伟大的无产阶级革命家、战略家、理论家，领导中国人民彻底改变了自己的命运和国家面貌的一代伟人。同时，毛泽东还是一位杰出的诗人，公开发表了许多“脍炙人口”的诗词。其诗词境界博大开阔、气势恢宏、撼山震岳。为纪念伟大的毛主席，本项目旨在开发基于知识图谱的毛泽东诗词问答系统。","唐诗雨","2021011535","信息科学与工程学院","计算机科学与技术","2021","计算机21-1班","1","李莉/2325","讲师","信息科学与工程学院","3","胡振阳/2021011543,杜子健/2021011541","信息科学与工程学院,信息科学与工程学院","计算机科学与技术,计算机科学与技术","0",null,"C级"]
[290,"1427","状态反馈预测控制在串联反应釜的应用","创新训练项目","D202305281014241445","0","信息科学与工程学院","双向",null,"-","-","预测控制利用预测模型来预测过程未来的偏差值，以滚动优化确定当前的最优控制策略，控制效果优于传统的PID控制。状态反馈预测控制使用实测状态反馈，具有较强的抗干扰能力。本课题要求以串联反应釜为被控对象，应用状态反馈预测控制算法对其进行控制，并对控制参数对控制效果的影响进行研究。","杨鑫","2020010685","信息科学与工程学院","自动化","2020","自动化20-3转专业班","1","许锋/2199","副教授","信息科学与工程学院","3","何飞越/2020010854,张旭/2020010140","信息科学与工程学院,信息科学与工程学院","自动化,自动化","0",null,"B级"]
[291,"1445","测井成岩相智能分类算法研究","创新训练项目","D202305281735380289","0","信息科学与工程学院","双向",null,"-","-","成岩相研究在优质储层预测中具有重要的指示作用,可以对常规测井曲线如自然伽马(GR)、声波时差(AC)、深侧向电阻率(Rt)、浅侧向电阻率(Rxo)、密度(DEN)、补偿中子(CNL)、自然电位(SP)等进行数据分析和特征工程探索，选用机器学习中的分类或聚类算法对测井曲线进行建模，实现成岩相的智能分类任务,并可视化结果，从而为油田下一步进行优质储层预测工作提供地质依据。","王亚席","2021012091","信息科学与工程学院","计算机科学与技术","2021","计算机21-4转专业班","1","张丽英/2012","讲师","信息科学与工程学院","2","钟宇凡/2021011591","信息科学与工程学院","计算机科学与技术","0",null,"C级"]
[292,"1497","基于机器学习的瞬态仿真步长控制","创新训练项目","D202306071521267403","0","信息科学与工程学院","双向","0809-计算机类","-","-","基于机器学习的瞬态仿真步长控制是一种新型的仿真方法，它通过利用神经网络等机器学习技术对系统行为进行预测和模拟，以自适应调整仿真步长，从而提高仿真效率和准确性。\n\n开发一个可靠的步长控制算法，能够快速、精准地模拟复杂动力系统中的瞬态过程。此外，该算法还可以根据系统状态自适应调整步长，并通过实时监测误差来保证仿真的准确性。","查夏如","2019011712","信息科学与工程学院","计算机科学与技术","2019","计算机19-1班","1","金洲/2017880043","讲师","信息科学与工程学院","1",{"$nulls":3},"0",null,"A级"]
[293,"806","多孔稀土金属氧化物在大气污染治理中的应用","创新训练项目","D202305151524242668","0","理学院","双向","0703-化学类","-","-","大气污染控制是资源环境与生态化工领域的重要研究方向，“双碳”目标的提出使得减污降碳任务迫在眉睫。雾霾、酸雨以及光化学烟雾等大气污染问题，与机动车尾气排放污染物密切相关，机动车排放污染物中包含的PM2.5是造成雾霾天气的主要污染物之一。催化消除PM是一个复杂的固体（PM）-固体（催化剂）-气体（O2和NO）非均相催化反应过程。设计合成多孔稀土金属氧化物有助于研究传质扩散规律和氧化反应机理。","陈凯炫","2022011859","理学院","应用化学","2022","应化22-2班","1","熊靖/2021891003","讲师","理学院","2","张科萌/2022011816","理学院","应用化学","0",null,"B级"]
[294,"816","新能源汽车对中国碳中和的影响及优化对策","创新训练项目","D202305161058202167","0","理学院","自主","0701-数学类","-","-","我们小组以两会提出的“统筹能源安全稳定供应和绿色低碳发展，科学有序推进碳达峰碳中和”为切入点，基于新能源汽车作为二次能源的代表性产业的重要地位，且新能源汽车大量投入市场将有效缓解如今雾霾等环境问题以及石油大量使用等能源安全问题。我们小组通过查阅大量资料与问卷调查双管齐下的方法，研究新能源汽车在当今市场的发展问题以及解决措施，助力我国碳中和的实现。","唐畅","2022011741","理学院","数学类","2022","统计22-1班","1","马宁/2205","副教授","理学院","3","娄心纳/2022011743,崔灿/2022011742","理学院,理学院","数学类,数学类","0",null,"C级"]
[295,"845","非贵金属环保型流化床丙烷脱氢催化剂的分子设计与合成","创新训练项目","D202305171502194766","0","理学院","双向","0703-化学类","-","-","非贵金属丙烷脱氢催化剂的本征活性低、易积碳。原子级分散活性位具有高配位不饱和度可以提高本征活性，同时相邻金属位少可以抑制积碳反应，项目提出基于配体保护策略将原子级分散的非贵金属活性位（Fe, Co, Zn）原位封装入复合介微孔分子筛中，利用微孔孔道的限域效应稳定原子分散活性位，介孔孔道增强传质效率和容碳能力，项目将为设计高效稳定非贵金属丙烷脱氢催化剂提供科学依据。","宋铭栩","2022011863","理学院","应用化学","2022","应化22-2班","1","宋卫余/2015880004","教授","理学院","4","黄增华/2022011824,徐楷钦/2022011864,周旭光/2021011852","理学院,理学院,理学院","应用化学,应用化学,应用化学","0",null,"C级"]
[296,"835","市政有机固废高值利用探索与研究","创新训练项目","D202305162109149252","0","理学院","双向","0703-化学类","-","-","针对市政有机废弃物的现状与问题进行探究，针对特定问题提出解决方案进行可行性评估开展研究，从而制定出相关路径。是一项重要的研究课题。因此，针对市政有机废弃物的特定问题，提出解决方案并进行可行性评估，是一项极具意义的研究工作。通过这样的研究，可实现废弃物的减量化、资源化和无害化，促进循环经济和生态文明建设。","冯家乐","2022011861","理学院","应用化学","2022","应化22-2班","1","周颖/2021891001","讲师","理学院","2","何丽丽/2021011853","理学院","应用化学","0",null,"C级"]
[297,"1294","温差发电的研究","创新训练项目","D202305241014319508","0","理学院","双向","0702-物理学类","-","-","温差发电是热电效应的重要应用之一，设计和制作温差发电装置有利于提高热能利用效率，防止造成能源浪费，符合国家“碳中和”的号召。针对温差发电装置发电效率普遍偏低的问题，拟设计、制作温差发电装置用以探究如何提高热能利用效率，以适用于多种发电及应用环境。","王浩","2021011884","理学院","应用化学","2021","应化21-2班","1","林春丹/2174","副教授","理学院","3","刘毕成/2021011840,徐秋实/2021011833","理学院,理学院","应用化学,应用化学","0",null,"C级"]
[298,"929","碳中和背景下的海水电解制氢的现状与挑战","创新训练项目","D202305182111240841","0","理学院","双向","0703-化学类","-","-","海水电解是一种可持续、且节约淡水资源的氢气生产方案。基于碳中和的背景，本项目尝试对电催化分解海水催化剂的设计思路与改性方法进行系统的调研、整理和总结。尝试设计开发高效、稳定的电催化剂。有利于推进或支撑电解海水的工业化应用拓展，从而推进碳中和目标的实现。","李俊瑶","2022011844","理学院","应用化学","2022","应化22-2班","1","周颖/2021891001","讲师","理学院","2","尹奇祺/2020011860","理学院","应用化学","0",null,"B级"]
[299,"1006","空气中直接捕获CO2 研究（DAC技术开发）","创新训练项目","D202305211226052320","0","理学院","双向","0703-化学类","-","-","“碳达峰”和“碳中和”不仅是一个世界难题也是我国目前的一个重大政治问题和国家治理目标。针对燃烧前和燃烧后的CO2捕获是当下研究较多和较广泛的方向。然而针对废气中CO2捕获只能减缓温室气体上升趋势，而不能从根本上减少现有大气中CO2的浓度。因此，发展从空气中直接捕获CO2的碳负技术DAC (Direct Air Capture)是解决当前CO2的浓度急剧上升的有效途径。","邱绮慧","2022010399","化学工程与环境学院","化工与制药类","2022","能化22-1班","1","彭云雷/2021880031","副教授","理学院","3","叶海宇/2022010407,付晨汐/2022010404","化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类","0",null,"B级"]
[300,"1030","MOFs缺陷调节及其对质子交换膜性能的影响","创新训练项目","D202305221020236233","0","理学院","双向","0703-化学类","-","-","燃料电池在清洁、可持续发展能源领域的应用被寄予厚望，质子交换膜是其核心组件之一。金属有机框架材料（MOFs）是密度低、结构可调的结晶多孔材料，作为填料可提高膜的尺寸稳定性、力学性能和使用寿命等。MOFs及其缺陷可在膜内建立特殊的质子传输通道、提升燃料电池的工作效率。本项目将调节和制备具有不同缺陷结构的MOFs，并研究它对质子交换膜性能的影响。","王贵雯","2021011821","理学院","应用化学","2021","应化21-1班","1","张晓灿/2012880059","副教授","理学院","4","刘颐苒/2022211343,徐沁海/2021011850,索佰慧/2021011820","理学院,理学院,理学院","化学,应用化学,应用化学","0",null,"C级"]
[301,"1035","以环丁砜为溶剂体系的相平衡模型预测基础研究","创新训练项目","D202305221044199455","0","理学院","双向","0703-化学类","-","-","石油中芳烃资源的分布广泛，如汽油、柴油等，随着社会的进步和油品精制技术的发展，芳烃资源的富集利用十分关键，对于过程的优化和设计，复杂体系的芳烃相平衡和萃取模型十分重要。环丁砜液液抽提工艺多见于现代芳烃联合装置中，其工艺流程复杂，影响因素多，虽然目前以环丁砜为溶剂体系的相平衡数据文献中有零散的报道，但是液液相平衡数据不够系统，因此提供以环丁砜为溶剂的芳烃抽提体系的相平衡数据具有重要的研究意义。","陈冠旭","2021011845","理学院","应用化学","2021","应化21-1班","1","高成地/2012880042","工程师","理学院","5","段伯汉/2021011846,谢纬/2021011849,宋京峰/2021011848,冯白驹/2021011847","理学院,理学院,理学院,理学院","应用化学,应用化学,应用化学,应用化学","0",null,"C级"]
[302,"1040","基于NIPS法共混MOFs超滤膜的制备及分离性能的研究","创新训练项目","D202305221126067958","0","理学院","双向","0804-材料类","-","-","超滤技术具备便捷高效和安全清洁的特点，在水处理领域应用广泛。以聚砜（PSf）作为聚合物基底的超滤膜拥有优异的稳定性和耐氯性，但其强憎水性易导致膜表面受蛋白质污染，引发水通量快速衰减和使用稳定性降低等问题。基于此，本项目将通过非溶剂致相转化法（NIPS）制备亲水化改性共混超滤膜，并探究MOFs填料对聚砜超滤膜抗污染性能和分离性能的影响。","崇明涛","2021011874","理学院","应用化学","2021","应化21-2班","1","张晓灿/2012880059","副教授","理学院","4","朱梓源/2021216151,邹绍楷/2021010554,邓文迪/2021011855","理学院,理学院,理学院","化学工程,应用化学,应用化学","0",null,"C级"]
[303,"1055","阴-非离子表面活性剂的合成及界面性能研究","创新训练项目","D202305221414032910","0","理学院","双向","0703-化学类","-","-","阴非离子表面活性剂是在油田化学领域中常见的一种驱油剂，结合了阴离子和非离子表面活性剂分别具有的优异耐温性和耐盐性。本项目通过化学方法合成一种新型的耐温耐盐阴非离子表面活性剂，分析合成产物的结构，测试该表面活性剂样品的表界面性能，开发其在提高采收率方面的应用。","陈龙","2021011873","理学院","应用化学","2021","应化21-2班","1","刘子龙/2020880016","讲师","理学院","3","李杭/2021011878,范晓璐/2021011854","理学院,理学院","应用化学,应用化学","0",null,"C级"]
[304,"1056","无人机自动巡航路线优化研究","创新训练项目","D202305221414102107","0","理学院","双向","0701-数学类","-","-","研究如何根据任务需求和环境条件，制定最优的飞行路径，以达到最佳的任务效果。该研究领域的重点是如何通过数学优化算法和机器学习技术来寻找最优的飞行路径，并且如何对飞行路径进行动态调整，以应对环境变化和任务需求的变化。","李榆晴","2021011795","理学院","统计学","2021","统计21-1班","1","刘子龙/2020880016","讲师","理学院","3","蔡贤治/2021011776,吕果/2021011791","理学院,理学院","数学与应用数学,数学与应用数学","0",null,"B级"]
[305,"1110","基于深度学习算法的CO2驱气窜时间预测","创新训练项目","D202305222042055214","0","理学院","双向","0701-数学类","-","-","基于不同参数下CO2驱生产动态数据和神经网络模型，选用合适的深度学习算法，开展模型建立和训练，实现CO2驱气窜时间预测。CO2驱油过程气窜时间预警模型，有利于抑窜措施的提前介入，提高CO2驱油开发效果。","王航翔攀","2021010423","理学院","统计学","2021","统计21-1班","1","第五鹏祥/2019880016","讲师","理学院","4","聂思玮/2021010067,魏文婧/2021011499,文超/2022010047","理学院,理学院,地球科学学院","统计学,统计学,地质类","0",null,"C级"]
[306,"1111","裂缝性油藏CO2驱平面分配系数反演方法","创新训练项目","D202305222042109803","0","理学院","双向","0712-统计学类","-","-","裂缝性油藏CO2驱过程中，面临极高气窜风险。利用CO2驱平面分配系数反演方法，得到所注CO2向各采油井的分配量，是CO2驱监测的重要内容之一。因此，拟采用物理约束+机器学习/深度学习的技术路线，基于已有的高维小样本数据集，建立一种裂缝性油藏CO2驱平面分配系数反演方法，实现裂缝性油藏CO2驱平面分配系数反演。","周正阳","2021011804","理学院","统计学","2021","统计21-1班","1","第五鹏祥/2019880016","讲师","理学院","3","韩俊雄/2021011805,李金丘/2021011807","理学院,理学院","统计学,统计学","0",null,"C级"]
[307,"1112","大尺度增压过程中变系数偏微分方程建立和求解","创新训练项目","D202305222042214619","0","理学院","双向","0701-数学类","-","-","针对百米级别尺度的一维流动模型，考虑注入端大幅度增压过程，建立对应的一维流动变系数偏微分方程，并实现解析或数值求解，得到采出端压力解，并开展实际数据拟合分析，同时将实验所得数据与石油勘探等领域相结合。","徐祺彧","2021011815","理学院","统计学","2021","统计21-1班","1","第五鹏祥/2019880016","讲师","理学院","2","易超/2021011816","理学院","统计学","0",null,"C级"]
[308,"1177","电炉渣中元素分析及磁性铁含量研究","创新训练项目","D202305231537394563","0","理学院","双向","0703-化学类","-","-","电炉渣是指电炉炼钢过程中排出的熔渣，主要来自金属炉料中各元素被氧化后生成的氧化物、被侵蚀的炉衬、补炉材料、金属炉料带入的杂质和为调整钢渣性质而特意加入的造渣材料。\n  虽然我国已开发了许多有关电炉渣综合利用的方法并且取得了一定的效果，但电炉钢渣综合利用的总体水平还不高，经济效益较低，存在一些亟待解决的问题。因此加强对有价元素炉渣的开发利用以及提高附加值炉渣产品尤为重要。","陈启伟","2021011842","理学院","应用化学","2021","应化21-1班","2","王晓琴/2195,李建梅/2013880039","高级工程师,副教授","理学院,理学院","5","许子涵/2021011843,杨亮亮/2021011837,杨学之/2021011844,徐京/2021011869","理学院,理学院,理学院,理学院","应用化学,应用化学,应用化学,应用化学","0",null,"C级"]
[309,"1256","特殊润湿性油水分离膜的制备及应用研究","创新训练项目","D202305232212262668","0","理学院","双向","0703-化学类","-","-","近年来，水资源短缺形势日益严峻，含油废水的排放及海上漏油事故频繁发生造成了一系列的生态环境污染，针对膜分离法分离含油废水中存在的膜通量低、亲水性差、膜污染和不能有效分离油滴粒径小于10μm的乳化油等问题，利用共混法将亲水纳米粒子HNTs-DETA-TA和HNTs-DA/PEI-TA掺杂进聚醚砜铸膜液中，提升膜表面的润湿性和粗糙度，制备出特殊润湿性油水分离膜，并对膜进行了性能测试及成分表征。","袁正","2022011848","理学院","应用化学","2022","应化22-2班","1","宋昭峥/1745","副教授","理学院","5","马俊杰/2022011847,刘沂宸/2022011855,王腾/2021011829,庞浩宇/2021011819","理学院,理学院,理学院,理学院","应用化学,应用化学,应用化学,应用化学","0",null,"C级"]
[310,"1189","感温聚合物微球的合成与应用性能与评价","创新训练项目","D202305231612411585","0","理学院","双向","0703-化学类","-","-","本项目旨在研制出一种能够耐高温耐高盐，且能实现缓膨缓释深部运移的聚合物微球。本项目以丙烯酰胺(AM)，丙烯酸(AA)为单体采用反相乳液聚合法制备出常规聚合物微球 P(AA-AM)。通过调控油水比、乳化剂配比、搅拌速度、温度、引发剂用量来优化聚合物产率与粒径。用改性剂对纳米颗粒进行改性制备出无机/有机复合微球。 使用 SEM、EDS等分析微球结构，最后对聚合物微球调剖堵水效果进行评价。","闫鼎睿","2022011850","理学院","应用化学","2022","应化22-2班","1","宋昭峥/1745","副教授","理学院","6","张津荣/2022011814,王靓靓/2021011857,李国瑞/2022011804,杨雪/2022011803,鲁泽琛/2019011863","理学院,理学院,理学院,理学院,理学院","应用化学,应用化学,应用化学,应用化学,应用化学","0",null,"C级"]
[311,"1196","AI介入短视频制作程度对视频质量影响的分析","创新训练项目","D202305231637459321","0","理学院","自主","0701-数学类","-","-","对关于AI介入视频制作程度的不同对视频质量的影响进行了研究，通过调研和数据分析找出适中的AI介入程度以达到视频高质量的呈现效果。通过量化分析，给出相关数据，分析得视频质量最高时AI的介入程度的量化值。最后根据这些结果对视频制作者如何合理使用AI辅助制作视频给出合理化建议。","姚佳乐","2022011797","理学院","数学类","2022","数学22-1班","1","马宁/2205","副教授","理学院","4","彭毅飞/2022011786,龙秉文/2022011792,杨子懿/2022011796","理学院,理学院,理学院","数学类,数学类,数学类","0",null,"A级"]
[312,"1209","aiFrac——打开地下未知世界的智慧钥匙","创新训练项目","D202305231730577686","0","理学院","双向","0709-地质学类","-","-","简介：本项目针对裂缝的定量化描述困难、预测成本高等问题，建立了基于改进RANSAC的裂缝识别技术，实现对裂缝地质结构快速、准确、便捷的定量化描述。为了满足地质工作者的野外勘探需求，借助云计算技术构建了aiFrac智能地质数字露头裂缝分析网页、客户端、APP，从上传图像到导出模型仅需3分钟，大大提高了工作效率。平台已与数皮科技有限公司达成战略合作，aiFrac将进一步运用于地质开发、资源勘探等领域。","傅铠锋","2021011777","理学院","统计学","2021","统计21-1班","1","董少群/2019891005","副教授","理学院","4","孔黄帅/2021011778,戚玉洁/2021010098,杨景麟/2021011600","理学院,地球科学学院,信息科学与工程学院","统计学,资源勘查工程,计算机科学与技术","0",null,"A级"]
[313,"1299","海底管道水平弯曲方程的摄动解及数值模拟","创新训练项目","D202305241035475427","0","理学院","双向","0701-数学类","-","-","海洋管道内承载着大量油气，一旦发生屈曲甚至破坏，就会导致油气泄漏，不仅造成资源的严重浪费，而且还会对海洋生物及人类的安全构成威胁。因此，研究高温高压下海底管道的水平向整体屈曲，有着重要的理论意义和工程价值。由于地基土体对管道作用的非线性特点，本课题拟运用多尺度展开法求解海底管道水平向整体屈曲的摄动解，同时将所得解与数值结果进行对分析，从而为研究高温高压下海底管道整体屈曲变形问题提供解析方法。","郝天天","2021011767","理学院","数学与应用数学","2021","数学21-1班","1","许韬/2011880025","教授","理学院","3","刘智扬/2021011810,王甲乐/2021011782","理学院,理学院","统计学,数学与应用数学","0",null,"C级"]
[314,"1464","王铁冠院士间接访谈","创新训练项目","D202305282243256282","0","理学院","双向","0503-新闻传播学类","-","-","通过对王铁冠院士的亲友及同事访谈，了解王铁冠院士的个人经历与贡献王铁冠于1956年从北京石油地质学校毕业，并进入江汉石油地质学校任教；1965年从北京石油学院毕业；1983年至1984年在美国特拉华大学做研究学者；1984年至1986年担任俄勒冈州立大学客座副研究员；1986年至1994年担任江汉石油学院教授；1994年担任中国石油大学（北京）教授；2005年当选中国科学院院士。","王一帆","2022011838","理学院","应用化学","2022","应化22-2班","1","周广刚/1824","副教授","理学院","2","杨萱文/2022011835","理学院","应用化学","0",null,"C级"]
[315,"1367","基于厨余垃圾的碳量子点制备研究","创新训练项目","D202305251502246876","0","理学院","双向","0804-材料类","-","-","碳量子点具有优秀的光学性质，其在显示、照明、医学成像技术、环境监测、化学分析、催化剂制备、能源开发等许多的领域都有较好的应用前景。厨余垃圾的高值化利用是处理厨余垃圾最值得期待的方式之一，本项目拟通过一定的化学工艺处理，将厨余垃圾制备成具有良好性质的碳量子点，并将其应用于显示、照明以及生物成像领域，以期获得良好的效果。","齐锦轩","2021011881","理学院","应用化学","2021","应化21-2班","1","李凯/2022880012","副教授","理学院","3","缪鹏远/2021011879,丁一/2021011877","理学院,理学院","应用化学,应用化学","0",null,"C级"]
[316,"1419","基于乙醛制备的模拟仿真研究","创新训练项目","D202305271849389864","0","理学院","双向","0703-化学类","-","-","乙醛作为有机化学品的重要原料之一，其合成方法的研究至关重要。本项目拟通过查阅相关工艺路线，对项目工艺进行优化研讨，用实验模拟软件（比如Mlabs、chmist、Crocodile chemistry）制作或通过绘图表述等方式展示优化后的工艺流程和参数，培养学生的发现问题、分析问题和解决问题的能力。","李硕","2021011872","理学院","应用化学","2021","应化21-2班","1","李凯/2022880012","副教授","理学院","5","刘耀强/2021011871,胡蕊/2021010647,王宁致/2021011885,王逢勃/2021011883","理学院,机械与储运工程学院,理学院,理学院","应用化学,油气储运工程,应用化学,应用化学","0",null,"C级"]
[317,"1452","丁腈橡胶材料在钻井工具中的应用","创新训练项目","D202305281842008140","0","理学院","双向","0801-力学类","-","-","橡胶作为密封材料在石油钻井工具中使用较为普遍。钻井工具在井下作业过程中长期接触泥浆介质，泥浆对钻井工具具有腐蚀作用，从而影响钻井工具的正常使用。\n    钻井工具中使用最为普遍的橡胶材料是丁腈橡胶或者氢化丁腈橡胶，一般根据钻井工具的使用温度高低来选择合适的橡胶材料。本次研究主要探究丁腈橡胶材料在钻井工具的应用，探索丁腈橡胶材料在工作环境中的受力分析。","刘尧","2019011220","安全与海洋工程学院","海洋油气工程","2021","海工21-1班","1","周广刚/1824","副教授","理学院","3","夏啟/2021011887,张瑀岑/2022011833","理学院,理学院","应用化学,应用化学","0",null,"C级"]
[318,"817","双碳背景下储能技术商业化现状和趋势研究","创新训练项目","D202305161103095972","27","经济管理学院","双向",null,"-","-","近年来，储能技术的发展取得了跨越式的进展，随着新能源发电技术和智能用能技术的出现和发展，未来储能会有更大的发展空间。本项目主要研究不同储能技术商业化现状、趋势，并提出发展建议。项目如果产出质量好，可以参加大挑、能经赛和碳中和大赛。","任江珊","2022011918","经济管理学院","经济学类","2022","经济类22-2班","1","齐继国/2022880077","讲师","经济管理学院","5","胡春雨/2022011910,高文月/2022011914,李宇涵/2022011911,董俊楠/2022011913","经济管理学院,经济管理学院,经济管理学院,经济管理学院","经济学类,经济学类,经济学类,经济学类","0",null,"C级"]
[319,"902","独味点评APP——寻找独特美食的专属平台","创业训练项目","D202305181620570590","4","经济管理学院","双向","0101-哲学类","-","-","不同以往美食搜索APP，独味点评APP专注于寻找并连接全国各地的纯手工、不连锁、有传承、秉绿色的特色美食，不限于特色店铺和传统工艺。在绿色环保的大背景下，随着人们消费水平的提高，大众更倾向于寻找纯手工、饱含家庭氛围、蕴含当地特色以及原汁原味的美食，独味点评APP针对市场痛点，开发美食搜索APP以满足大众需求。","周昕洁","2020012109","经济管理学院","会计学","2020","会计20-2班","1","孙仁金/0683","教授","经济管理学院","4","曹换换/2022011269,赵思博/2022011271,明霞/2021010618","安全与海洋工程学院,安全与海洋工程学院,化学工程与环境学院","海洋油气工程,海洋油气工程,环境工程","0",null,"C级"]
[320,"870","管理层和审计师双重视角下重要性水平应用的差异研究","创新训练项目","D202305172220017500","14","经济管理学院","双向","1202-工商管理类","-","-","本项目基于自2021年起非标准审计意见专项说明中披露的合并财务报表整体重要性水平的数据，结合自2011年起披露的上市公司内控缺陷定量标准数据，探究不同利益相关主体对重要性水平的评估是否具有显著差异，为投资者和监管者基于可观测到的重要性水平进行精准投资、分析和监管提供借鉴意义。","刘杰丽","2020010117","经济管理学院","会计学","2020","会计20-2班","1","王俊/2022880073","中级","经济管理学院","2","李子涵/2019012219","经济管理学院","会计学","0",null,"C级"]
[321,"1293","大学生“终身成长”共读营","创业训练项目","D202305241014199500","0","经济管理学院","双向","0101-哲学类","-","-","为激励引导大学生爱读书、读好书、善读书，响应教育部等八部门关于印发，开发大学生“终身成长”共读营项目，进行共读营运营模式和推广方案设计。\n\n为激励引导大学生爱读书、读好书、善读书，响应教育部等八部门关于印发，开发大学生“终身成长”共读营项目，进行共读营运营模式和推广方案设计。","李硕琪","2022011314","安全与海洋工程学院","海洋油气工程","2022","海工22-3班","1","宫运华/2351","讲师","安全与海洋工程学院","5","常超/2022011232,戴熙政/2022011313,孙续峰/2022011227,颜士焯/2022011214","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,海洋油气工程,安全工程,安全工程","0",null,"C级"]
[322,"837","中油系全国，国才正当时","创业训练项目","D202305170855014419","0","经济管理学院","双向","0502-外国语言文学类","-","-","项目理念：立足中国，沟通世界，服务职场，推动教学。\n项目内容：外研社“国才”项目部旨在为中国企业国际化进程培养具有国际视野、通晓国际规则、熟练运用外语的国际化人才。本项目助力中石油的学子们了解国才理念，了解企业人才特别是石油石化类行业企业人才需求，“职”通精彩未来。\n项目要求：在学校导师和企业导师的指导下，学会编制推广文案，开展可行性研究、模拟企业运行模式等。","赵思雨","2021010364","碳中和未来技术学院","储能科学与工程(未来班）","2021","储能21-1未来班","1","梅丽/1952","讲师","外国语学院","5","李梓阳/2021010171,李健凯/2022010107,巨博雅/2022011806,庞金平/2022011810","地球科学学院,地球科学学院,理学院,理学院","资源勘查工程,地质类,应用化学,应用化学","0",null,"B级"]
[323,"917","文本金投","创业训练项目","D202305181846488853","2","经济管理学院","双向","0203-金融学类","-","-","金融领域包含大量文本数据，如公司年报、新闻报道、分析师报告等等。这些数据包含着大量的金融和商业信息。本项目旨在从公司披露的年报、报告中获取公司业绩、战略等相关信息，从新闻报道中挖掘市场趋势、行业动态，从投资者发帖中评估市场情绪等，以提取投资简报。项目目标用户为投资者、企业决策者以及科研人员。项目会用到经管学院金融实验室的Bloomberg、PEData、Wind、CSMAR等数据库数据。","郑威","2022011930","经济管理学院","经济学类","2022","金融22-1班","1","齐继国/2022880077","讲师","经济管理学院","5","孟钰涵/2020012025,唐国庆/2021012105,段沛枫/2022011532,高紫嫣/2021012069","经济管理学院,经济管理学院,信息科学与工程学院,经济管理学院","会计学,信息管理与信息系统,计算机科学与技术,信息管理与信息系统","0",null,"B级"]
[324,"847","硬科技企业创新商业模式研究","创新训练项目","D202305171548194026","17","经济管理学院","双向",null,"-","-","该项目旨在对硬科技企业商业模式进行研究，归纳创新商业模式类型，撰写商业模式创新研究报告和管理案例或案例研究论文。为此可以在前期构建一个创新商业模式学习交流平台（公众号），介绍国内外硬科技、创新商业模式、有趣的企业、投融资情况等，也可以做相应案例调研和研究。同学通过这个项目可以熟悉产业、投融资以及最新商业模式。优秀的报告可以参加明年的各种调研类、学术类及案例大赛。","王心雨","2022011902","经济管理学院","经济学类","2022","经济类22-2班","1","齐继国/2022880077","讲师","经济管理学院","5","白玉冰/2022011881,李成程/2022011456,贾舜尧/2022012356,刘铭菲/2022011523","经济管理学院,新能源与材料学院,经济管理学院,信息科学与工程学院","经济学类,材料科学与工程,工商管理类,计算机科学与技术","0",null,"C级"]
[325,"848","与鲨共舞：大小企业合作模式和绩效研究","创新训练项目","D202305171549480565","34","经济管理学院","双向",null,"-","-","大企业（尤其国企）和小企业在合作过程中，会面临诸多问题，大小企业如何进行融通创新，效果如何？是本项目研究的主要问题。本项目主要完成文献综述，对各种企业间合作模式进行梳理。在此基础上，可以针对新型大小企业合作模式进行案例研究。优秀的项目产出可以参加非创业类比赛，如挑战杯、能经赛等。","刘铭钰","2022011906","经济管理学院","经济学类","2022","经济类22-2班","1","齐继国/2022880077","讲师","经济管理学院","5","李思润/2022012351,周静悦/2022011890,王静/2021011906,施佳贝/2021011905","经济管理学院,经济管理学院,经济管理学院,经济管理学院","经济学类,经济学类,金融学,金融学","0",null,"C级"]
[326,"849","高校构建创业生态系统赋能产学研的模式和路径研究","创新训练项目","D202305171625221935","22","经济管理学院","双向",null,"-","-","创新和创业生态系统已经成为世界顶级学者研究的热点，而高校如何吸引在校师生、校友、企业、投资机构，构建创新创业生态系统，对高校促进高校科技成果转化，服务产学研也有重要意义。本研究结合最新的创新创业生态系统文献，调研产教融合驱动的全球不同的创新创业教育模式，识别高校构建创新创业生态系统的模式和路径。优秀的项目产出可以参加非创业类比赛，如挑战杯、能经赛等。","张伊铭","2022011889","经济管理学院","经济学类","2022","经济类22-1班","1","齐继国/2022880077","讲师","经济管理学院","5","吴紫绮/2022011920,张廷/2022011908,夏柳钦/2022011909,李文锐/2021011949","经济管理学院,经济管理学院,经济管理学院,经济管理学院","经济学类,经济学类,经济学类,能源经济","0",null,"C级"]
[327,"850","”一带一路”背景下的投资机会、投资模式及效果研究","创新训练项目","D202305171631417994","25","经济管理学院","双向",null,"-","-","“一带一路”作为重要的国家战略，已经得到了国际社会的广泛关注和支持。本项目的研究内容包括：当前一带一路背景下有哪些方面的的投资机会？企业参与的模式有哪些？不同类型的企业投资效果（绩效）如何？，以及国家应该制定什么样的金融政策来支持企业参与一带一路？","王博菲","2022011901","经济管理学院","经济学类","2022","经济类22-2班","1","齐继国/2022880077","讲师","经济管理学院","5","瞿静湘/2021011903,尹征南/2022010276,张辰逸/2022010283,张琪悦/2022012105","经济管理学院,石油工程学院,石油工程学院,马克思主义学院","金融学,石油工程,石油工程,思想政治教育","0",null,"C级"]
[328,"854","硬科技公司开展创投业务的动因和效果研究","创新训练项目","D202305171838002767","32","经济管理学院","双向","0203-金融学类","-","-","很多大公司（例如阿里、腾讯）都开展了公司创投业务，对主营业务发展起到了很好的支撑，也取得了很好的财务回报。近些年，一些更新规模更小的科技公司（如上市前的蔚小理、AI四小龙）也开展了公司创投业务，科技公司为何开展创投业务，以及对公司发展起到了什么作用？是这一项目研究的内容。该研究可以发表定量和案例研究学术论文，也可以做调研报告。优秀作品可以投稿期刊及参加相应比赛。","何芷玉","2021011901","经济管理学院","金融学","2021","金融21-1班","1","齐继国/2022880077","讲师","经济管理学院","5","刘朝晖/2021011902,徐卫星/2021011894,安雪谨/2021011895,吴羽晨/2021011893","经济管理学院,经济管理学院,经济管理学院,经济管理学院","金融学,金融学,金融学,能源经济","0",null,"B级"]
[329,"886","创业投资基金的项目选择策略及投资绩效研究","创新训练项目","D202305180939491087","9","经济管理学院","双向","0203-金融学类","-","-","除了独立VC（IVC）追求的财务目标，公司VC（CVC）投资会服务母集团战略，而政府VC（GVC）则要服务国家战略目标。本项目研究不同类型VC的项目选择策略（（或者什么样特征的创业企业会吸引哪类VC投资）有何不同？投资绩效如何？对产业发展有何作用？尤其在中美贸易冲突背景下，哪些VC对战略新兴产业（如芯片、AI、能源、新材料、生物技术等）发展及技术创新起到了作用？","范锡锡","2021011900","经济管理学院","金融学","2021","金融21-1班","1","齐继国/2022880077","讲师","经济管理学院","5","程婧/2021011899,秦佳源/2022011895,闵思沅/2022011916,杨雨珊/2022011921","经济管理学院,经济管理学院,经济管理学院,经济管理学院","金融学,经济学类,经济学类,经济学类","0",null,"C级"]
[330,"869","“全国一张网”目标背景下国家管网集团资产重组问题探究","创新训练项目","D202305172219572614","19","经济管理学院","双向",null,"-","-","2019年12月9日国家管网集团成立，这一“巨无霸”从“三桶油”（中石油、中石化、中海油）体内剥离出来。国家管网的成立，肩负着打破油气行业中游管输垄断的改革重任，形成“全国一张网”，负责原油、成品油、天然气的管道输送，并定期向社会公开剩余管输和储存能力，实现基础设施向所有符合条件的用户公平开放等。本项目旨在针对“全国一张网”目标背景下国家管网集团资产重组问题进行深入探究。","张馨月","2021011945","经济管理学院","能源经济","2021","能经21-1班","1","王俊/2022880073","中级","经济管理学院","2","仇露娜/2019010796","经济管理学院","会计学","0",null,"C级"]
[331,"871","审计重要性水平的信息含量研究——基于《监管规则适用指引——审计类第1号》的经验证据","创新训练项目","D202305172220042601","6","经济管理学院","自主","0101-哲学类","-","-","本项目基于自2021年起非标准审计意见专项说明中披露的合并财务报表整体重要性水平的数据，系统性地研究我国审计实务中重要性水平的选取以及所伴随的信息含量，预期对监管者如何通过披露审计重要性提升审计意见的信息含量和沟通价值提供经验证据，为投资者和监管者基于可观测到的重要性水平进行精准投资、分析和监管提供借鉴意义。","高锐","2020012068","经济管理学院","会计学","2020","会计20-2班","1","王俊/2022880073","中级","经济管理学院","2","王子涵/2020012009","经济管理学院","会计学","0",null,"B级"]
[332,"883","人工智能赋能能源企业数字化的研究","创新训练项目","D202305180843042854","28","经济管理学院","双向",null,"-","-","本项目调研能源企业（包括传统能源企业和新能源企业）如何借助AI进行数字化的研究，项目可以进行跨产业对比研究，以及企业案例研究。项目产出为管理案例或者案例研究学术论文，也可以探索AI或者数字化领域的创业机会。优秀的项目产出可以参加非创业类比赛，如碳中和、能经赛等。","邢邺","2022011928","经济管理学院","经济学类","2022","经济类22-2班","1","齐继国/2022880077","讲师","经济管理学院","5","任慧贤/2021011904,贺本进/2022011923,张柔莹/2021011910,张亚亚/2022011875","经济管理学院,经济管理学院,经济管理学院,经济管理学院","金融学,经济学类,金融学,经济学类","0",null,"C级"]
[333,"904","可再生能源对化石能源的替代效应机理研究","创新训练项目","D202305181628032095","26","经济管理学院","双向","0201-经济学类","-","-","项目首先从量的角度研究可再生能源对化石能源总量的替代，其次研究可再生能源对化石能源总量的替代机理；然后分别从将化石能源细分为煤炭、石油、天然气，从量的角度分别研究可再生能源对它们的替代，以及替代机理。","贺美","2019011985","经济管理学院","能源经济","2019","能经19-1班","1","孙仁金/0683","教授","经济管理学院","2","冯岩琳/2019011986","经济管理学院","金融学","0",null,"C级"]
[334,"967","基于三维生态足迹模型的区域生态可持续发展能力评估","创新训练项目","D202305192103521457","29","经济管理学院","双向",null,"-","-","项目基于表征区域可持续发展能力的负生态足迹指数概念,利用该指数将区域可持续发展能力水平分为强可持续发展、弱可持续发展、不可持续发展和严重不可持续发展4个等级。在Matlab平台上构建了加入三维生态足迹的区域可持续发展能力评估模型,可提供丰富的统计信息来直观地表达区域的可持续发展能力。","赵豪伟","2022012071","经济管理学院","信息管理与信息系统","2022","信管22-1班","1","孙仁金/0683","教授","经济管理学院","3","支栋钰/2022012061,田川/2022011101","经济管理学院,地球物理学院","信息管理与信息系统,地球物理学类","0",null,"B级"]
[335,"912","创新期货产品可行性研究和设计","创新训练项目","D202305181715494987","20","经济管理学院","双向",null,"-","-","为满足新的投资需求，对潜在的期货产品（例如光伏、生物质能等新能源，纳米、光电、生物、复合、智能新材料等），进行产品技术和标准、市场现状、核心企业情况、行业相关政策等方面调研，研究产品发展趋势和前景，做出可行性研究分析报告，并进行初步期货合约设计，也可以撰写和期货无关的产品（例如生物柴油）技术和商业化发展前景调研报告。该项目要使用金融实验室的Bloomberg、Wind、PEData等数据库。","王峻彦","2021010312","经济管理学院","金融学","2021","金融21-1班","1","齐继国/2022880077","讲师","经济管理学院","5","朱梓贤/2021011984,邸远/2022011897,张欣/2022012349,屈姿言/2022011887","经济管理学院,经济管理学院,经济管理学院,经济管理学院","会计学,经济学类,经济学类,经济学类","0",null,"C级"]
[336,"925","碳风险对企业绿色全要素生产率的影响机制研究","创新训练项目","D202305182045508941","21","经济管理学院","双向",null,"-","-","近年来，全球气候变化形势日益严峻，中国已成为全球第一大温室气体排放国，面临着越来越大的碳减排压力。我国政府相继出台了一系列环境规制政策以规范企业碳减排行为。在此背景下，本项目研究碳减排压力带来的碳风险是否以及如何影响企业绿色全要素生产率，对于企业积极应对碳风险，助力我国实现绿色低碳高质量发展具有重要的理论和实践意义。","温睿阳","2021012052","经济管理学院","财务管理","2021","财务21-1班","1","冯晓晴/2021891008","讲师","经济管理学院","2","高一未/2021012021","经济管理学院","会计学","0",null,"B级"]
[337,"928","科交汇","创业训练项目","D202305182102316846","3","经济管理学院","双向",null,"-","-","围绕新能源、AI、材料、化工、关键硬件设备等硬科技领域，对接业界需求和高校技术、以及对接创业项目和投资（开始可主要服务石大师生和校友项目）。具体功能包括：\n1.企业技术项目需求发布与展示，以对接学校技术团队\n2. （学校）硬科技技术展示，对接社会企业以进行科技成果转化\n3. （学校）硬科技初创企业展示，以对接投资机构进行融资\n优秀项目产出可考虑参加创业类比赛，如创青春、互联网+、能经赛等","刘桐彤","2021011925","经济管理学院","金融学","2021","金融21-1班","1","齐继国/2022880077","讲师","经济管理学院","5","李莹欣/2021011928,彭尧/2021011780,程祎/2021011936,贾本雨/2021010368","经济管理学院,理学院,经济管理学院,信息科学与工程学院","金融学,数学与应用数学,金融学,计算机科学与技术","0",null,"C级"]
[338,"954","海上绿电制氢的成本影响因素及其发展潜力分析","创新训练项目","D202305191447296670","1","经济管理学院","双向",null,"-","-","该训练计划从经济角度出发，对海上绿电制氢工程总成本及其影响因素和行业经济可行性展开深度研究，探索海上绿电制氢于新能源领域之中的个性与共性，寻求海上绿电制氢的专业化发展路径。了解国内外海上绿电制氢工程项目的造价组成与造价水平，分析影响造价的关键因素与行业经济发展潜力等。力求为传统能源公司转型升级找准方向；为双碳目标的实现注入新动能；向世界展示中国始终高举人类命运共同体旗帜，坚持走可持续发展道路。","刘佳伟","2021011952","经济管理学院","能源经济","2021","能经21-1班","1","赵晓丽/2014880063","教授","经济管理学院","5","刘灿/2021015442,王茗/2021011907,宋秉懋/2021012236,王钰萱/2022012030","信息科学与工程学院,经济管理学院,经济管理学院,经济管理学院","计算机科学与技术,能源经济,财务管理,工商管理类","0",null,"A级"]
[339,"958","可降解骨钉材料的制备与性能研究","创业训练项目","D202305191533031843","0","经济管理学院","双向","0101-哲学类","-","-","在外科医学领域，骨钉通常采用金属类材料，在恢复后需要重复手术取出。通过设计具有可降解性能的高分子骨钉，可以实现人体内部吸收，免去患者的痛苦。\n项目简介字数过少，请进行补充，字数要求为100-200字","游祥铭","2021011495","新能源与材料学院","材料科学与工程","2021","材料21-2班","1","吴天宇/2022880022","讲师","新能源与材料学院","4","崔洋/2021011512,吴迪/2021011460,尹晴/2021011439","新能源与材料学院,新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程,材料科学与工程","0",null,"C级"]
[340,"1397","高性能石墨烯柔性电发热膜","创业实践项目","D202305261931579454","1","经济管理学院","双向","0703-化学类","-","-","团队依托无污染制备高性能石墨烯粉体及石墨烯导电浆料的技术优势，进行石墨烯柔性电发热膜的生产。这类发热膜能够快速制热并以模块化的简单结构进行工作，柔软便携，便于温度控制。在电热地暖、电热毯、智能电热服饰、管道加热、车间取暖等民用、工业、军事及特种设备领域拥有千亿级的市场。","杜易璋","2021010144","碳中和未来技术学院","储能科学与工程(未来班）","2021","储能21-1未来班","1","车赛/2020891005","讲师","新能源与材料学院","2","李政/2021010291","碳中和未来技术学院","储能科学与工程(未来班）","0",null,"C级"]
[341,"990","公元2050-机器人科普教育","创业训练项目","D202305202137551830","0","经济管理学院","双向","0101-哲学类","-","-","线上、线下分别搭建机器人科普教育平台，传播机器人相关知识，致力于中国机器人科普教育。 线上：1.录制幽默、有趣的机器人科普教育的短视频于网络平台传播，并出售配套机器人教育相关器材。教授机器人硬件知识、软件编程语言及编程教具供不同水平学生学习 线下：建设机器人科普体验基地，以沉浸式体验为主要手段，以激发学习兴趣为主要目标，全方位打造一流的、创新式的、吸引人的科普示范基地。","蒲虹燕","2022011581","信息科学与工程学院","计算机科学与技术","2022","计算机22-3班","1","张乾龙/2017881009","工程师","机械与储运工程学院","6","杨佳妮/2022012354,黄晶/2022010823,高瑞/2022011393,康萧冰/2022011411,杨雨萌/2022011874","经济管理学院,机械与储运工程学院,新能源与材料学院,新能源与材料学院,经济管理学院","工商管理类,机械类,储能科学与工程,储能科学与工程,金融学","0",null,"B级"]
[342,"1009","管理理论新流派——以价值论视角阐述管理学与量化分析","创新训练项目","D202305211508013033","39","经济管理学院","双向",null,"-","-","通过哲学价值论的视角分析管理的过程，并予以鲜活的事例来多方面阐述管理学理论，融合统一进价值论中，并定义管理的流程，核心是证明：“管理是提高价值的过程”本次研究把管理分成两个过程——价值保值过程、价值增值过程，并用数学建模的方式来量化这一过程","伦英琦","2021012035","经济管理学院","会计学","2021","会计21-1班","1","刘力/2013880061","副教授","经济管理学院","3","王云昊/2021012151,陈瑞/2021012033","马克思主义学院,经济管理学院","思想政治教育,财务管理","0",null,"C级"]
[343,"1124","数字经济的二元悖论——基于企业数字化与能源消耗量的调研","创新训练项目","D202305230915132477","2","经济管理学院","双向","0201-经济学类","-","-","“实现双碳目标”与“大力发展数字经济”的双重背景下，数字经济与实体经济的深度融合能够促进经济高质量快速增长。但现今，数字经济产业也成为了“碳排放大户”，能源消耗量快速增长。通过企业访谈、数据调研等模式，建立计量经济学模型，试图以全面的视角评价数字技术和数字经济的发展对经济增长和低碳转型的影响。","刘靖娴","2021011940","经济管理学院","金融学","2021","金融21-1班","1","高立/2017880027","副教授","经济管理学院","5","徐雨诗/2021011944,李昱萱/2021011939,张涵/2021011999,养文婧/2021011908","经济管理学院,经济管理学院,经济管理学院,经济管理学院","能源经济,能源经济,能源经济,能源经济","0",null,"A级"]
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[346,"1327","重点煤炭区域（企业）转型中面临的主要风险挑战与机遇","创新训练项目","D202305241444358660","13","经济管理学院","双向",null,"-","-",null,"李文钰","2021011987","经济管理学院","财务管理","2021","财务21-1班","1","赵晓丽/2014880063","教授","经济管理学院","4","王佳艺/2020011061,杨振宇/2022011876,刘丹丹/2021011922","经济管理学院,经济管理学院,经济管理学院","能源经济,经济学类,能源经济","0",null,"A级"]
[347,"1048","变形金刚潮玩类企业初创及商业运营模式探索","创业实践项目","D202305221328240105","1","经济管理学院","双向","0201-经济学类","-","-","该项目是一个企业初创、营销策划及商业模式探索的创业实践项目。\n已有的变形金刚网站更新少、设计陈旧、没有盈利模式，我们期望设计的网站能连结高校学生，以低成本、可持续、有组织的商业模式，串联线上多渠道多功能，服务变形金刚粉丝。","章姝","2022012184","外国语学院","英语","2022","能经22-1班","1","朱潜挺/2012880055","副教授","经济管理学院","3","王韵菲/2022011872,钱崇悦/2022011772","经济管理学院,理学院","经济学类,数学类","0",null,"C级"]
[348,"1137","油气勘探开发技术的二氧化碳排放特征分析","创业训练项目","D202305231029160273","0","经济管理学院","双向","0101-哲学类","-","-","围绕国内外主流油气勘探开发际生产技术，通过查询文献，调研其等效的二氧化碳排放特征，统计分析并开展相关的描述。\n围绕国内外主流油气勘探开发际生产技术，通过查询文献，调研其等效的二氧化碳排放特征，统计分析并开展相关的描述。","王宇诠","2022010332","石油工程学院","石油工程","2022","碳中和能源创新22-1班","2","廖广志/2013880002,罗嗣慧/2023880008","教授,讲师","地球物理学院,碳中和示范性能源学院","4","盖岚/2022010120,王悦/2022011089,王铭颢/2022010331","地球科学学院,地球物理学院,石油工程学院","地质类,地球物理学类,石油工程","0",null,"C级"]
[349,"1139","双碳背景下碳市场驱动缓解电荒问题的实现路径研究","创新训练项目","D202305231035379437","5","经济管理学院","双向",null,"-","-","2023年两会上有专家建议，将碳排放配额发放给居民等终端用户，同时适当放开电价市场化波动，在长期有助于电价更好地反映发电成本，从而在使用端形成节能减排的激励。然而，当前全国碳市场尚在发展初期，将碳配额下放居民端存在极大挑战。本项目拟通过对当地电厂的实地访谈和调研，探索下放碳配额的可行性，以及缓解近年因去煤化和低碳转型导致的电荒问题的可能性，最终形成可行性调研报告，并提出完善碳市场运行的相关建议。","张玥","2021011935","经济管理学院","能源经济","2021","能经21-1班","1","高立/2017880027","副教授","经济管理学院","5","侯亚洲/2021011912,马秀/2021010154,周心怡/2021011891,牟镱/2022011952","经济管理学院,经济管理学院,经济管理学院,经济管理学院","能源经济,金融学,金融学,工商管理类","0",null,"C级"]
[350,"1157","奥韵遗情，游兴乡村","创业训练项目","D202305231345161856","0","经济管理学院","自主","0301-法学类","-","-","项目立足于超大城市乡村振兴，以数字化发展作为指引，以北京市传统村落作为调研对象，线上线\n下系统调研，建立两大评估模型，并分析传统村落现状，为其它传统村落保\n护和乡村振兴提供方法和策略，并进一步整理提出城乡数字化三维联动新模\n式，为超大城市传统村落保护问题和乡村振兴提供了有效的解决策略。","刘语灿","2020012152","马克思主义学院","思想政治教育","2020","思政20-1班","2","刘韵秋/0465,刘彤彤/2018880010","副研究员（自然科学）,讲师","马克思主义学院,马克思主义学院","8","曲家彤/2022012141,俞柯/2022012115,李朵朵/2022012166,朱亚连/2022010132,张依明/2022012224,彭赫/2022010009,赵若凡/2022011988","马克思主义学院,马克思主义学院,外国语学院,地球科学学院,外国语学院,地球科学学院,经济管理学院","思想政治教育,思想政治教育,英语,地质类,英语,地质类,工商管理类","0",null,"B级"]
[351,"1160","京津冀协同发展背景下城市间产业网络演化及其影响因素研究","创新训练项目","D202305231422099258","4","经济管理学院","双向",null,"-","-","2014年习近平总书记发表“2·26讲话”强调要实现京津冀协同发展。京津冀协同发展是习近平总书记亲自谋划、亲自部署、亲自推动的重大国家战略，距今已有9年，在这一战略背景下，京津冀地区的产业结构、产业布局、区域间联系都发生了哪些变化？它们的影响因素有哪些？这些问题亟待揭示和分析。本项目基于城市间投入产出表，构建京津冀城市间产业关联网络，分析其演化规律，揭示主要影响因素。","赵楠","2021011911","经济管理学院","能源经济","2021","能经21-1班","1","林绿/2015880010","副教授","经济管理学院","3","李俊超/2019011109,刘晔文/2019011935","地球物理学院,经济管理学院","勘查技术与工程（物探）,能源经济","0",null,"B级"]
[352,"1168","基于机器学习的在线音乐歌单播放量预测研究","创新训练项目","D202305231506246472","24","经济管理学院","双向","1201-管理科学与工程类","-","-","该项目基于机器学习，通过分析歌单播放量影响因素对歌曲播放量进行预测，从而帮助判断歌曲的优劣和受欢迎程度，方便平台对歌单质量进行把关，从而为用户推送更多高质量的歌单，提升用户体验，响应国家号召，营造健康积极的音乐传播环境，推动中国音乐文化市场发展。","聂雨博","2022012066","经济管理学院","信息管理与信息系统","2022","信管22-1班","1","李明/2427","教授","经济管理学院","4","菅璞/2022012057,陈逸铭/2022012064,周金淏/2022012059","经济管理学院,经济管理学院,经济管理学院","信息管理与信息系统,信息管理与信息系统,信息管理与信息系统","0",null,"C级"]
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[354,"1181","固体废弃物处理的领航者","创业训练项目","D202305231543447666","0","经济管理学院","双向","0703-化学类","-","-","开发含油污泥、油基钻屑、废塑料等废弃物的处理技术，与企业联合，形成处置的技术领先者。项目从技术和商业模式两个维度展开深度创新。首先技术方面，以“减量化、资源化、无害化”三化处理为方针，开创掺混燃烧和热解-燃烧耦合技术，打破国内外技术突破。同时自主设计干燥和热解小试装置，设备自主研发，实现处理技术大规模工业应用，提供处置量。","张裕敏","2021011831","理学院","应用化学","2021","应化21-1班","1","马跃/2014880004","讲师","理学院","5","李佳宁/2020011840,王玉/2021011830,兰贝尔/2021011824,张宇航/2022011853","理学院,理学院,理学院,理学院","应用化学,应用化学,应用化学,应用化学","0",null,"B级"]
[355,"1336","开放自动化控制系统通用接口软硬件开发及创业计划研究","创业训练项目","D202305241602269344","0","经济管理学院","双向","0808-自动化类","-","-","针对“开放自动化控制系统通用接口软硬件”，深刻理解技术内容，学习有关技术及标准，制定软件开发计划及投资预算，调研市场需求，研究创业发展计划，编制商业计划书，推动商业计划实施，争取获得创业资金，熟悉注册创业公司流程，探讨销售策略和销售渠道，尝试销售拟开发的产品。","于茗旭","2022011721","信息科学与工程学院","自动化","2022","自动化22-2班","1","左信/0267","教授","信息科学与工程学院","5","梁书行/2022011722,龚颖川/2022011653,王毅龙/2022011637,陈绍锟/2020010521","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","自动化,电子信息工程,电子信息工程,电子信息工程","0",null,"C级"]
[356,"1210","校园IP产品创意营销计划","创业训练项目","D202305231733365025","0","经济管理学院","双向","0101-哲学类","-","-","石大校园里的每一栋建筑，每一座雕塑，甚至一草一木，都留下了学生青春的记忆。已经毕业的校友，无不怀念那段难忘的求学岁月。即使是对于参加高考的学生，学校的IP系列产品也是招生宣传的有力工具。开发、整理、推广和销售校园IP系列产品前景广阔，大有可为。无论是明信片、钥匙链，还是水杯、书包和文具（信纸、笔记本。便签）等等，都是可以开发的产品。","刘姝伊","2021012241","外国语学院","英语","2021","英语21-3班","1","丁晖/1428","副教授","外国语学院","5","冯昱润/2021012239,梁颖琳/2021012243,王怡霖/2022012181,黄晗纭/2022012227","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"A级"]
[357,"1232","aiRock打造油气工业智能生产的“私人专家”","创业实践项目","D202305231952263695","0","经济管理学院","双向","0814-地质类","-","-","岩石薄片图像鉴定是打开地下油气藏微观世界大门的钥匙，对于油气勘探开发具有重要意义，但薄片图像鉴定对于经验要求极高，如何模拟地质专家岩石薄片描述方式，建立高级人工智能描述系统，实现岩石薄片图像的智能化描述，是未来岩石薄片描述领域亟待解决的关键科学问题。本项目拟建立一套基于深度学习的全自动薄片图像智能描述方法，并打造全终端软件平台，建立图像鉴定领域的chatGPT，打造油气工业智能生产的“私人专家”。","李婉铭","2021011793","理学院","统计学","2021","统计21-1班","1","董少群/2019891005","副教授","理学院","5","陈诗怡/2021011765,李宇骞/2022011277,陈朝阳/2020011779,郭赫一/2021010096","理学院,安全与海洋工程学院,理学院,地球科学学院","统计学,海洋油气工程,数学与应用数学,资源勘查工程","0",null,"A级"]
[358,"1375","北京市居民碳普惠机制参与意愿调研","创新训练项目","D202305252230065246","7","经济管理学院","双向","0201-经济学类","-","-","作为公众生活消费领域的一种新型减排机制，碳普惠是对现有碳排放权交易制度的创新和拓展，有利于解决公众消费领域节能减碳行为长期存在的激励不足、效率不高等问题。本项目拟在北京市六个主城区开展分层随机抽样及问卷调研，研究分析北京市居民对各类碳普惠绿色行为的偏好，不同激励手段对其意愿的影响，以及不同群体的异质性，旨在从居民生活视角为全国碳市场的健全和完善，以及为双碳目标的实现提供经验支持。","刘姝杞","2021011926","经济管理学院","能源经济","2021","能经21-1班","1","高立/2017880027","副教授","经济管理学院","5","王奕欢/2022011961,刘家钰/2022012001,冯钰森/2021010051,袁童话/2020012021","经济管理学院,经济管理学院,地球科学学院,经济管理学院","工商管理类,工商管理类,资源勘查工程,财务管理","0",null,"B级"]
[359,"1254","可降解塑料产业链技术经济评价","创新训练项目","D202305232207383289","8","经济管理学院","双向",null,"-","-","塑料是现代化工行业最重要的材料之一，但使用后的废弃塑料制品形成了全球关注的“白色污染”问题。而可降解塑料是白色污染的最佳解决方案，在限塑背景下，传统塑料正向可降解塑料过渡。可降解塑料产业链条长，发展潜力大，具有较好的生物降解性，不会对环境造成污染和危害。可降解塑料的出现为人们提供了一种新的选择，但是要想实现可降解塑料产业的健康发展，需要对可降解塑料产业链进行经济技术评价。","张梓怡","2021011924","经济管理学院","能源经济","2021","能经21-1班","1","冯连勇/1973","教授","经济管理学院","2","夏小迪/2022011888","经济管理学院","经济学类","0",null,"C级"]
[360,"1265","分布式户用光伏激励机制研究——基于居民安装意愿的问卷调查","创新训练项目","D202305232245034991","10","经济管理学院","双向",null,"-","-","双碳背景下户用分布式光伏逐渐成为我国光伏发展的重要力量，然而户用光伏始终存在初期投入大、投资回收周期长、维护成本高等问题，随着上网电价补贴不断退坡，户用光伏发展遇到瓶颈。本项目拟在北京、山东等地开展问卷调研，将通过考察居民安装的意愿，分析影响居民安装户用光伏的因素，进而为突破当前政策困境提出政策建议。","房佳佳","2021011938","经济管理学院","能源经济","2021","能经21-1班","1","高立/2017880027","副教授","经济管理学院","3","丁海媛/2021011937,热子亚·阿布都瓦依提/2021011888","经济管理学院,经济管理学院","金融学,能源经济","0",null,"B级"]
[361,"1267","基于数字孪生与人工智能的工业测控平台","创业实践项目","D202305232250441615","0","经济管理学院","自主","0808-自动化类","-","-","通过数字孪生与人工智能相互结合的方式，对工业领域进行测控调节，从而进行更好的管理，减少各方面的损失；然后用VR，AR以及GTP的呈现形式，实现快速便捷的人机交互方式，同时生成出相对可靠明了的结论报告。","李文涵","2021011779","理学院","数学与应用数学","2021","数学21-1班","1","张泽凯/2021911012","无","理学院","4","赵文铂/2021011784,尹畅/2021011798,王娜娜/2021011760","理学院,理学院,理学院","数学与应用数学,数学与应用数学,统计学","0",null,"B级"]
[362,"1307","电烯氢技术识别与技术经济评价研究","创新训练项目","D202305241121182068","18","经济管理学院","双向",null,"-","-","在电气化重构时代，电烯氢技术能够助力实现绿色低碳转型，然而，当前尚未形成以电烯氢技术为对象的系统性评价方法。希望学生能够基于专利地图和文献数据，初步识别出几条具备潜在颠覆性的技术路径；再对初步识别出的技术路径进行指标评估，量化计算得出最具颠覆性技术路径；最后从环境、能源与经济三个维度，用碳投入回报（CROI）、能源投入回报（EROI）以及净现金流（NPV和IRR）等指标对电烯氢技术进行综合评估。","王亚玮","2021010623","经济管理学院","能源经济","2021","能经21-1班","1","冯连勇/1973","教授","经济管理学院","5","李坤/2021010038,王世豪/2020010549,潘瑞彬/2021010635,李孜怡/2021012022","经济管理学院,化学工程与环境学院,化学工程与环境学院,经济管理学院","能源经济,化学工程与工艺,化学工程与工艺,会计学","0",null,"B级"]
[363,"1314","用于路面收集太阳能的光电模块","创业训练项目","D202305241220404867","0","经济管理学院","双向","0101-哲学类","-","-","全球能源危机促使政府部门、科技工作者、和行业专业人士关注可持续能源的解决方案。从路面收集光伏能量的技术作为最常见的可持续能源解决方案之一，最近有了显著的改进，特别是在路面太阳能电池板的新创新设计中。采用一种基于薄膜光伏太阳能电池板，创新设计能量收集系统，分析利用该系统产生的功率照亮人行横道以提高地面交叉口安全性的可行性。研究成果包括研究报告、专利等。","蒋崇峻","2022010741","机械与储运工程学院","能源与动力工程","2022","能动22-1班","1","冯岩岩/2020891007","讲师","机械与储运工程学院","6","李旭/2022010744,余彬/2022010743,王兆博/2022010790,王竞阳/2021010873,张智杰/2021010856","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"C级"]
[364,"1383","所得税优惠政策对企业扶贫捐赠行为的影响研究","创新训练项目","D202305260854053694","33","经济管理学院","双向",null,"-","-","2019年，党中央、国务院出台了《财政部 国务院扶贫办关于企业扶贫捐赠所得税税前扣除政策的公告》(财政部 税务总局 国务院扶贫办公告2019年第49号)支持我国企业良性发展，同时鼓励企业发挥社会力量积极参与扶贫捐赠，持续巩固和拓展脱贫攻坚成果。本项目拟以沪深A股上市公司为研究对象，利用双重差分模型，探究税收优惠政策对企业扶贫捐赠意愿、捐赠规模和捐赠形式等行为的影响。","张媛媛","2020012044","经济管理学院","会计学","2020","会计20-2班","1","王珮/2025","教授","经济管理学院","3","祁海博/2020012088,王鑫蕊/2021012025","经济管理学院,经济管理学院","会计学,会计学","0",null,"A级"]
[365,"1407","炼化企业二氧化碳捕集与利用投资决策及激励政策研究","创新训练项目","D202305271112219593","15","经济管理学院","双向",null,"-","-","炼化企业在应用CCUS技术方面具有两项独特优势：一是自身是大的碳排放源，具备碳捕集的规模效应；二是二氧化碳是一种很好的化工原料。本项目希望学生通过查阅资料、建立投资分析模型及进行模拟分析，研究分析炼化企业二氧化碳捕集及利用的投资价值和投资时机，并探究不同政策激励及碳价波动对投资决策的影响，并在此基础上提出了相关政策建议。","甘先翔","2021011951","经济管理学院","能源经济","2021","能经21-1班","1","吴丽丽/2014880066","副教授","经济管理学院","4","张孟祥/2021010636,罗楚龙/2021010642,乔颖/2022011917","信息科学与工程学院,经济管理学院,经济管理学院","自动化,能源经济,经济学类","0",null,"A级"]
[366,"1409","能源经济与国民经济的关系研究","创新训练项目","D202305271124321403","35","经济管理学院","双向",null,"-","-","能源经济是国民经济发展的基础，本项目旨在研究能源转型和碳中和背景下能源经济在国民经济中的作用，从物理和经济双视角探讨能源的内生性和外生性关系；论证为什么能源经济是国民经济的核心，主要可从工业化的发展进程、世界各国的能源转型、新的能源经济体系等多维度入手；同时，量化碳中和背景下能源经济对国民经济的驱动效应。","姚小楠","2021011909","经济管理学院","能源经济","2021","能经21-1班","1","吴丽丽/2014880066","副教授","经济管理学院","3","玄泳馨/2021010160,马宏阳/2021011890","经济管理学院,经济管理学院","金融学,金融学","0",null,"C级"]
[367,"1414","基于深度学习的公式识别系统","创业实践项目","D202305271330466553","0","经济管理学院","自主","0809-计算机类","-","-","在科技文献中，存在大量的公式，这些公式与正常的文本图片等信息内容构成了贡献的主体。如何有效地对这些公式加以识别并做适当的补充是一个重要的问题，能够增强对于文献的理解。本课题以深度学习为基础，对文档中的公式加以处理。","周文浩","2021011567","信息科学与工程学院","计算机科学与技术","2021","计算机21-2班","1","朱雪峰/2089","讲师","信息科学与工程学院","4","丁锐/2021011569,吴维皓/2021011587,王圣涵/2021011586","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","计算机科学与技术,计算机科学与技术,计算机科学与技术","0",null,"A级"]
[368,"1417","一种多能互补微网抽油机群运行控制器","创业实践项目","D202305271526554225","0","经济管理学院","双向","0101-哲学类","-","-","以物联网、边缘计算、AI技术的集成融合为核心，建立与油层供液适应的抽油机井群协调柔性运行优化控制策略，采用4G/5G超大连接、超大速率、物联双向交流主动服务支持，实现抽油机井（群）的“风-光-电”微网的多能源互补、供排协调、柔性驱动、动态跟踪优化的自适应控制，达到抽油机井群运行多能源互补调度、错峰开停井、间抽制度优化、协同优化自动调参，提高井组产量和泵效、延长检修周期、节能降耗、低碳排放的目的。","孔有为","2021215181","石油工程学院","石油与天然气工程","2021",null,"1","檀朝东/1931","副教授","信息科学与工程学院","5","刘长海/2021011522,李晨龙/2021211216,焉科鑫/2022215175,矫欣雨/2021215180","信息科学与工程学院,信息科学与工程学院,石油工程学院,石油工程学院","自动化,控制科学与工程,石油与天然气工程,石油与天然气工程","0",null,"B级"]
[369,"1441","智能物探信息采集系统研发与应用","创业实践项目","D202305281550386979","0","经济管理学院","双向","0101-哲学类","-","-","目前无人机、智能地震节点仪和光纤应用于地球物理勘探的前沿领域，本项目基于智能节点仪，设计压裂过程、背景噪声等地震信号的自动化采集系统和采集流程，采集获得的地震数据上传云端，进行后续处理，包括噪声成像和微震事件定位等，为地下空间探测、工程压裂监测提供崭新的解决方案。","苟祖康","2021011086","地球物理学院","勘查技术与工程（物探）","2021","物探21-1班","1","唐跟阳/2012880062","副教授","地球物理学院","5","安郝/2021011041,陈聚航/2021011090,王佳欣/2021011075,谢石也/2021011094","地球物理学院,地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（物探）,勘查技术与工程（物探）,勘查技术与工程（物探）,勘查技术与工程（物探）","0",null,"B级"]
[370,"1475","以氘为储能介质高效利用间歇分布风光电能经济技术开发方案","创业训练项目","D202305292233533263","0","经济管理学院","自主","0805-能源动力类","-","-","风力、光伏发电具有间歇性、波动性、随机性等特点，电网建设和消纳机制存在一定滞后，就产生了“弃风弃光”。现阶段解决“弃风弃光”问题的主要方式是氢储能和电化学电池储能。本项目进一步拓展储能概念和应用范围，以氘为储能介质，利用风力、光伏电能以超声雾化蒸馏方式从水中分离提纯氘（重水），生产开发具有很高商业应用价值和广阔市场消费前景的低氘水产品，探索形成氘储能与低氘水相互支撑可持续发展盈利的商业运营模式。","梁若冰","2021011436","新能源与材料学院","材料科学与工程","2021","材料21-1班","1","陈立强/2167","讲师","新能源与材料学院","3","朱鸿铭/2021011496,王夏言/2022011449","新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程","0",null,"C级"]
[371,"1478","工业装备智能化设计软件系统","创业训练项目","D202305300822260063","0","经济管理学院","双向","0802-机械类","-","-","针对工业装备设计周期长、流程操作复杂并且缺少智能化设计必要功能等突出问题，围绕三维化、可视化、协同化和智能化设计等前沿方向，基于人工智能技术、人机交互技术、虚拟现实技术、云协同技术和大数据技术等，将装备的布置原则融入三维智能设计中，并整合结构、设备、管道等多专业协同设计功能，使软件可快速搭建工业装备的三维设计模型，并智能导出CAD及标准设计文件。","单佳杰","2020010723","机械与储运工程学院","机器人工程","2020","机器人20-1班","1","顾继俊/2013880010","副教授","教务处","6","韩婷旭/2022010852,王稼瑞/2021011013,向佳佳/2020012108,李欣铭/2021012049,庞政/2020010750","机械与储运工程学院,经济管理学院,经济管理学院,经济管理学院,机械与储运工程学院","机械类,能源经济,会计学,能源经济,机器人工程","0",null,"B级"]
[372,"1488","高效绿色化学复合体系大幅度提高油气采收率与碳封存产品研发","创业实践项目","D202306011940304399","0","经济管理学院","双向","0101-哲学类","-","-","本项目旨在研发一种高效绿色化学复合体系，该体系可有助于提高油气采收率的同时，提高CO2的地质封存效率，揭示该化学体系的强封助采机理，并实现工业化应用。该项目是实现CO2提高采收率与封存协同的重要途经之一。","孔冠金","2022010239","石油工程学院","石油工程（创新班）","2022","石工22-1创新班","1","刘月亮/2021880028","副教授","石油工程学院","2","何仕俊/2022010238","石油工程学院","石油工程","0",null,"B级"]
[373,"866","世界媒体中的中国乡村","创新训练项目","D202305172129418684","0","马克思主义学院","双向","0503-新闻传播学类","-","-","中国乡村是世界媒体中经常被提到的话题之一。近年来，随着中国城市化进程的加快和农村发展的逐步推进，中国乡村的变革也吸引了国际社会的关注。本研究将采用文献分析法和案例研究法相结合的方法，通过收集和分析相关的文献和报道，深入分析中国乡村的发展现状、问题以及解决策略，并结合具体的案例进行分析和比较，来推进乡村振兴战略、拓展国际视野、促进媒体良性报道、探索新型国际传播模式。","孔令涵","2022012206","外国语学院","英语","2022","英语22-2班","1","杨卫东/1493","副教授","马克思主义学院","5","潘纪钊/2021012189,刘昕烨/2022012193,王晶晶/2022012192,周美辰/2022012213","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"C级"]
[374,"923","晚清与民国时期石油在中国的应用与发展","创新训练项目","D202305182043389991","0","马克思主义学院","自主","0601-历史学类","-","-","该项目研究晚清和民国时期石油在中国的应用与发展，从洋务运动开始，中国近代工业开始发展，第二次工业革命的爆发使中国的石油应用更加广泛，有了更大的发展空间。本项目从政治、军事、经济三方面研究晚清和民国时期石油在中国的发展应用。","杜维霄","2022011310","安全与海洋工程学院","海洋油气工程","2022","海工22-3班","1","赵亮/2022880023","教授","马克思主义学院","5","冯胜/2022011307,郭嘉懿/2022011295,陈美桦/2022011298,何佳乐/2022011297","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程,海洋油气工程","0",null,"C级"]
[375,"939","马克思主义哲学视域下的全人类共同价值研究","创新训练项目","D202305190902589235","0","马克思主义学院","双向",null,"-","-","运用马克思主义的哲学立场、观点和方法，阐述习近平总书记关于全人类共同价值论断的提出背景和实践意义；追溯全人类共同价值的理论渊源；辨析全人类共同价值与西方普世价值的异同；阐述全人类共同价值在马克思主义理论发展史上的理论价值及世界性意义","陈锐","2021012164","马克思主义学院","思想政治教育","2021","思政21-2班","1","李卫红/0985","教授","马克思主义学院","5","钟梦婷/2021012132,孙嘉璐/2021012142,李潇/2021012139,李响/2021012168","马克思主义学院,马克思主义学院,马克思主义学院,马克思主义学院","思想政治教育,思想政治教育,思想政治教育,思想政治教育","0",null,"C级"]
[376,"1117","大学生创新创业项目助力乡村振兴","创新训练项目","D202305222228475547","0","马克思主义学院","双向","0303-社会学类","-","-","习近平总书记勉励广大学子要“扎根中国大地了解国情民情，用青春书写无愧于时代、无愧于历史的华彩篇章”。为深入贯彻落实习近平总书记关于教育工作、“三农”工作、乡村振兴的重要论述，精准对接乡村振兴实践，本项目以大学生创新创业项目为依托，鼓励大学生探索乡村振兴实践方式，助力未来全面推进乡村振兴。","邢路易","2022011246","安全与海洋工程学院","海洋油气工程","2022","海工22-1班","1","李晓夏/2022880020","中级","马克思主义学院","4","王颖哲/2022011245,古丽旦·加那依/2022010672,王锦聪/2022010071","安全与海洋工程学院,机械与储运工程学院,地球科学学院","海洋油气工程,油气储运工程,地质类","0",null,"C级"]
[377,"1171","人工智能对高校思想政治教育生态影响研究","创新训练项目","D202305231508579705","0","马克思主义学院","自主","0305-马克思主义理论类","-","-","目前，人工智能与教育的融合是初级阶段的融合；人工智能与教育的融合仅仅局限于教学领域，且更注重探究人工智能技术在教育领域的应用，是一种表面的、浅层次的融合。一方面，教育人工智能本身就是一个跨学科的领域。思想政治教育是哲学、法律、政治、管理、心理、教育的有机结合。两者具有一定共通性。另一方面教育人工智能可以看作是支持思想政治教育的一种外部手段。","曲玉新","2022211510","马克思主义学院","马克思主义理论","2022",null,"1","刘彤彤/2018880010","讲师","马克思主义学院","3","李姿雨/2021311002,郭新婷/2020012198","马克思主义学院,马克思主义学院","马克思主义理论,思想政治教育","0",null,"C级"]
[378,"1198","智绘大中型水库移民的乡村发展蓝图——甘肃省瓜州县广至藏族乡水库移民的发展调查","创新训练项目","D202305231647478749","0","马克思主义学院","自主","0303-社会学类","-","-","为探究广至藏族乡水库移民后的发展成就以及存在的问题，本项目立足当地的6个行政村，以“摸清现状——查找问题——提出对策”的调查模式，利用问卷数据并使用数字方法分析得出调查结论，从而为当地政府建言献策，规划广至乡的发展，助力解决当前产业发展难题，推动乡村振兴，兴旺产业，改善民生。","李艺婷","2020012199","马克思主义学院","思想政治教育","2020","思政20-2班","2","石卫林/2013880008,贾庆超/2017881007","副教授,无","马克思主义学院,团委","3","程玉夏冰/2022012140,高闻阳/2020012197","马克思主义学院,马克思主义学院","思想政治教育,思想政治教育","0",null,"B级"]
[379,"1239","农村基层党建工作如何引领乡村振兴","创新训练项目","D202305232037384112","0","马克思主义学院","双向","0303-社会学类","-","-","实施乡村振兴战略，人才是关键，加强基层党组织带头人队伍建设。要大力实施头雁工程，青苗培养工程等，为乡村振兴提供“智力”支撑。要充分发挥基层党组织在推动乡村振兴中的战斗堡垒作用，提升党员能力素质，围绕发展壮大集体经济，并以其为保障，发展特色产业。鼓励党员领头兴办农民专业合作社等，发展经营规模，拓宽增收渠道，充分发挥党员的先锋模范作用，打通农产品的销售渠道，为产业振兴，农民增收发挥应有的作用。","丁彬","2022010838","机械与储运工程学院","机械类","2022","机械22-1班","1","杨卫东/1493","副教授","马克思主义学院","4","李欣怡/2022010824,刘小萌/2022011586,李彤辉/2022011946","机械与储运工程学院,信息科学与工程学院,经济管理学院","机械类,计算机科学与技术,工商管理类","0",null,"C级"]
[380,"1268","00 后大学生精神生活的自我认知研究","创新训练项目","D202305232304518836","0","马克思主义学院","双向","0301-法学类","-","-","习总书记说过，要把青年工作当做战略工作来抓，通过选用调查问卷、深度访谈、查阅文献等方法对当代00后大学生群体精神生活的自我认知进行调研，在此基础上完成研究报告，从而对当下青年群体的价值取向、心理现象以及行为选择有更为深入的了解，响应党的号召，推进青年工作的深化落实。","钟佳君","2021012157","马克思主义学院","思想政治教育","2021","思政21-2班","1","刘托托/2020880014","讲师","马克思主义学院","5","刘文静/2022012149,李佳宁/2022012148,路雅茗/2022012150,黄佳/2022012147","马克思主义学院,马克思主义学院,马克思主义学院,马克思主义学院","思想政治教育,思想政治教育,思想政治教育,思想政治教育","0",null,"C级"]
[381,"1343","B站对青少年“四史”认识和历史观的影响调查","创新训练项目","D202305241700088324","0","马克思主义学院","双向",null,"-","-","本项目将以B站百大up主中的知识区up主为主要对象，考察B站历史类视频对青少年形成正确的党史、共和国史、革命史和社会主义发展史认识以及科学历史观的影响，并对历史类视频未来发展和管理提出建议。项目将包括历史类视频本身历史内容和历史观的分析，以及青少年历史认识影响调查两个主要的实践环节。","罗清华","2022012158","马克思主义学院","思想政治教育","2022","思政22-2班","1","袁鹏/2017880020","讲师","马克思主义学院","5","杜奕成/2022012159,张新钰/2022012157,张皓博/2022012162,柳帅/2021011612","马克思主义学院,马克思主义学院,马克思主义学院,信息科学与工程学院","思想政治教育,思想政治教育,思想政治教育,计算机科学与技术","0",null,"A级"]
[382,"1341","类ChatGPT人工智能对教育生态的影响及应对策略研究","创新训练项目","D202305241624579808","0","马克思主义学院","双向",null,"-","-","以ChatGPT为代表的人工智能技术正在以其强大的功能和快速的发展改变着教育的历史叙事。一方面，类ChatGPT人工智能技术成为教育创新的强大催化剂，将打破固有教育模式的路径依赖，加速释放教育数字化转型的庞大红利，对推动形成全新数字教育生态和全面建设中国式教育现代化发挥重大作用。另一方面，随之而来的风险与挑战如学生主体性异化风险、数字伦理风险以及数字教育治理风险等也需我们思考和警惕。","黄姝境","2021012136","马克思主义学院","思想政治教育","2021","思政21-1班","1","向晶/2020880008","讲师","马克思主义学院","5","仪蕾/2021012175,张蕾/2021012131,范益良/2021011592,吴在玥/2022012134","马克思主义学院,马克思主义学院,信息科学与工程学院,马克思主义学院","思想政治教育,思想政治教育,计算机科学与技术,思想政治教育","0",null,"A级"]
[383,"1424","中东（能源）格局新特点及对中国的启示","创新训练项目","D202305272249576828","0","马克思主义学院","双向",null,"-","-","指导老师：杨卫东，联系方式：13581809818","陈梦琪","2020012154","马克思主义学院","思想政治教育","2020","思政20-1班","1","杨卫东/1493","副教授","马克思主义学院","2","寿乐鹏/2021010268","石油工程学院","石油工程","0",null,"C级"]
[384,"1425","一带一路背景下的中国新能源外交","创新训练项目","D202305272250107417","0","马克思主义学院","双向",null,"-","-","指导老师：杨卫东，联系方式：13581809818","张可莹","2020012192","马克思主义学院","思想政治教育","2020","思政20-2班","1","杨卫东/1493","副教授","马克思主义学院","2","陶金羽菲/2022012211","外国语学院","英语","0",null,"C级"]
[385,"1461","农村能源革命现状与挑战","创新训练项目","D202305282158471302","0","马克思主义学院","双向",null,"-","-","指导老师：杨卫东\n联系方式：13581809818","祝志宇","2022010826","机械与储运工程学院","机械类","2022","机械类22-2班","1","杨卫东/1493","副教授","马克思主义学院","5","吴琮昊/2022010830,王菁禾/2022010874,王崇印/2022010827,宋子杭/2022010804","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机械类,机械类,机械类","0",null,"B级"]
[386,"1479","大学生创新创业助力乡村振兴","创新训练项目","D202305301343049361","0","马克思主义学院","自主","0305-马克思主义理论类","-","-","1. 培养乡村青年的创新创业意识和能力。我们将通过开展创新创业课程、组织实践活动等形式，帮助乡村青年了解创新创业的基本知识和技能，激发他们的创业热情。\n2. 推进乡村产业升级。我们将通过引进新技术、新产品和新市场，促进乡村产业升级，提高农产品附加值和市场竞争力，推动乡村经济发展。","何鹏辉","2022010831","机械与储运工程学院","机械类","2022","过程22-3班","1","李晓夏/2022880020","中级","马克思主义学院","6","杨乐/2022010832,肖杰耀/2022010833,郝子涵/2022010834,高立奥/2022010835,周立仁/2022010861","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机械类,机械类,机械类,过程装备与控制工程","0",null,"C级"]
[387,"1493","新时代基层文化发展现状调查 ——基于某某某的调查研究","创新训练项目","D202306071241201983","0","马克思主义学院","双向",null,"-","-","基层文化包括乡土文化、社区文化等形态，可参考“村BA”带来的启示","亓宸玥","2022012151","马克思主义学院","思想政治教育","2022","思政22-2班","1","杨关玲子/2417","副教授","马克思主义学院","5","化晚晴/2022012146,王欣月/2022012232,陈佳璐/2022010879,吕佳琪/2022010851","马克思主义学院,外国语学院,机械与储运工程学院,机械与储运工程学院","思想政治教育,英语,机械类,机械类","0",null,"B级"]
[388,"1506","与“石”俱进：当代大学生身份认同的价值培育与路径选择——以xx专业为例","创新训练项目","D202310121913152235","0","马克思主义学院","双向",null,"-","-","读大学是为了什么？大学生可以做些什么？几乎是每一位大学生从入校之初到毕业离校之际都曾想过的问题。解答此题，或许可以从探索逻辑自洽开始，突破理想与现实博弈的青春困境，构建自我-集体-国家的价值认同与成长路径。从项目研究的角度出发，就是在充分社会调查的基础上，讨论如下问题：1.影响大学生身份认同的因素；2.当代大学生身份价值的构成及其影响；3.如何成为社会主义事业的建设者和接班人？","王焯辉","2022010902","信息科学与工程学院","自动化","2022","自动化22-3转专业班","1","国若家/2020880003","讲师","马克思主义学院","5","邵子杭/2022010900,王锐/2022010903,杨兆骐/2022010904,周翎珊/2022011950","信息科学与工程学院,机械与储运工程学院,机械与储运工程学院,经济管理学院","自动化,机械设计制造及其自动化,过程装备与控制工程,市场营销","0",null,"C级"]
[389,"898","中西媒体危机事件报道的话语策略对比研究","创新训练项目","D202305181257075315","0","外国语学院","双向",null,"-","-","话语可以建构现实，并被现实所建构。特定的话语可以塑造威胁身份，叙述危机故事，对言语对象制造话语障碍，形成话语压力，建构话语危机，影响相关政策。本文以中西媒体对一些重大突发事件的报道为语料，系统对比英汉危机话语的语篇特征和修辞结构，尤其是在话语实践和社会实践中所呈现出来的异同点，进而探讨我国在“百年未有之大变局”环境下，如何调整话语策略，提升国际话语权，避免不必要的话语攻击和误解。","赵冉冉","2021012258","外国语学院","英语","2021","英语21-3班","1","柴同文/2425","副教授","外国语学院","5","卢奕凤/2021012246,郑哲慧/2021012244,高英博/2021012248,王兆亮/2021012260","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"C级"]
[390,"1061","青少年户外活动时间调查","创新训练项目","D202305221507389910","0","外国语学院","双向",null,"-","-","户外活动是青少年生长发育的重要支撑因素。户外活动可以促进青少年体内VD的合成，有利于青少年免疫、骨骼肌肉的发育。户外活动有利于青少年建立社会关系，包括同伴关系，对其心理健康至关重要。目前，我国青少年可能存在户外活动不足的情况，对此进行调查具有一定的理论和实践价值。","于沁暄","2022012183","外国语学院","英语","2022","英语22-1班","1","隋岩/2138","副教授","外国语学院","3","唐舞/2022012217,黄心悦/2022012223","外国语学院,外国语学院","英语,英语","0",null,"A级"]
[391,"891","在地化教学助力中国乡村英语教育的路径研究","创新训练项目","D202305181031289487","0","外国语学院","双向",null,"-","-","乡村英语教育要融入乡村文化、利用乡村资源，在提高学生学业成就的同时，提升学生对乡村事务的关注、增强学生对乡村社区的认同感，促进乡村学校和乡村社区的互惠共建。本项目以在地化教学为视角，通过调查研究，探讨在地化教学助力乡村英语教育的有效路径，促进乡村英语教育和乡村振兴战略的有机结合，赋予乡村英语教育国家战略意义。","马立芮","2020012215","外国语学院","英语","2020","英语20-1班","1","石虹/2016880039","副教授","外国语学院","5","万卓盈/2020012223,吴琳/2020012257,于欣悦/2020012212,金雨喆/2021012197","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"B级"]
[392,"896","法国软实力之一法国奢侈品品牌文化","创新训练项目","D202305181217140408","0","外国语学院","双向","0303-社会学类","-","-","软实力是一种能力，它能通过吸引力而非威逼利诱达到目的，是一个国家综合实力中的重要组成部分。本项目旨在通过分析代表法国软实力之一的法国奢侈品品牌文化来说明法国软实力的输出能力，井给民族品牌走出国门，走向世界提供一定的参考价值。","杨小艺","2022012168","外国语学院","英语","2022","英语22-1班","1","范吉宏/2036","讲师","外国语学院","3","牛一然/2022010035,申佳欣/2022012218","地球科学学院,外国语学院","地质类,英语","0",null,"C级"]
[393,"899","北京红色旅游景点英语简介语篇的多模态分析及其话语建构策略","创新训练项目","D202305181257123806","0","外国语学院","双向",null,"-","-","红色旅游作为具有中国特色的旅游项目，旨在弘扬红色文化，加快“中国文化走出去”战略的实施。在此背景下，其英文介绍就成了国外游客深入了解红色旅游信息、中国历史和中国文化的重要途径。本项目拟在视角语法框架下，以北京市主要红色旅游景点的英译简介为语料，系统分析该类语篇的再现意义、互动意义以及构图意义，在识别相关问题和不足的基础上，从多模态视角探讨该类语篇的生成和话语建构策略。","薛沐阳","2021012255","外国语学院","英语","2021","英语21-3班","1","柴同文/2425","副教授","外国语学院","5","于越/2021012256,王丽敏/2021012247,步伊雯/2021012249,黄坤鸿/2021012209","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"B级"]
[394,"966","大学生学业情绪的现状调查及对策研究","创新训练项目","D202305192046304967","0","外国语学院","双向",null,"-","-","学生的学业情绪越来越受到关注，但是目前研究并不多见。全面了解大学生的学业情绪，有利于促进学生的积极心理，为学生的心理健康指导提供借鉴。本项目通过对大学生学业情绪展开全面调查研究，了解大学生学业情绪现状、特征及影响因素，探讨如何增强学生积极情绪、降低消极情绪，对于提高学业成就、提升学生心理素质和学习幸福感有着重要意义。","郭柔伽","2022012176","外国语学院","英语","2022","英语22-1班","1","石虹/2016880039","副教授","外国语学院","4","陈晓璐/2022012170,赵阳/2022012241,李佳融/2022012239","外国语学院,外国语学院,外国语学院","英语,英语,英语","0",null,"B级"]
[395,"965","新时代理工类高校文科专业大学生就业现状及问题研究","创新训练项目","D202305191933474490","0","外国语学院","双向",null,"-","-","通过对京内外理工类高校文科专业大学生就业现状开展调研，汇总数据，总结当前阶段理工类高校文科专业大学生就业的难点和堵点，同时提出相应的解决对策，提升就业质量。同时，通过该项调研，使调研小组的成员养成科研基本素养，学会文献查询和综述写作方法。在指导教师的指下学会制作调研问卷，开展调查研究，整理调研数据，形成调研报告，同时使自身了解就业趋势，提前掌握相关就业技能。","顾晴","2021012216","外国语学院","英语","2021","英语21-2班","1","刘春阳/2185","讲师","外国语学院","3","邹丹艺/2021012220,董忘忧/2021012222","外国语学院,外国语学院","英语,英语","0",null,"A级"]
[396,"1003","大学生热点新闻关注度调查分析","创新训练项目","D202305210919421725","0","外国语学院","双向",null,"-","-","通过问卷调查的方法，调查大学生对热点新闻的关注情况并对调查结果进行分析，了解大学生在热点新闻关注上存在的问题，并讨论如何引导大学生正确对待国内外热点问题。","王庆基","2022010304","石油工程学院","石油工程（创新班）","2022","石工22-1班","1","张丽丽/1951","讲师","外国语学院","3","张雅军/2022010334,梁政/2022010240","石油工程学院,石油工程学院","石油工程（创新班）,石油工程","0",null,"B级"]
[397,"1087","勇担时代使命 争做青年榜样，舞台剧在第二课堂中的育人研究——以中国石油大学（北京）《青春之歌》为例","创新训练项目","D202305221730314030","0","外国语学院","双向",null,"-","-","作为校园文化的一种载体，校园舞台剧不仅是一种活跃在校园舞台上的艺术样式，而且也是第二课堂中青年学生重要的创新实践内容。校园舞台剧具有积极的育人作用：德育功能，智育功能，美育功能等。中国石油大学（北京）外国语学院师生创编的校园舞台剧《青春之歌》通过学生陈江宇、大伟、菡涵、文兰参与冬奥会、支教、抗疫和国际中文教育志愿者工作的优秀事迹，展现当代青年学生的优秀品质和风采，有着独特创新式的育人作用。","李鑫宇","2022012207","外国语学院","英语","2022","英语22-2班","1","李滨/2276","讲师","外国语学院","3","罗静娴/2022012208,毛嘉瑶/2022012209","外国语学院,外国语学院","英语,英语","0",null,"B级"]
[398,"1115","中国儿童英语视觉词研究","创新训练项目","D202305222223156157","0","外国语学院","双向",null,"-","-","视觉词对儿童词汇及阅读能力的培养非常重要。视觉词采用整体认读方法，对常用词汇进行图形性整体认读，视觉词的学习和掌握，扫清了儿童阅读的初步障碍，对儿童的语感培养也起着重要作用。我国目前在视觉词方面的研究并不多见，该研究具有一定的理论和实践基础。","张硕颖","2021012257","外国语学院","英语","2021","英语21-3班","1","隋岩/2138","副教授","外国语学院","3","王可敏/2021011867,任自力/2021011865","理学院,理学院","应用化学,应用化学","0",null,"C级"]
[399,"1194","翻译硕士毕业论文摘要平行语料库建设与应用研究","创新训练项目","D202305231634325403","0","外国语学院","双向",null,"-","-","平行语料库是由原文及其翻译文本在特定单位进行对齐后构成的数据库。平行语料库可用于译者的翻译风格研究、翻译规范研究，以及翻译教学研究等不同方面。本项目拟通过在中国知网收集多所高校翻译硕士毕业论文的中英文摘要，通过应用AbbyyAligner等语料库建设工具，建成一个有一定规模、有代表性的、历时的平行语料库。该语料库建成后，可用于译者行为研究和学术翻译研究，也可为翻译硕士论文摘要写作翻译提供数据参考。","程玉君","2021012245","外国语学院","英语","2021","英语21-3班","1","于红/1955","副教授","外国语学院","5","雷晓蕊/2021012251,熊浩颖/2021012254,刘佳怡/2021012252,吴穹雁/2021012227","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"C级"]
[400,"1233","双碳目标背景下能源话语的中国特色和国际传播","创新训练项目","D202305231957537035","0","外国语学院","双向",null,"-","-","围绕“双碳”概念的提出、时间进程和目标、涵盖的内涵以及“能源革命”在中国式现代化中的战略考量，调研四卷《习近平谈治国理政》和二十大报告等经典政治话语文献的中英版本中的主要论述，梳理能源话语的主要论述及其英文表达，从翻译和传播效果的角度分析评价英文表达的传播性和接受度，为讲好中国能源故事提供话语构建支撑。","辛烽阳","2021012228","外国语学院","英语","2021","英语21-2班","1","徐方富/0791","教授","外国语学院","5","高艺铷/2021012223,罗书萱/2021012215,元超然/2021012191,徐鸿庭/2022012214","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"C级"]
[401,"1264","人类命运共同体视角下中国与中亚能源合作与挑战","创新训练项目","D202305232241085394","0","外国语学院","双向","0502-外国语言文学类","-","-","本项目旨在系统研究中国与中亚国家在能源领域的合作与面临的挑战,从人类命运共同体的高度,提出进一步深化合作的建议和路径。\n1.理论意义:从人类命运共同体视角研究中国与中亚能源合作,有助于理解合作的内在逻辑和提高合作水平。 \n2.实践意义:项目研究成果可为中国政府制定与中亚能源合作战略提供参考,并为企业进入中亚能源市场带来机会。","蔡知薇","2021012195","外国语学院","英语","2021","英语21-1班","1","郑世高/2098","副教授","外国语学院","5","余小青/2021012203,张欣然/2021012193,王思琦/2021012212,郑钰婷/2021012204","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"C级"]
[402,"1276","北京市高校校园文化建设的调研及思考","创新训练项目","D202305240715065437","0","外国语学院","双向",null,"-","-","高校校园文化是高校文化的重要组成部分，是社会主义核心价值观在校园的直观体现。优秀的校园文化对高校立德树人根本任务的落实至关重要。本项目通过对北京市具有代表性的的高校进行走访调研，了解其校园文化建设的理念、内容及特色，分析当前大学校园文化建设存在的一些问题等，探讨加强和完善高校校园文化建设，营造良好文化环境的实践路径。","李明宇","2022011461","新能源与材料学院","材料科学与工程","2022","材料22-2班","1","李音/1953","讲师","外国语学院","4","龚瑞敏/2022011455,曹上哲/2022010657,邢近朱/2022010666","新能源与材料学院,机械与储运工程学院,机械与储运工程学院","材料科学与工程,油气储运工程,油气储运工程","0",null,"C级"]
[403,"1338","当代大学生的科幻文学阅读现状与未来想象力的培养","创新训练项目","D202305241606199886","0","外国语学院","双向",null,"-","-","项目采用调查的形式了解当代大学生的中西科幻文学阅读现状，包括受欢迎的阅读书目、阅读时长、阅读方式和阅读感悟等等，然后基于现状探讨培养大学生未来想象力的建议，考证文学阅读对于探究未来科技、能源、环境、社会、文化等多重问题的现实意义。","段佳一","2021012196","外国语学院","英语","2021","英语21-1班","1","唐建南/1671","教授","外国语学院","5","马双悦/2021012194,邱梓琳/2021012200,雷婷/2021012224,郭盈盈/2020012251","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"C级"]
[404,"1372","大学理工科教材的视觉和谐对学习态度的影响","创新训练项目","D202305252012254608","0","外国语学院","双向",null,"-","-","考察大学本科理工科教材或教辅材料中的视觉内容，在满足和未满足视觉和谐的情况对于学生的学习态度是否有影响。设计中，通常会组合基本的视觉元素来构成视觉效果，如形状、素材和颜色。这些素材作为个体和组合会导致学生情绪上的变化。这种情绪上的变化是否会让学生产生对内容的厌恶和兴趣，以此影响其学习的热情。","徐碧娴","2020010060","外国语学院","英语","2020","英语20-2班","1","YI YAN/2020880005","讲师","外国语学院","4","夏新艺/2020010421,舒娜娜/2022012163,杨妮娜/2021012229","外国语学院,外国语学院,外国语学院","英语,英语,英语","0",null,"C级"]
[405,"1357","大学生志愿服务与社会实践有效融合的价值意蕴与路径探索","创新训练项目","D202305242249387058","0","外国语学院","双向",null,"-","-","将志愿服务和社会实践有效融合、相互促进，将实践育人理念融入到青年志愿服务工作中，实现文化特质与实践品质的结合，多角度全方位地培养大学生，增强青年大学生在志愿服务与社会实践活动中的获得感。理论联系实际，“语”你一起向未来志愿服务团，通过调研分析和实践活动，总结志愿服务和社会实践有效结合的实践育人的新方式与新路径。","范其乐","2021012250","外国语学院","英语","2021","英语21-3班","1","谌丛/2363","讲师","外国语学院","5","石嘉嘉/2021012190,周伊恬/2021012205,徐跃/2021012186,刘畅/2022012171","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"C级"]
[406,"1364","人类命运共同体视角下中国与尼日利亚能源合作与挑战","创新训练项目","D202305251050061616","0","外国语学院","双向",null,"-","-","1. 理论意义:从人类命运共同体视角探讨南南合作,有助于理解合作内在逻辑和发展潜力。\n2. 实践意义:为中国政府和企业制定与尼日利亚能源合作战略提供决策参考。 \n3. 方法论意义:使用比较研究等方法,分析合作模式和机制,为研究新兴经济体提供经验借鉴。","朱炫毅","2022012215","外国语学院","英语","2022","英语22-2班","1","郑世高/2098","副教授","外国语学院","4","刘力瑗/2022012172,康岚婷/2022012177,刘芯淼/2022012191","外国语学院,外国语学院,外国语学院","英语,英语,英语","0",null,"C级"]
[407,"1385","城市公共标识语英译错误调查研究","创新训练项目","D202305260944480256","0","外国语学院","双向",null,"-","-","在城市的公共场所，有很多中英双语公共标识语，但是这些标识语有很多错误和不规范之处，极大地影响了城市的形象。参与本项目的同学需要对某城市的中英公共标识语进行调查研究，收集第一手资料，对其中的错误进行分类，分析出现这些出现错误的主要原因，并且给出正确的翻译方案和建议。","马海月","2021012218","外国语学院","英语","2021","英语21-2班","1","李素真/2006860001","副教授","外国语学院","4","刘慧琳/2021012214,孟润妍/2022012231,蒙濛/2022012226","外国语学院,外国语学院,外国语学院","英语,英语,英语","0",null,"C级"]
[408,"1388","大学生英语移动学习调查研究","创新训练项目","D202305261018344103","0","外国语学院","双向",null,"-","-","随着互联网和智能手机的迅速发展，移动学习已经成为一种新型的学习方式。本项目需要使用调查问卷或面谈的方式，了解我校（也可以是外校学生）大学生对英语移动学习设备的使用状况、移动学习资源的利用情况，以及使用移动学习设备学习英语的动机、学习兴趣和实际表现等。并且就发现的问题提出有针对性的建议，以便提高移动学习资源在英语学习中的使用效率。","张心怡","2022010674","机械与储运工程学院","油气储运工程","2022","储运22-2班","1","李素真/2006860001","副教授","外国语学院","5","林彤彤/2022010882,李佳欣/2022010673,黄伶俐/2022010854,张鑫齐/2022010907","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,油气储运工程,机械类,机械类","0",null,"C级"]
[409,"1411","北京市高校智慧校园建设的现状调研及思考","创新训练项目","D202305271156490305","0","外国语学院","双向",null,"-","-","智慧校园建设是高校“双一流”建设的重要组成部分，加快智慧校园建设可以进一步落实国家教育数字化战略行动，加快推进教育数字转型和智能升级。本项目通过对北京部分高校智慧校园建设的现状进行调研，分析存在的问题和困难，探讨建设高校智慧校园的路径和模式。","姚为杰","2022011465","新能源与材料学院","材料科学与工程","2022","材料22-2班","1","李音/1953","讲师","外国语学院","3","黄乐/2022011494,冯昕然/2022010965","新能源与材料学院,机械与储运工程学院","材料科学与工程,机械类","0",null,"C级"]
[410,"1431","中华老字号品牌海外传播的现状和效果研究","创新训练项目","D202305281123006961","0","外国语学院","双向",null,"-","-","中华老字号如何加强品牌对外传播，提高在国际上的知名度，增强竞争力，对于构建良好的中国国家形象，增强文化软实力有重要意义。本研究通过调研中华老字号品牌的海外传播现状和效果，总结中国企业海外传播的优势和不足，为中国企业和品牌走出去提供思考和借鉴。","孙佳音","2022012197","外国语学院","英语","2022","英语22-2班","1","田芸/2207","讲师","外国语学院","5","罗语涵/2022012194,高晨曦/2022012205,兰佳睿/2022012221,吴贤英/2021012031","外国语学院,外国语学院,外国语学院,经济管理学院","英语,英语,英语,财务管理","0",null,"C级"]
[411,"1433","基于虚拟现实技术的英语口语与表达训练：告别哑巴英语，提升思辨能力","创新训练项目","D202305281332529160","0","外国语学院","双向",null,"-","-","此项目旨在设计一套利用虚拟现实技术提供有效的英语口语和表达训练的方案，帮助学生彻底告别哑巴英语，同时提升思辨能力。让学生可以利用人工智能工具、各种思维模型，模拟不同语境中的口语交流，例如商务会议、学术交流、演讲汇报、日常生活沟通等，并提供语音识别、口语评估等，帮助学生自测发音、语调、演讲结构等方面的问题，并且给出针对性的建议和指导。","黎之旭","2022012229","外国语学院","英语","2022","英语22-3班","1","连洁/2070","讲师","外国语学院","4","张子怡/2022012228,杨越/2022012236,熊采奕/2022012212","外国语学院,外国语学院,外国语学院","英语,英语,英语","0",null,"C级"]
[412,"1473","西语国家（及地区）青年对中国文化的认知","创新训练项目","D202305291615072800","0","外国语学院","自主","0502-外国语言文学类","-","-","西班牙语作为全球第二大语言（母语者人数），其覆盖的二十多个国家和地区，其庞大的青年群体对中国文化认知总体较少。本项目拟对该问题进行调研分析，以期了解西语文化区域内中国文化对青年的影响，考虑青年对新媒体和流行文化的接受特性，这一调研对促进中外文化交流沟通很有意义。\n\n（根据实际研究条件，研究对象范围可以调整，如缩减至某一国家地区，以及至具体某一方面的文化或其传播途径等）","李怡昊","2020012244","外国语学院","英语","2020","英语20-2班","1","丁宁/2407","讲师","外国语学院","5","陈诗妍/2022012203,买尔阿巴·艾海提/2021012240,裴雪铃/2021012238,庞臣/2021010796","外国语学院,外国语学院,外国语学院,机械与储运工程学院","英语,英语,英语,能源与动力工程","0",null,"C级"]
[413,"1149","“五四”寻踪   ——重走五四之路","创新训练项目","D202305231151320900","0","体育与人文艺术学院","双向",null,"-","-","本项目要求学生重走当年五四运动学生游行的路线，通过对五四运动发生地的考察，借助文史互鉴的方法，体验那场伟大的震惊中外的爱国运动，让学生更深刻地感受“爱国、进步、民主、科学”为核心的伟大五四精神。\n一、重走五四之路：\n从北大红楼沿着五四运动学生游行路线走到赵家楼，实地考察五四运动发生的过程。\n二、阅读五四运动的相关的历史文献和研究著作。\n三、以图文结合的方式写作项目报告。","邹加鑫","2021012150","马克思主义学院","思想政治教育","2021","思政21-1班","1","赵成文/1823","讲师","体育与人文艺术学院","5","朱迅/2018010696,党靖怡/2021012166,胡光鑫/2021012154,卢孟茜/2021011941","马克思主义学院,马克思主义学院,马克思主义学院,经济管理学院","思想政治教育,思想政治教育,思想政治教育,能源经济","0",null,"C级"]
[414,"907","高校女生体质健康研究——以中国石油大学（北京）2016级本科女生为例","创新训练项目","D202305181637031780","0","体育与人文艺术学院","双向","0402-体育学类","-","-","本项目旨在调查中国石油大学（北京）2016级本科女生的体质状况，探讨现代女性大学生的生活方式与体质健康关系，并提出相关建议。通过体能测试数据分析，了解生活方式、运动情况等方面的情况，并对其进行分析和对比。本研究旨在为高校女性提供科学、健康的生活方式指导，促进学生身心健康发展，并为高校创建健康、活力、积极的校园文化，为建设健康中国作出贡献。","李康慧","2022012075","经济管理学院","信息管理与信息系统","2022","信管22-2班","2","王晶/2035,何帆/2019881022","讲师,初级","体育与人文艺术学院,体育与人文艺术学院","3","吴占军/2019011928,李诗涵/2021012125","理学院,马克思主义学院","应用化学,思想政治教育","0",null,"C级"]
[415,"910","首都高校本科女生体质现状调查及发展对策研究","创新训练项目","D202305181707217108","0","体育与人文艺术学院","双向","0402-体育学类","-","-","本项目旨在对首都高校本科女生的体质现状进行调查研究，并提出相应的发展对策。通过对样本进行身体指标测量、体能测试、生活习惯调查分析等方面的研究，了解女生的身体健康情况，并探讨影响女生体质健康的原因和实施有效的改善方向。本研究的目的是为首都高校本科女生提供科学、健康的生活方式指南，提高其体质水平，促进其身心健康发展。","陈伟玄","2022010837","机械与储运工程学院","机械类","2022","化工22-3班","2","王晶/2035,张旭/2014880018","讲师,副教授","体育与人文艺术学院,体育与人文艺术学院","3","郑子诺/2022010310,王铜/2022010836","石油工程学院,机械与储运工程学院","石油工程,机械类","0",null,"C级"]
[416,"1034","校园新媒体作品创作实践","创新训练项目","D202305221039440859","0","体育与人文艺术学院","双向",null,"-","-","本项目旨在带领鼓励学生成员综合运用媒体作品创作的理论和技术，用年轻语态的视听表达以及传媒特有的艺术视角和形式来诠释他们对于大学生活类宣传主题的理解，挖掘展示心中关于中石大青年学生的精彩世界，引导鼓励更多青年释放灵感、放飞想象。","曲昶安","2021011035","地球物理学院","勘查技术与工程（物探）","2021","物探21-1班","1","张姣/1956","助理研究员（社会科学）","体育与人文艺术学院","4","李卓悦/2022012114,任正元/2021012060,马瑞/2021011031","马克思主义学院,经济管理学院,地球物理学院","思想政治教育,市场营销,勘查技术与工程（测井）","0",null,"B级"]
[417,"1122","中华传统文化在学校体育中的传承与创新","创新训练项目","D202305230901057169","0","体育与人文艺术学院","双向",null,"-","-","中华武术源远流长，威震八方。它在中国传统文化的滋养和哺育中发展，具有浓郁的民族特色。由于外来文化的冲击以及全球化浪潮等原因，中华武术发展处于困局之中，对武术的学习与传承已势在必行。该项目以“中华传统文化进校园”为主题，在前期面向校内师生与学校周边社区、学校，以展演、讲座、教学演示等方式传播中华武术，鼓励更多人加入到武术的学习中来。并借助新媒体平台广泛传播，以小见大，做中华传统文化的创新实践者。","郭敬薇","2020011918","经济管理学院","能源经济","2020","能经20-1班","1","郑茗芥/2016880019","讲师","体育与人文艺术学院","5","冯麟喧/2022011059,黄允恩/2022011342,张帅/2022010477,姚爽/2022010609","地球物理学院,新能源与材料学院,化学工程与环境学院,化学工程与环境学院","地球物理学类,新能源科学与工程,化工与制药类,环境科学与工程类","0",null,"A级"]
[418,"1204","通过学生原创音乐弘扬中华优秀传统文化并树立文化自信","创新训练项目","D202305231711446923","0","体育与人文艺术学院","双向",null,"-","-","此项目充分结合石油大学七十周年校庆，以点·石原创音乐活动为基础，紧密结合音乐教学实践进行改革，在学生原创音乐中展现石油精神，培养学生的家国情怀，深化他们传承中华优秀传统文化的使命感，增强学生的文化自信。项目训练成果是通过对学生的音乐创作培训，激发学生创作出具有中国优秀传统文化与彰显石油精神的歌曲，并且能够在点‧石音乐专场中展演，充分体现石大学子的石油精神，彰显青春力量，树立文化自信。","巴合提亚尔·库格依","2022012337","机械与储运工程学院","机械类","2022","机械类22-3班","1","刘晓婷/2044","讲师","体育与人文艺术学院","5","王梓洋/2022011197,马欣宇/2022011689,童薪蒙/2022011220,曲莎莎/2022012210","安全与海洋工程学院,信息科学与工程学院,安全与海洋工程学院,外国语学院","安全工程,自动化,安全工程,英语","0",null,"B级"]
[419,"1214","通过原创音乐将国风说唱文化与校园文化融合","创新训练项目","D202305231747237877","0","体育与人文艺术学院","自主","1302-音乐与舞蹈学类","-","-","当今嘻哈文化盛行，各大音乐节人山人海的场面的足以证明嘻哈文化受众于越来越多的青年人。而嘻哈文化中的经典元素说唱文化也是一股新潮，我们将首次把本校校园文化与嘻哈文化相结合，利用说唱这种嘻哈文化中经典的艺术形式来表示这两种文化融合的形式，把我校优秀的文化底蕴来彰显出来，我们将自主编曲制作，打造出独属于我校文化内涵和我校学子精神风貌的说唱音乐作品，来实现这种嘻哈文化和校园文化融合的创新形式。","贾京昊","2021011774","理学院","统计学","2021","统计21-1班","1","刘晓婷/2044","讲师","体育与人文艺术学院","5","万林昊/2022011766,冯玺淋/2022010347,龙元浩/2021215618,高渐如/2021011112","理学院,石油工程学院,机械与储运工程学院,地球物理学院","数学类,石油工程,能源动力,地球物理学","0",null,"C级"]
[420,"807","基于PIV/PTV的支撑剂运移铺置规律研究","创新训练项目","D202305151843387023","1","人工智能学院","双向","0809-计算机类","-","-","利用PIV和PTV结合方法，通过在流体中添加示踪粒子，并使用激光照射和图像处理技术来跟踪这些颗粒在流体中的运动轨迹，从而得到流体速度场的信息。粒子图像测速技术是通过在流场中散入示踪粒子,通过激光脉冲照射流场的固定切面区域，再通过成像系统拍摄两次或多次曝光的粒子图像5]。通过对粒子图像的分析得到流场的流动情况。PIV测速是现已成为流场测速的主要测量手段。","朱广妍","2022012242","人工智能学院","人工智能","2022","人工智能22-1班","1","胡晓东/2019880008","助理研究员（自然科学）","非常规油气科学技术研究院","2","尹恺瑞/2022012269","人工智能学院","人工智能","0",null,"C级"]
[421,"808","井场施工水击压力波的智能识别方法","创新训练项目","D202305151843456529","1","人工智能学院","双向","0809-计算机类","-","-","基于水力压裂现场实测的井口压力数据，开展特征工程建立对水击波特征的认识，利用合适的人工智能算法构建模型并利用实测数据训练，实现对施工中水击波的实时识别及特征提取；使用智能方法识别井场实测的井口压力数据中的水锤波形，并提取压力波特征，不仅能够为停泵水击压力波诊断提供数据指导，而且能够辅助现场判断当前井下情况。","张皓元","2022012271","人工智能学院","人工智能","2022","人工智能22-1班","1","胡晓东/2019880008","助理研究员（自然科学）","非常规油气科学技术研究院","3","余奥凯/2022012270,余振/2022012251","人工智能学院,人工智能学院","人工智能,人工智能","0",null,"C级"]
[422,"809","人工智能算法在光度法测量裂缝宽度的应用","创新训练项目","D202305152046051871","1","人工智能学院","双向","0702-物理学类","-","-","该项目基于对光度法的应用，对岩石裂缝的宽度通过合理选择合适算法，进行智能拟合工作以及优化，建立一套具有光强拟合裂缝宽度作用的实验模型，此模型可以将测量裂缝的宽度进行拟合和优化，给出精确的测量数据和宽度。","杨宇","2022012268","人工智能学院","人工智能","2022","人工智能22-1班","1","胡晓东/2019880008","助理研究员（自然科学）","非常规油气科学技术研究院","2","严永一/2022012267","人工智能学院","人工智能","0",null,"C级"]
[423,"811","NLP驱动的问答式搜索系统","创新训练项目","D202305160908029399","1","人工智能学院","双向","0809-计算机类","-","-","1.采用关键词定位、OCR技术实现不同格式规范的文档关键信息自动提取，并建立专家知识库；\n2.搭建基于NLP技术的数据库查询命令及自然语言智能生成系统。\n要求：1.具有良好的调研文献能力及英文阅读能力；2.熟练掌握python语言编程；3.能够积极主动学习数据库、NLP等相关技术。","杨琳轩","2022012256","人工智能学院","人工智能","2022","人工智能22-1班","1","朱丹丹/2015880005","副教授","信息科学与工程学院","3","吕晓彤/2022012244,李蓉蓉/2022012245","人工智能学院,人工智能学院","人工智能,人工智能","0",null,"C级"]
[424,"1454","基于语义分割的碳酸盐岩铸体薄片组分定量分析","创新训练项目","D202305281947408250","1","人工智能学院","双向","0807-电子信息类","-","-","调研该领域内发展现状，汇总目前铸体薄片图像定量分析的方法，依托指导老师数据制作一套语义分割数据集，并基于python语言建立语义分割模型。将制作好的数据集应用于常用语义分割模型进行效果评估与定量分析。","张哲羲","2021011089","地球物理学院","勘查技术与工程（物探）","2021","物探21-1班","1","宋泽章/2016880043","副教授","地球科学学院","2","金世贵/2020010012","地球科学学院","资源勘查工程","0",null,"C级"]
[425,"903","固井质量预测与优化方法","创新训练项目","D202305181624499061","1","人工智能学院","双向","0815-矿业类","-","-","1、形成一套井筒集数据预处理方法；\n2、基于智能算法建立一套适用于固井质量预测的模型；\n3、基于优化算法优化固井施工参数，提高固井质量。\n在已有的算法上对其进行优化，根据其结果进行改良得出一个更优的算法","李起豪","2020010128","人工智能学院","人工智能","2020","人工智能20-1班","1","宋先知/2012880038","教授","石油工程学院","2","赵桓宇/2020010093","人工智能学院","人工智能","0",null,"B级"]
[426,"1025","基于电量分离算法的家庭节能技术研发","创新训练项目","D202305220949056067","1","人工智能学院","双向","0809-计算机类","-","-","基于Python计算机语言，通过编程和机器学习算法，在得知家用电器总用电量的基础上，应用电量分离算法实现家用电器的用电量预测及故障检测，以用电量分离后的结果和机器故障的检测结果为基础为用户提供节能建议。","邓鑫龙","2022012257","人工智能学院","人工智能","2022","人工智能22-1班","1","姜洁/2022880038","副研究员（自然科学）","人工智能学院","5","赵云鹏/2022012253,陈浩宁/2022012252,王彪/2022012250,杨涵/2022012255","人工智能学院,人工智能学院,人工智能学院,人工智能学院","人工智能,人工智能,人工智能,人工智能","0",null,"B级"]
[427,"1132","成像测井图像智能识别与定量分析方法研究","创新训练项目","D202305231022058085","1","人工智能学院","双向","0807-电子信息类","-","-","1.智能图像增强方法研究和智能图像识别方法研究：结合其他领域的智能图像增强和识别和成像测井领域图像增强和识别方法，构建成像测井智能图像增强和识别方法。\n3.定量分析方法研究：对图像所获取的不同数据分门别类运用合适的定量分析方法得出数据结果","马进荣","2022012261","人工智能学院","人工智能","2022","人工智能22-1班","1","廖广志/2013880002","教授","地球物理学院","5","田文栋/2022012263,杜毅沛/2022012258,刘磊/2022012260,李昆熹/2022012259","人工智能学院,人工智能学院,人工智能学院,人工智能学院","人工智能,人工智能,人工智能,人工智能","0",null,"C级"]
[428,"1133","核磁共振数据智能数据处理方法研究","创新训练项目","D202305231022110200","1","人工智能学院","双向","0807-电子信息类","-","-","在熟悉机器学习，深度学习并擅长编程的前提下：\n1.根据地质体的形状、产状和物性数据等，通过构造数学模型计算得到其理论值（数学模拟），或通过构造实体模型来观测模型所产生的地球物理效应的数值（物理模拟）构建数据集在python运行环境下测试机器学习算法；\n2,对比不同算法的特征，改进处理结果。","唐懿民","2022012262","人工智能学院","人工智能","2022","人工智能22-1班","1","廖广志/2013880002","教授","地球物理学院","4","王奥来/2022012264,闵波/2022012243,石怡然/2022012246","人工智能学院,人工智能学院,人工智能学院","人工智能,人工智能,人工智能","0",null,"B级"]
[429,"1227","基于人工智能方法预测水力压裂过程中的异常情况","创新训练项目","D202305231915383605","1","人工智能学院","双向","0807-电子信息类","-","-","通过实验，利用传感器采集到的水力压裂信号数据，采用人工智能方法来预测水力压裂过程中的异常情况。通过开发高效准确的异常检测、分类与诊断模型，以及预测与预警系统，为水力压裂作业提供及时的异常监测和预测，以及决策支持，从而提高作业的安全性、效率和可持续性。","严羽","2022012248","人工智能学院","人工智能","2022","人工智能22-1班","1","胡晓东/2019880008","副研究员（自然科学）","非常规油气科学技术研究院","3","周雅晴/2022012249,王一喆/2022012247","人工智能学院,人工智能学院","人工智能,人工智能","0",null,"C级"]
[430,"1457","深水气田生产动态状况数字可视化系统构建","创新训练项目","D202305281954569825","1","人工智能学院","双向","0807-电子信息类","-","-","项目以“深海一号”能源站为研究对象，构建仿真模型，结合生产数据流，构建深水气藏-井筒-平台数字孪生系统，实现生产过程的可视化、智能化\n研究内容：采用三维建模软件开发气藏、井筒、平台的三维仿真模型\n气藏仿真：结合储层的三维地质模型和三维建模软件构建气藏仿真模型；井筒仿真：基于实际数据，对信息模型中的井身结构、钻柱、井眼轨迹和井内流体进行高精度3D建模；平台仿真：实现海上平台组件的三维仿真和可视化","李维","2020010327","人工智能学院","人工智能","2020","人工智能20-1班","1","林伯韬/2013880064","教授","人工智能学院","5","吴子敬/2022012266,杜航/2020010325,刘浩博/2021010755,阿斯哈提/2021010177","人工智能学院,石油工程学院,机械与储运工程学院,地球科学学院","人工智能,石油工程,过程装备与控制工程,资源勘查工程","0",null,"C级"]
[431,"890","闲置采盐溶腔捕存低浓度CO2可行性探讨","创新训练项目","D202305181023153012","0","非常规油气科学技术研究院","自主","0805-能源动力类","-","-","2020年，中国CO2排放量约为100亿吨，占世界排放总量的30.7%。8%~29%的低浓度CO2是主要的排放源，占排放总量超过75%，华东和华南地区分布最为稠密。CCS的单位成本中，捕集和运输成本占比较高，目前仍不具备大规模化封存低浓度CO2的经济性条件。我国井盐年均产量5600万吨，分布于我国东南部的地下盐穴溶腔置体积超过2亿方，与CO2排放源距离短，研究其捕集与封存低浓度CO2具有重要意义。","张晨曦","2022011418","新能源与材料学院","储能科学与工程","2022","储能22-1班","1","姚二冬/2015880042","助理研究员（自然科学）","非常规油气科学技术研究院","3","马梓宸/2022011416,曾睎/2022011399","新能源与材料学院,新能源与材料学院","储能科学与工程,储能科学与工程","0",null,"A级"]
[432,"1102","铠甲泡沫驱油体系微观渗流机理研究","创新训练项目","D202305222021034765","0","非常规油气科学技术研究院","双向",null,"-","-","CO2驱被广泛用于提高原油采收率，然而，由于其不利流度比导致波及系数低。虽然泡沫能有效提高流体粘度扩大波及体积，但不稳定性制约了其应用。无机颗粒和生物型表面活性剂构筑界面铠甲强化泡沫是一种具有潜力的泡沫驱油体系。本项目研究铠甲强化泡沫的稳定性，分析CO2/液相界面的动态界面张力和界面扩张粘弹性。在此基础上，通过微观可视化实验研究强化泡沫的微流动行为以及封堵及驱油规律。","罗嘉阳","2022010329","石油工程学院","石油工程","2022","石工22-5班","1","吕其超/2018880016","副研究员（自然科学）","非常规油气科学技术研究院","3","许椿枫/2022010333,宋子硕/2022010330","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"B级"]
[433,"1108","驱油用泡沫流体分子模拟","创新训练项目","D202305222036217496","0","非常规油气科学技术研究院","双向",null,"-","-","CO2泡沫驱增大CO2的流动阻力，提高其波及体积。可通过降低原油黏度和油水界面张力、与原油形成混相或近混相而成为提高原油采收率的主要技术之一，但由于地层存在非均质性、CO2流度比原油和水高，会出现CO2气窜和黏性指进现象，影响CO2驱提高采收率的效果。应用分子模拟设计思想，筛选出能与CO2形成稳定泡沫的表面活性剂体系，以得到满足目标油藏需求、经济实用的复配体系。","王新乔","2022216608","非常规油气科学技术研究院","化学工程","2022",null,"1","吕其超/2018880016","副研究员（自然科学）","非常规油气科学技术研究院","3","马晓涵/2021010185,牛智/2020010233","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"C级"]
[434,"1107","Z油田储层堵塞机理研究","创新训练项目","D202305222036162145","0","非常规油气科学技术研究院","双向",null,"-","-","Z油田区块储层是典型的低渗透油藏，由于储层物性差，孔隙结构复杂，渗透率低，在水驱开发过程中出现大量堵塞井，但经过解堵措施处理后，解堵效果较差，开发一段时间之后再次出现堵塞现象。现通过对储层岩心及堵塞垢样开展铸体薄片、X射线衍射、SEM扫描电镜等实验技术手段进行研究，以解决储层堵塞问题，明确储层堵塞原因，掌握主控因素，更好地指导油田开发。","李长勇","2022216639","非常规油气科学技术研究院","石油与天然气工程","2022",null,"1","吕其超/2018880016","副研究员（自然科学）","非常规油气科学技术研究院","2","王魁/2022216640","非常规油气科学技术研究院","石油与天然气工程","0",null,"C级"]
[435,"1105","高倾角砂岩油藏双向驱渗流规律研究","创新训练项目","D202305222028340579","0","非常规油气科学技术研究院","双向","0815-矿业类","-","-","高倾角油藏油水渗流规律受重力作用影响大，顶部原油动用难度高，油藏高部位及边角处形成大量剩余油，水驱采收率偏低。双向驱作为一种有效的驱替方式被应用于高倾角油藏开发。本项目旨在通过二维可视化驱替物模拟装置，制作二维填砂模型以反映高倾角砂岩油藏地质特征，开展注气时机、注气方式等因素对气驱效果影响评价，研究气驱过程中原油、水、油水及油气过渡带分布特征和运移过程，为高倾角砂岩油藏双向驱开发提供理论支撑。","李龙瑄","2022211736","非常规油气科学技术研究院","石油与天然气工程","2022",null,"1","吕其超/2018880016","副研究员（自然科学）","非常规油气科学技术研究院","2","肖凯/2022211725","非常规油气科学技术研究院","石油与天然气工程","0",null,"C级"]
[436,"1106","低渗油藏非稳态泡沫驱调控优化研究","创新训练项目","D202305222028576826","0","非常规油气科学技术研究院","双向",null,"-","-","泡沫驱是提高低渗透油藏采收率的有效途径，其驱油机理主要包括选择性封堵、气液重力分异作用以及表面活性作用。常规泡沫体系通常不耐油，在接触地层原油后快速消泡，一般很难再次起泡，大幅削弱泡沫在多孔介质的长期作用效果。本项目通过微观可视化模型，开展泡沫驱油体稳定性测试，明晰泡沫体系生成-破灭规律，揭示泡沫驱油体系动态稳定机理，并分析不同注入参数对波及和洗油性能的影响规律，指导低渗油田泡沫驱长效开发。","韩嘉琦","2021010250","石油工程学院","石油工程","2021","石工21-3班","1","吕其超/2018880016","副研究员（自然科学）","非常规油气科学技术研究院","3","张安迪/2021010217,宋太宏/2021010269","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"B级"]
[437,"1109","纳米纤维素复合稳泡剂的动态稳定机理研究","创新训练项目","D202305222036255516","0","非常规油气科学技术研究院","双向",null,"-","-","泡沫动态稳定性指的在地下环境下泡沫受到自发消泡和流动剪切起泡的共同作用，两种因素会产生泡沫的动态稳定。纳米纤维素是一种环境友好的生物源纳米材料，最新的研究表明纳米纤维素特有性质可以提升水基泡沫稳定性。但是纤维素价格较贵，起泡所需能量较大，将零维纳米粒子与其复配有着更加优异的性能。项目目的在于寻找合适的浓度，分析界面流变性以及环境因素的影响，探索动态稳定性最佳指标。","陈博文","2021010232","石油工程学院","石油工程","2021","石工21-2班","1","吕其超/2018880016","副研究员（自然科学）","非常规油气科学技术研究院","3","郑盟/2021010213,刘芯爱/2021010215","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"C级"]
[438,"1128","多相流反应溶质运移模拟在储层成岩作用中的应用","创新训练项目","D202305230956417114","0","非常规油气科学技术研究院","双向","0814-地质类","-","-","随着地球科学的发展，无论是在环境和能源领域，还是在资源和经济方面，均要求人们对一些地球作用过程的特征进行详细描述，包括成岩过程中流体的流动、矿物的转化和元素的迁移等，而刻画这些复杂的过程，需要一个关于物质流动和化学运移的整合方法。地下多组分反应溶质运移模拟是解释地球系统中的诸多耦合过程（地球化学、微生物和物理过程等）的重要工具。项目重点是多相流反应溶质运移模拟在储层成岩作用中的应用","聂瀚文","2021010458","碳中和未来技术学院","碳储科学与工程","2021","碳储21-1未来班","1","杨磊磊/2016880038","副研究员（自然科学）","非常规油气科学技术研究院","2","田宇喆/2021011921","碳中和未来技术学院","碳储科学与工程","0",null,"C级"]
[439,"1155","基于多相流数值模拟的二氧化碳地质封存研究","创新训练项目","D202305231328517297","0","非常规油气科学技术研究院","双向","0814-地质类","-","-","碳捕集、利用与封存是实现碳中和的重要途径之一。“双碳”目标下，CO2在油气藏中的应用由原来的“尽量少的CO2获得最高的采收率”发展为“在有限的地质空间内封存更多的CO2”。但存在一系列关键科学问题尚未突破，包括CO2引发多相流动和溶质运移反应机理，以及长期封存机制。","杨广坤","2021010077","地球科学学院","资源勘查工程","2021","资源21-2班","1","杨磊磊/2016880038","副研究员（自然科学）","非常规油气科学技术研究院","4","张博焱/2021010050,范易辉/2021010083,曲宸可/2022012298","地球科学学院,地球科学学院,碳中和未来技术学院","资源勘查工程,资源勘查工程,碳储科学与工程","0",null,"C级"]
[440,"1484","超临界二氧化碳萃取天然产品的制备和市场开发","创新训练项目","D202305312033408318","0","非常规油气科学技术研究院","双向","0813-化工与制药类","-","-","随着生活水平的提升，天然产品由于其低碳、亲和、无害等特点，被市场所关注;同时，二氧化碳的利用是目前双碳目标下的重点领域。本项目针对超临界二氧化碳所具有的溶解度高、萃取效率好等特征，采用超临界二氧化碳，根据萃取原理，开发具有生物活性的超产品，并进行市场开发。主要内容包括，天然产品的筛选、二氧化碳萃取的适宜性和可行性、工艺路线的选择、融资和市场的开发。","郑林岳","2021011348","新能源与材料学院","新能源科学与工程","2021","新能源21-1班","1","彭勃/1402","教授","非常规油气科学技术研究院","2","倪晓冬/2021011358","新能源与材料学院","新能源科学与工程","0",null,"C级"]
[441,"1476","嗜稠油微生物筛育","创新训练项目","D202305300752078186","0","非常规油气科学技术研究院","双向",null,"-","-","深地油气藏天然的是极端微生物的生境，各种嗜油微生物，特别是嗜好稠油、蜡、芳烃、非烃和沥青质的微生物也天然的存在，高效的分离培养保藏，将对我国油气工业后续高效经济“双碳”生态开发具有重要科学和技术价值。本项目将重点研究对稠油嗜好的油气藏极端微生物，通过新型的筛育技术，高效的分离捕获这些宝贵驱油生命，实现科学和技术的双重突破。","许议方","2022010251","石油工程学院","石油工程","2022","石工22-3班","1","万云洋/2247","研究员（自然科学）","非常规油气科学技术研究院","2","段珂宇/2021216532","非常规油气科学技术研究院","地质工程","0",null,"C级"]
[442,"802","超临界CO2体系增稠的微观分子机理研究","创新训练项目","D202305101413254276","1","碳中和未来技术学院","双向","0804-材料类","-","-","基于分子尺度和介观模拟尺度模拟，计算不同类型添加剂分子在超临界CO2流体中的溶解度、内聚能密度以及原子间径向分布函数，设计并优选添加剂分子结构理论模型，从分子尺度分析不同类型添加剂在超临界二氧化碳中增稠机理。","李德谦","2021010599","碳中和未来技术学院","碳储科学与工程","2021","碳储21-1未来班","1","刘子龙/2020880016","讲师","理学院","3","张高榕/2021010578,李帅寒/2021010297","化学工程与环境学院,碳中和未来技术学院","环境工程,碳储科学与工程","0",null,"A级"]
[443,"1455","人工智能驱动的高性能液流电池离子交换膜设计","创新训练项目","D202305281953336907","1","碳中和未来技术学院","双向","0805-能源动力类","-","-","发展铁/铬液流电池长时储能技术对于实现我国能源结构向绿色清洁低碳方向转型发展具有重要作用。以理性设计和自动优化为研究方向，聚焦提升铁/铬液流电池能量效率和系统稳定性研究，以 AI辅助多尺度模拟为手段，结合理论指导实验的方法，围绕调控电极反应活性提升能量效率和创新设计材料强化长时稳定性的研究主线，通过复杂分子结构-作用力辨识模型和自动优化方法的理论创新。","郭霁霄","2022012275","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","周天航/2022880032","岗位副教授","碳中和未来技术学院","2","左润国/2021011342","碳中和未来技术学院","储能科学与工程(未来班）","0",null,"C级"]
[444,"946","“智能封堵剂”CO2响应型凝胶的制备与性能评价","创新训练项目","D202305191128432056","1","碳中和未来技术学院","双向","0804-材料类","-","-","针对CO2地质封存中可能出现气体泄漏通道的问题，本课题拟开发出一种响应前具有良好注入性，响应后有一定封堵强度的智能凝胶封堵剂，选用含有CO2响应基团的单体进行聚合反应合成出一种遇到CO2后可质子化为聚阳离子体的聚合物，并选用另一种聚阴离子体与其复配成胶，并通过流变、热重、扫描电镜等表征方法对其响应性能以及成胶后的凝胶强度进行考察，为CO2地质封存过程中潜在的CO2泄漏问题提供一种可行的技术路线。","陈雨萌","2022012276","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","刘琦/2015880051","副研究员（自然科学）","非常规油气科学技术研究院","3","曹锦鹏/2022012287,聂博丹/2022012277","碳中和未来技术学院,碳中和未来技术学院","碳储科学与工程,碳储科学与工程","0",null,"C级"]
[445,"947","画地为牢，高效固碳——CO2原位矿化封存技术","创新训练项目","D202305191128498445","1","碳中和未来技术学院","双向","0813-化工与制药类","-","-","CO2原位矿化封存技术利用基性-超基性矿物将CO2转变为稳定的碳酸盐矿物，在实现长久固碳降低泄漏风险，是一种安全高效的CO2减排技术。本项目立足于CO2原位矿化封存技术的关键环节，采用室内实验与数值模拟相结合的方式，开展针对性CO2原位矿化封存反应机理和矿化反应速率的控制因素研究，探究矿化封存项目的封存效率，建立矿化封存储量计算方法和矿化封存经济评价，为实现大规模CO2商业化封存奠定理论基础。","蒋子明","2022012295","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","刘琦/2015880051","副研究员（自然科学）","非常规油气科学技术研究院","3","曹胜晟/2022012294,张伊萌/2022012280","碳中和未来技术学院,碳中和未来技术学院","碳储科学与工程,碳储科学与工程","0",null,"B级"]
[446,"948","碳储未来-二氧化碳矿化再生绿色循环建筑材料技术","创新训练项目","D202305191128544466","1","碳中和未来技术学院","双向","0815-矿业类","-","-","在开展CO2捕集、封存与利用（CCUS）技术研发，通过封存并利用当地工业排放的CO2和北京朝阳区东坝资源中心回收的建筑垃圾生产再生低碳混凝土，在封存CO2的同时实现北京市建筑垃圾的资源化利用，改善北京市生态环境，促进循环经济发展，并产生一定的经济效益。","王彦博","2022012300","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","刘琦/2015880051","副研究员（自然科学）","非常规油气科学技术研究院","4","张湛/2022012301,邱泽第/2022012297,佟维泽/2022012299","碳中和未来技术学院,碳中和未来技术学院,碳中和未来技术学院","碳储科学与工程,碳储科学与工程,碳储科学与工程","0",null,"C级"]
[447,"1076","中国石油大学（北京）接诉即办平台“e诉通”使用情况分析","创新训练项目","D202305221641254384","1","碳中和未来技术学院","双向","0807-电子信息类","-","-","研究内容：本课题通过关键词搜索等方式，查找咨询、诉求和建议类频次较高问题，并进行排序；对各部门问题回复情况进行分类和分析（包括但不限于文明用语使用、问题解决程度、直接办理还是告知联系人等间接办理等进行分析）；对各学院（研究院）学生使用平台诉求情况进行分析等。","王超尘","2020010438","人工智能学院","人工智能","2020","人工智能20-1班","1","于富海/2022880050","助教","人工智能学院","1",{"$nulls":3},"0",null,"A级"]
[448,"996","CO2驱油过程中的埋存优化设计","创新训练项目","D202305202356555225","1","碳中和未来技术学院","双向","0815-矿业类","-","-","把CO2注入储层驱油的同时进行埋存是实现双碳目标最现实的途径，本项目调研CO2驱油与埋存的影响因素，明确CO2驱油与埋存的协同关系，根据具体油藏特征优化CO2的注入参数，获得不同因素影响下的CO2的埋存动态变化。","范士锦","2022012272","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","刘哲宇/2022880026","岗位副教授","石油工程学院","3","刘星佚/2022012274,刘玘璐/2022012273","碳中和未来技术学院,碳中和未来技术学院","碳储科学与工程,碳储科学与工程","0",null,"C级"]
[449,"1022","亲水石墨烯导电添加剂辅助构筑高性能硅基锂离子电池","创新训练项目","D202305220849455994","1","碳中和未来技术学院","双向","0804-材料类","-","-","由于Si具有资源丰富、比容量高和嵌锂电位低等优势，被视为未来商业化锂离子电池负极的首选材料。然而，其差的导电性和大的体积膨胀率严重降低了锂离子电池的能量密度和循环寿命。因此，本项目拟将原位碳包覆和亲水性石墨烯导电浆料相结合，协同提升Si负极的导电性和抑制其体积膨胀。通过研究硅基锂离子电池在不同温度下的电化学性能，结合多种表征技术探究电极的微观结构变化，耦合理论模拟，实现高性能硅基锂电池的可控制备。","叶强","2021010344","碳中和未来技术学院","储能科学与工程(未来班）","2021","储能21-1未来班","1","肖志华/2022880067","岗位副教授","碳中和未来技术学院","5","许翰林/2021011267,杨丰硕/2021010252,崔德治/2022012282,王子越/2022012281","碳中和未来技术学院,碳中和未来技术学院,碳中和未来技术学院,碳中和未来技术学院","储能科学与工程(未来班）,储能科学与工程(未来班）,碳储科学与工程,碳储科学与工程","0",null,"A级"]
[450,"1039","致密油藏注CO2提高采收率室内实验设计方法","创新训练项目","D202305221122308123","1","碳中和未来技术学院","双向","0815-矿业类","-","-","注CO2是提高致密油藏采收率最有效的方法之一。但是，由于致密油藏压力较高，室内物理模拟实验很难达到目标油藏压力，从而还原CO2在油藏中流动和与原油相互作用的实际情况。本项目旨在研究致密油藏注CO2提高采收率室内模拟实验设计方法，将实验压力降到既安全可控、又能反应CO2在实际油藏中主要流动特征的范围内。","王晨","2022012278","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","杨钰龙/2017880006","副研究员（自然科学）","非常规油气科学技术研究院","3","黄子祺/2022011094,荆赢/2020011103","地球物理学院,地球物理学院","地球物理学类,勘查技术与工程（测井）","0",null,"C级"]
[451,"1054","驱油用表面活性剂复配体系协同增效的实验研究","创新训练项目","D202305221413556245","1","碳中和未来技术学院","双向","0813-化工与制药类","-","-","驱油用表面活性剂复配体系中，表面活性剂之间的协同效应是获得优异界面性能的关键。本项目通过对复配体系表面张力的测试，获得临界胶束浓度、表面张力值，C20等表面化学参数，计算不同复配体系的协同作用参数β，筛选具有良好协同效应的复配体系。","南炜通","2021010228","碳中和未来技术学院","碳储科学与工程","2021","碳储21-1未来班","1","刘子龙/2020880016","讲师","理学院","3","刘吉祥/2021010236,陈东/2021010916","碳中和未来技术学院,碳中和未来技术学院","碳储科学与工程,碳储科学与工程","0",null,"C级"]
[452,"1064","Cu2O基异质结光催化剂的设计、制备及其光催化还原CO2性能的研究","创新训练项目","D202305221528075904","1","碳中和未来技术学院","双向","0703-化学类","-","-","采用水浴法制备还原氧化石墨烯包裹的八面体Ag-Cu2O光催化剂，获得最佳的光还原CO2的催化体系。通过各种表征和分析，系统的研究催化剂的结构、形貌、改性物种等对CO2光催化还原效率的影响，从而揭示光催化还原CO2的反应机理。","杨晔星","2022012285","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","韦岳长/2012880017","教授","理学院","3","刘敦宇/2022012284,张泽宇/2022012283","碳中和未来技术学院,碳中和未来技术学院","碳储科学与工程,碳储科学与工程","0",null,"C级"]
[453,"1065","光催化减碳：利用太阳能还原CO2的量子点发光材料的制备及其性能研究","创新训练项目","D202305221528117531","1","碳中和未来技术学院","双向","0703-化学类","-","-","利用太阳能还原CO2的量子点发光材料的制备及其性能研究，采用油浴法制备钙钛矿量子点材料，再通过超声搅拌复合对量子点进行分散保护。通过各种表征和分析，系统地研究影响CO2光催化还原效率的因素，从而制备出性能最佳的光还原CO2材料。","郭昊慷","2022012289","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","韦岳长/2012880017","教授","理学院","3","杨瑞柯/2022012293,高哲轩/2022012288","碳中和未来技术学院,碳中和未来技术学院","碳储科学与工程,碳储科学与工程","0",null,"C级"]
[454,"1130","二氧化碳驱油封存一体化模拟及封存潜力评估","创新训练项目","D202305230956525000","1","碳中和未来技术学院","双向","0814-地质类","-","-","二氧化碳驱油封存一体化模拟是指通过计算机模拟技术，将二氧化碳驱油和地下封存两个过程结合起来模拟，以便更好地评估二氧化碳驱油封存技术的可行性和封存潜力。\n该模拟技术可以模拟二氧化碳驱油过程中的油藏物理化学特性、CO2注入量和注入速率等参数，同时还可以考虑地下封存过程中的地质条件、封存深度等因素。不同类型储层固碳潜力评价包括不同类型储层的有效固碳矿物，C02封存形态及封存量，不同类型储层固碳潜力等。","王金","2022012279","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","杨磊磊/2016880038","副研究员（自然科学）","非常规油气科学技术研究院","2","王亦非/2022012290","碳中和未来技术学院","碳储科学与工程","0",null,"C级"]
[455,"1449","京津冀地区PP/PE废弃塑料高性能回收利用","创新训练项目","D202305281757376433","1","碳中和未来技术学院","双向","0825-环境科学与工程类","-","-","加大塑料再生利用有着重要意义。聚乙烯（PE）/聚丙烯（PP）废弃共混物中加入共聚物相容剂，可以打破原有体系热力学极限，提高共混物相容性，实现其高价值回收。结合热力学剖析结构-性质关系，构建主动学习框架，以精准设计具有高相容性潜在共聚物的分子量、嵌段比例和序列","郄子文","2022012296","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","周天航/2022880032","岗位副教授","碳中和未来技术学院","2","吴泽恩/2021011886","碳中和未来技术学院","碳储科学与工程","0",null,"C级"]
[456,"1211","基于树莓派的显示系统设计","创新训练项目","D202305231735560177","1","碳中和未来技术学院","双向","0807-电子信息类","-","-","利用树莓派的便携性和灵活性，可以开发一个全新的显示系统，为多功能显示设备增添更多特定显示情景下的功能。通过在树莓派上进行开发，可以实现投放、滚播、霸屏等功能，从而进一步提升校园显示设备在不同应用场景下的实用性和效果。通过这些功能的完善，可以更好地满足校园内的信息传递和展示需求，无论是学术讲座、校园活动宣传还是通知公告发布，都可以通过这个新的显示系统得到更好的展示效果。","张嘉铭","2020011579","人工智能学院","人工智能","2020","人工智能20-1班","1","于富海/2022880050","助教","人工智能学院","2","杨仁杰/2022310505","安全与海洋工程学院","机械工程","0",null,"C级"]
[457,"1222","高原低氧环境的脂质代谢分析","创新训练项目","D202305231850416034","1","碳中和未来技术学院","双向","0710-生物科学类","-","-","高原低氧条件下的人类机能变化和适应性对我国军事战略安全具有重要意义。本研究针对高原低氧环境在分子层面进行生物体的脂质代谢研究，探索脂质在高原环境下的重要生理功能，探究高原疾病的发病机制，通过改变人体内脂质代谢来更好的适应高原环境，避免或缓解高原疾病对人体的伤害。","于子杰","2022012292","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","韩晔华/2012880010","教授","化学工程与环境学院","3","申溱/2022010390,久阿拉姆/2022012367","化学工程与环境学院,化学工程与环境学院","化工与制药类,环境科学与工程类","0",null,"B级"]
[458,"1363","超低渗透砂岩油藏CO2封存潜力评价研究","创新训练项目","D202305251047289263","1","碳中和未来技术学院","双向","0709-地质学类","-","-","超低渗透砂岩油藏CO2封存机理分析；学习相关软件技术和油藏知识，对超低渗透砂岩油藏CO2封存进行相关数值模拟，通过对数值分析以找到CO2在底下封存与相关因素的规律，来找到合适CO2封存的最佳条件。\n。","魏原森","2021011479","碳中和未来技术学院","碳储科学与工程","2021","碳储21-1未来班","1","赵阳/2022880007","副高级","石油工程学院","2","李卿熙/2021010025","碳中和未来技术学院","碳储科学与工程","0",null,"B级"]
[459,"1460","功能蚕丝纤维设计及柔性器件应用","创新训练项目","D202305282127250349","0","碳中和未来技术学院","双向",null,"-","-","对蚕丝结构与处理工艺关系深入研究，发展对天然蚕丝纤维进行﻿可控逐级解离的方法，制备得到蚕丝纳纤，从而发挥其本征结构优势；通过微纳多尺度结构调控，结合纺丝工艺设计，实现设计组装高强度功能蚕丝纤维，并对其柔性器件应用进行探索。","李梦莹","2022011421","新能源与材料学院","材料科学与工程","2022","材料22-1班","1","王春雅/2022880039","副教授","碳中和未来技术学院","5","任友桐/2022011422,周旭利洋/2022011471,柏云天/2022011340,魏奥珈/2022011426","新能源与材料学院,新能源与材料学院,新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程,新能源科学与工程,材料科学与工程","0",null,"B级"]
[460,"1492","锂电池电动车换电研究","创新训练项目","D202306032156583531","0","碳中和未来技术学院","双向","0805-能源动力类","-","-","第一阶段：调查研究：\n1.以北京市电动私家车为主要调研对象开展车载电池换电调查研究；\n2.锂电池电动车的普及对于北京市碳排放的影响； \n第二阶段：对调研结果进行分析总结，进一步优化路径建议； \n第三阶段：实地调研走访，形成调研报告和实施方案； \n第四阶段：试点运行方案，根据实际反馈完善方案；","张馨瑶","2022011401","碳中和未来技术学院","储能科学与工程(未来班）","2022","储能22-1未来班","1","谢静/2013880077","助理研究员（自然科学）","教务处","4","马燕/2022010033,唐浩鹏/2022010715,锁国燕/2021011983","地球科学学院,机械与储运工程学院,经济管理学院","地质类,油气储运工程,会计学","0",null,"A级"]
[461,"889","基于小样本时序数据钻井风险预警的研究","创新训练项目","D202305181019342901","1","碳中和示范性能源学院","双向","0709-地质学类","-","-","1.查阅文献，调研国内外钻井风险预警研究现状；\n2.录井数据处理、时序小样本数据增强、特征工程；\n3.智能预警模型构建、评估和迁移性研究等；\n4.对研究的主要结论进行总结，并对未来研究的发展方向进行展望。","董宇鑫","2022011505","新能源与材料学院","材料科学与工程","2022","材料22-3班","1","宋先知/2012880038","教授","石油工程学院","2","陈泽雨/2022011503","新能源与材料学院","材料科学与工程","0",null,"C级"]
[462,"1337","大位移水平井全井段岩屑运移数值模拟研究","创新训练项目","D202305241602304606","1","碳中和示范性能源学院","双向","0815-矿业类","-","-","1.建立适用于岩屑运移中液-固两相流模型；2.利用数值模拟方法，模拟钻柱旋转对大位移水平井中岩屑运移特性；3.分析钻柱旋转条件下钻柱两侧岩屑床高度及倾角、岩屑床层与悬浮层交界面处的流体及岩屑运移速度和悬浮层岩屑浓度等特性。","刘彦晗","2022010535","化学工程与环境学院","环境科学与工程类","2022","碳中和能源创新22-1班","1","周蒙蒙/2022880018","副教授","碳中和示范性能源学院","3","戴剑苓/2022010616,宋泽旭/2022011501","化学工程与环境学院,新能源与材料学院","环境科学与工程类,材料科学与工程","0",null,"B级"]
[463,"949","双管齐下助力碳中和-MOF强化CA捕集CO2技术","创新训练项目","D202305191128581333","1","碳中和示范性能源学院","双向","0805-能源动力类","-","-","在开展CO2捕集、封存与利用（CCUS）技术研发，碳捕集是关键一环，本项目选择碳捕集效率最高的碳酸酐酶(CA)作为捕集过程催化剂，高效低碳环保的进行CO2捕集，更好地服务与CCUS全技术流程，项目解决生物酶法捕集CO2过程中工业限制问题，通过分子修饰，固定化及定向演化提升CA稳定性，固定化与制备出自带捕集性能的MOF材料，双管齐下增强碳捕集能力，更好地应用于工业化，助力我国早日实现“碳中和”目标。","王皓廷","2022010084","地球科学学院","地质类","2022","资源22-1班","1","刘琦/2015880051","副研究员（自然科学）","非常规油气科学技术研究院","5","王旖华/2022010669,雷宇乐/2022010713,邢其昌/2022010728,何知乐/2022010707","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[464,"1045","基于python编程的深水钻井管柱力学分析软件构建","创新训练项目","D202305221205269129","1","碳中和示范性能源学院","双向","0809-计算机类","-","-","基于课题组已有深水钻井隔水管和水下井口环空带压分析模型，采用python软件，编制深水钻井管柱力学分析软件，完成程序的调试与优化。\n小组成员需要先了解建模原理，理解求解过程，查阅文献；再基于此完成matlab代码到python代码到改编，让结果可视化。","沈昊旸","2022012334","人工智能学院","油气储运工程","2022","碳中和能源创新22-1班","1","王宴滨/2016880016","岗位教授","石油工程学院","4","袁帅胜典/2022010731,陈佳菲/2022010705,陈浩鑫/2022010180","机械与储运工程学院,机械与储运工程学院,地球科学学院","油气储运工程,油气储运工程,地质类","0",null,"C级"]
[465,"1150","石油公司碳中和转型策略规划调研","创新训练项目","D202305231222412053","1","碳中和示范性能源学院","双向","0815-矿业类","-","-","1.梳理国家碳中和政策：整理归纳近些年国家颁发的相关的碳中和文件政策；\n2.调研石油工程碳中和规划：通过对石油公司进行相关调研，以多种形式收集并整理其过往、现在和未来的碳中和规划；\n3.给出合理的碳中和策略路径建议：经过一系列整理调研，针对我国实际国情和石油公司实际情况提出合理的碳中和策略路径建议，促进双碳目标的实现。","苗得雨","2022010214","石油工程学院","石油工程","2022","碳中和能源创新22-1班","1","薛亮/2014880051","副教授","石油工程学院","4","孙唯真/2022010216,付安/2022010211,李子敬/2022010405","石油工程学院,石油工程学院,化学工程与环境学院","石油工程,石油工程,化工与制药类","0",null,"A级"]
[466,"1279","Cu2O基三元异质结催化剂的制备及其光催化CO2还原性能","创新训练项目","D202305240834543697","1","碳中和示范性能源学院","双向","0703-化学类","-","-","采用溶剂热和自组装法得到CsPbBr3@Zn-Uio-66光催化剂，通过比例调节得到性能最优催化体系。通过结构表征、理论计算及原位分析，系统研究催化剂引入的Zn位点对体系的影响作用，揭示光催化还原CO2机理。","伍宜平","2022010156","地球科学学院","地质类","2022","碳中和能源创新22-1班","1","韦岳长/2012880017","教授","理学院","3","郑泽宇/2022010335,刘宝元/2022010154","石油工程学院,地球科学学院","石油工程,地质类","0",null,"B级"]
[467,"1216","废弃油藏埋存二氧化碳中的盖层封闭性研究","创新训练项目","D202305231804521549","1","碳中和示范性能源学院","双向","0814-地质类","-","-","二氧化碳密度比水小。在浮力的作用下，地下储集层中的二氧化碳具有向上运动的趋势，如果在储集层之上没有不渗透的地层盖住，则二氧化碳会一直向上运动以至于最后散失掉。盖层是位于储集层之上能够封盖储集层使其中的二氧化碳免于向上逸散的保护层。盖层的好坏直接影响着二氧化碳在储集层中的聚集效率和埋存时间。\n1.盖层的岩性特征调研；2.盖层的封闭机理调研；3.盖层封闭二氧化碳的能力表征","王佳睿","2022010099","地球科学学院","地质类","2022","碳中和能源创新22-1班","1","王建国/2285","副教授","石油工程学院","5","刘忠庆/2022010115,李安诺/2022010167,范相岑/2020010283,夏浩东/2022010083","地球科学学院,地球科学学院,石油工程学院,地球科学学院","地质类,地质类,石油工程,地质类","0",null,"C级"]
[468,"1393","一带一路沿线国家油气投资合作研究","创新训练项目","D202305261146356970","1","碳中和示范性能源学院","双向","1202-工商管理类","-","-","一带一路是国家重大战略，今年恰逢一带一路提出十周年，本项目旨在系统梳理一带一路十年间沿线国家能源投资，特别是油气投资合作方面的进展，从整体情况、到典型项目、再到经验收获、最后到建议等，形成一份简要的报告，作为碳中和与能源创新发展研究院年底的论坛智库报告之一。","刘海川","2022010028","地球科学学院","地质类","2022","碳中和能源创新22-1班","1","王建良/2014880025","教授","经济管理学院","5","彭承远/2022010048,贾涛/2022011963,孙静静/2022011969,秦腾飞/2021010327","地球科学学院,经济管理学院,经济管理学院,石油工程学院","地质类,工商管理类,工商管理类,石油工程","0",null,"C级"]

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[1,"810","油气储层润湿性智能评价系统","创新训练项目","D202305152155278208","0","地球科学学院","双向",null,"-","-","润湿性是控制油藏流体在岩石孔隙中的分布和流动的关键因素,对于油气产出、采收率、压裂液与储层相互作用等都具有重要的作用,准确认识储层润湿性是油气田开发的基础工作。对油气储层进行润湿性评价，可以有效的指导油藏的开发,提高油藏采收率。","白文博","2021010178","地球科学学院","资源勘查工程","2021","资源21-4班","1","孙晨皓/2021880013","讲师","地球科学学院","3","马小伟/2021010174,邓鹏辉/2021010085","地球科学学院,地球科学学院","资源勘查工程,资源勘查工程","0",null,"C级"]
[2,"905","鄂尔多斯盆地陇东地区长7段致密油储层孔隙结构特征及渗流特性研究","创新训练项目","D202305181628261846","0","地球科学学院","自主","0814-地质类","-","-","鄂尔多斯盆地延长组 7 段烃源岩层系内致密油资源丰富，储层发育多尺度的孔喉结构，微纳米级孔喉广泛发育，含油饱和度低，流动阻力大，孔喉结构特征和渗流特性是影响其产能的重要因素。本项目旨在集中于储层孔隙结构的定量表征和分类评价、基于储层孔隙结构研究进行储层评价、储层孔隙结构对流体活动的影响、深入揭示油气储层的内部结构、厘清油气在孔隙中的渗流特性。为同类型油藏的高效开发提供理论依据与建议。","杜健","2022010017","地球科学学院","地质类","2022","资源22-3班","1","蔡建超/2021880027","教授","地球科学学院","3","王宏涛/2022010010,肖杰/2022010012","地球科学学院,地球科学学院","地质类,地质类","0",null,"C级"]
[3,"930","塔里木盆地中部走滑断裂发育特征","创新训练项目","D202305182120223085","0","地球科学学院","双向","0709-地质学类","-","-","塔里木盆地中部地区远离板块边界，构造背景相对比较稳定，发育了大量走滑断裂，这些走滑断裂延伸程度较长，但走滑位移较小，属于典型的克拉通内走滑断裂，对该地区的油气成藏也产生了重要影响。前人针对塔里木盆地中部地区的走滑断裂开展了较多研究，但仍存在一定争议。本项目主要通过地震资料的解释，分析塔里木盆地中部地区走滑断裂分带、分段、分层、分期发育特征，并探讨走滑断裂形成机制。","董洪赫","2021010086","地球科学学院","地质学","2021","地质21-2班","1","余一欣/2183","副教授","地球科学学院","4","曾靓/2021010008,代强/2021010133,陈宇晖/2021010113","地球科学学院,地球科学学院,地球科学学院","资源勘查工程,地质学,地质学","0",null,"C级"]
[4,"983","广东山间盆地及滩涂温泉形成机制研究","创新训练项目","D202305202018390926","0","地球科学学院","双向",null,"-","-","广东省阳江盆地山间断陷以及沿海滩涂地带分布大量的温泉，其中有淡水温泉也有咸水温泉。两种温泉的形成机制有何差异？温泉对地温场形成机制和地热资源开发有何启示？以上问题都值得深入研究。本项目拟通过地热地质学和水文地质学的综合研究，分析广东山间盆地及滩涂温泉形成机制，为研究区地热开发提供参考。","张梦洋","2021010064","地球科学学院","资源勘查工程","2021","资源21-3班","1","朱传庆/2012880015","副教授","地球科学学院","4","张育锦/2020010106,杨成頔/2022010087,田远/2022010093","地球科学学院,地球科学学院,地球科学学院","资源勘查工程,地质类,地质类","0",null,"C级"]
[5,"984","钻井测温数据校正方法研究","创新训练项目","D202305202018546777","0","地球科学学院","双向","0709-地质学类","-","-","温度场是油气、地热勘探开发的重要参数。实际工作中，由于钻井工艺、流体活动等因素的影响，测温数据并不能完全代表实际的地层温度。尽管前人提出了一些校正方法，目前来看，还存在一些问题。本项目拟通过对不同类型测温数据的分析，提出相应的测温数据解释模型及校正方案，获取真实的地温数据，为油气、地热研究提供支撑。","宗思翰","2021010061","地球科学学院","资源勘查工程","2021","资源21-1班","1","朱传庆/2012880015","副教授","地球科学学院","3","宋钰楦/2021010002,任泽鹏/2021011811","地球科学学院,理学院","地质学,数学与应用数学","0",null,"C级"]
[6,"985","废弃油气井改造地热井方案及开发效果评价","创新训练项目","D202305202020118069","0","地球科学学院","双向",null,"-","-","随着石油能源的开发，一些传统油区产生了大量废弃油井。如何利用废弃油井开采地热资源是当前油田关注的热点。本项目拟调研我国主要油气产区废弃油气井现状，结合地热开发工艺流程，提出油气井改造地热井的思路和方案，结合数值模拟方法，评价废弃油气井改造地热井后的地热开发效果，支撑传统油区新能源的开发利用。","戴昀珊","2021010130","地球科学学院","地质学","2021","地质21-2班","1","朱传庆/2012880015","副教授","地球科学学院","3","潘晓航/2022010030,刘简凡/2022010123","地球科学学院,地球科学学院","地质类,地质类","0",null,"C级"]
[7,"986","南华黑泥塘温泉形成机制研究及开发利用前景","创新训练项目","D202305202020207330","0","地球科学学院","双向",null,"-","-","南华县黑泥塘温泉具有长久的历史，但目前尚无成因方面的研究，制约了其开发利用前景的评价。通过文献调研和现场考察，分析黑泥塘温泉的形成机制，结合地质条件和水文地球化学参数，评价其热储温度和开发利用价值，为温泉的开发利用提供参考。","张浩","2022010086","地球科学学院","地质类","2022","地质类22-3班","1","朱传庆/2012880015","副教授","地球科学学院","5","高志/2022010088,林皓/2022010092,黎明辉/2022010091,贾士锐/2022010089","地球科学学院,地球科学学院,地球科学学院,地球科学学院","地质类,地质类,地质类,地质类","0",null,"C级"]
[8,"1432","东营凹陷北部沙二段碳酸盐胶结物特征及成因分析","创新训练项目","D202305281316099140","0","地球科学学院","双向","0709-地质学类","-","-","碳酸盐胶结物是砂岩中常见的自生矿物之一，也是油气储集层中最为重要的胶结物。其空间分布受各种地质因素及砂岩的厚度所控制，对其进行岩心观察、岩石薄片鉴定及碳酸盐胶结物碳氧同位素测定等研究，可以帮助我们确定碳酸盐胶结物的类型特点、形成期次、成因及其对储集层的影响。不仅对于东营凹陷沙二段储层油气勘探开发具有重要的实际指导意义，而且能够完善碎屑岩储层多期次碳酸盐胶结物成因机制的研究。","杨子涵","2021010007","地球科学学院","地质学","2021","地质21-1班","1","朱世发/2011880009","教授","地球科学学院","3","刘雄/2021010056,宋翔羽/2021010156","地球科学学院,地球科学学院","资源勘查工程,资源勘查工程","0",null,"B级"]
[9,"1298","祁连山榴辉岩矿物特征及地质意义","创新训练项目","D202305241028399680","0","地球科学学院","自主","0709-地质学类","-","-","榴辉岩的主要组成矿物为石榴子石与辉石。通过查阅榴辉岩的相关文献，发现榴辉岩中的石榴子石有较为丰富的研究，但对其中的辉石研究及资料较少。因此我们的主要目的是观察祁连山地区超高压变质岩的矿物成分和结构构造来分析其矿物学特征，进一步通过电子探针等方法研究解释该类岩石的地质意义。同时加深对电子探针这一技术的认知，同时为同学们积累部分榴辉岩岩石学特征，丰富标本的种类，使学校标本更加齐全。","田卓越","2020010058","地球科学学院","地质学","2020","地质20-2班","1","李壮/2017880028","副教授","地球科学学院","2","党文乐/2020010057","地球科学学院","地质学","0",null,"A级"]
[10,"1195","成像测井解释评价方法及其地质应用","创新训练项目","D202305231637246088","0","地球科学学院","双向",null,"-","-","成像测井解释评价在地质与工程领域中有广泛的应用，系统学习并掌握其处理解释评价方法及其地质应用能综合提升学生科研能力、创新能力。本项目主要的研究内容包括：1）系统调研成像测井采集系列的发展历程，学习成像测井资料处理与解释评价方法；2）完成成像测井裂缝的拾取以及地应力方向的判别，计算裂缝密度等相关裂缝参数以及视地层水电阻率谱；3）综合地应力以及试油资料完成裂缝有效性评价和流体性质定性识别。","陈翔","2021010082","地球科学学院","地质学","2021","地质21-2班","1","赖锦/2016880048","副教授","地球科学学院","3","张争/2021010153,姜雨彤/2021010037","地球科学学院,地球科学学院","地质学,资源勘查工程","0",null,"C级"]
[11,"1203","长三角地区地热资源及其综合应用研究","创新训练项目","D202305231709048562","0","地球科学学院","双向","0709-地质学类","-","-","本课题旨在摸清长三角地区地热资源开发现状，剖析长三角地区地热资源利用中亟需解决的关键问题，分析研究长三角地区地热资源开发利用需求及前景，根据长三角地区地热资源产业的战略定位及发展路径，提出具有全局性、针对性和可操作性的开发利用对策及建议，为长三角地区地热资源综合利用提供战略依据，促进长三角地区“一体化”和“高质量”的发展。","张玉峰","2021010030","地球科学学院","地质学","2021","地质21-1班","1","黄永辉/2022880024","中级","地球科学学院","3","马月/2021010039,李梓萌/2021010125","地球科学学院,地球科学学院","地质学,资源勘查工程","0",null,"C级"]
[12,"1218","莱州湾凹陷有机质富集机理研究","创新训练项目","D202305231840173741","0","地球科学学院","自主","0814-地质类","-","-","本次研究以渤海南部莱州湾重点凹陷烃源岩形成控制因素出发，探索水体盐度对烃源岩形成及热演化的影响，从而明确这些洼陷烃源岩的分布特征、发育模式以及资源潜力，为下一步渤海南部重点凹陷勘探突破及井位部署提供有利支撑。","曹科技","2021010015","地球科学学院","资源勘查工程","2021","资源21-1班","1","姜福杰/2337","教授","地球科学学院","5","刘稀月/2021010033,王栋/2021010020,刘坤彧/2021010016,鞠震/2020010055","地球科学学院,地球科学学院,地球科学学院,地球科学学院","资源勘查工程,资源勘查工程,资源勘查工程,地质学","0",null,"C级"]
[13,"1334","断陷盆地纹层型页岩形成机制探讨","创新训练项目","D202305241538509020","0","地球科学学院","双向","0709-地质学类","-","-","断陷盆地陆相细粒沉积由于受环境、气候因素频繁变化影响，导致其非均质性显著，造成纹层结构的岩石矿物成分、储层结构、组合方式在成因上具有复杂性。项目通过对湖盆细粒沉积岩纹层特征、分类、形成机制等方面研究进展进行梳理，结合岩心观察、薄片鉴定、扫描电镜、能谱分析、QEMSCAN等技术分析断陷盆地陆相纹层型页岩形成机制，为进一步研究细粒沉积岩储层物性、有机质分布机理、页岩油气储层甜点成因等提供指导作用。","王道明","2021010166","地球科学学院","资源勘查工程","2021","资源21-4班","1","刘小平/2002","教授","地球科学学院","4","谢国攀/2021010027,王一飞/2021010074,赵子涵/2021010031","地球科学学院,地球科学学院,地球科学学院","地质学,资源勘查工程,资源勘查工程","0",null,"B级"]
[14,"1335","薄互层页岩油可动性与赋存状态研究","创新训练项目","D202305241550316806","0","地球科学学院","自主","0814-地质类","-","-","东濮凹陷沙河街组富有机质泥页岩广泛发育，“十三五”资评页岩油资源量达7.29亿吨，页岩油资源丰富，是东濮凹陷当前油气勘探的重要接替领域。但沙河街组主要发育薄互层页岩，非均质性极强，页岩油可动性和赋存机理不清，制约了页岩油甜点优选。明确东濮凹陷湖相页岩油可动性，揭示赋存机理，将为薄互层型页岩油高效开发提供理论支撑。","林孝飞","2021010108","地球科学学院","资源勘查工程","2021","资源21-4班","1","胡涛/2021880012","讲师","地球科学学院","5","刘明星/2021010143,陈天顺/2021010179,左祺/2021010175,丁晨曦/2021010104","地球科学学院,地球科学学院,地球科学学院,地球科学学院","资源勘查工程,资源勘查工程,资源勘查工程,资源勘查工程","0",null,"B级"]
[15,"1420","中国南海天然气水合物资源潜力评价","创新训练项目","D202305271858008806","0","地球科学学院","自主","0814-地质类","-","-","天然气水合物主要成分为甲烷气和水分子，每立方米天然气水合物 采至地表可释放160~180 m 3甲烷气，因其具有低碳、清洁、高密度等优点而受到广 泛关注，并被誉为人类未来接替油气资源的主要新能源。本项目将对南海地区进行综合性评估，更科学有效地揭示南海水合物资源的分布特征，从“地质-工程-经济”一体化角度进一步评价和研究南海水合物开发风险。","龙军宇","2021010181","地球科学学院","资源勘查工程","2021","资源21-4班","1","庞雄奇/1472","教授","地球科学学院","4","陈子衿/2021010005,彭正柏/2021010057,刘路航/2021010055","地球科学学院,地球科学学院,地球科学学院","资源勘查工程,资源勘查工程,资源勘查工程","0",null,"C级"]
[16,"1428","西非尼日尔三角洲盆地深海弯曲水道沉积特征与形成机制研究","创新训练项目","D202305281033156522","0","地球科学学院","双向","0709-地质学类","-","-","深海弯曲水道是大陆斜坡及盆底环境下普遍发育的重力流沉积单元，其沉积规模较大、储层性质极好，拥有巨大的油气资源潜力。然而，深海弯曲水道的沉积特征复杂多变，目前对其形成机制的认识还远远不够。本项目拟针对西非尼日尔三角洲盆地某深水区块，利用浅层高分辨率三维地震资料开展深海弯曲水道的沉积特征研究，并探索其形成机制。通过该创新项目的训练，锻炼学生文献调研、地震资料解释以及分析解决地质问题的能力与思维。","蒋妍妍","2021010036","地球科学学院","地质学","2021","地质21-1班","1","张佳佳/2022880003","副高级","地球科学学院","5","王硕/2021010163,褚坤/2021010116,章天一/2021010019,郭妍晶/2021010006","地球科学学院,地球科学学院,地球科学学院,地球科学学院","资源勘查工程,资源勘查工程,地质学,地质学","0",null,"B级"]
[17,"1430","干旱性浅水三角洲储层构型表征","创新训练项目","D202305281055218307","0","地球科学学院","自主","0814-地质类","-","-","团队选择干旱性浅水三角洲作为研究对象，在专业老师的帮助和指导下，通过文献调查研究了解干旱性三角洲特点，再通过井震结合预测其砂体，在井震结合模式指导下进行构型预测，从而建立干旱性浅水三角洲平原分流河道构型分布模式","周芷羽","2021010069","地球科学学院","资源勘查工程","2021","资源21-1班","1","岳大力/2188","教授","地球科学学院","3","蒲京/2021010137,周星语/2021010068","地球科学学院,地球科学学院","地质学,地质学","0",null,"C级"]
[18,"1487","双物源体系背景下海侵的不等时性研究","创新训练项目","D202306011831199959","0","地球科学学院","双向",null,"-","-","海侵是指海平面上升、海岸线向陆后退的现象。传统观点认为，海侵作用在整个沉积盆地中是统一的，具有等时性。然而，近年的研究表明，即使在同一背景下，沉积物供给的多少不同，海侵发生的时间也会不同。对于大多数的沉积盆地，往往具有多个物源系统，它们的沉积物供给速率多不相等，海侵发生的时间并不一致。该项目拟通过二维水槽实验物理模拟，结合数值模拟，探究双物源体系背景下海侵的不等时性。","徐晨","2021010091","地球科学学院","资源勘查工程","2021","资源21-2班","1","王俊辉/2016880027","副教授","地球科学学院","4","张文鼎/2021010100,石钰卿/2021010120,黄逸扬/2021010117","地球科学学院,地球科学学院,地球科学学院","资源勘查工程,资源勘查工程,资源勘查工程","0",null,"C级"]
[19,"853","非常规油气藏注CO2渗流数学模型及动态分析方法研究","创新训练项目","D202305171804196493","0","石油工程学院","双向","0815-矿业类","-","-","针对目前储层注CO2渗流理论认识不清，缺少用于油田现场快速进行注入效果评价与动态预测的解析模型的难题，开展非常规油气藏注CO2渗流理论及渗流数学模型研究。\n（1）基于CO2注入前缘位置划分储层区域，建立两相流条件下不稳定渗流数学模型。\n（2）考虑非常规储层微纳米孔隙中CO2溶解扩散效应，改进CO2注入动态分析模型。\n（3）形成CO2注入动态数据分析方法，实现对储层物性参数定量表征。","李为开","2021011393","石油工程学院","石油工程","2021","石工21-3班","1","张凤远/2021880011","讲师","石油工程学院","4","胡蔚然/2021011145,罗小龙/2021010227,李凯/2021010767","石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程","0",null,"C级"]
[20,"1480","当代青年“拜佛热”的背后：现状、原因及反思","创新训练项目","D202305301848347549","0","石油工程学院","双向",null,"-","-","近几年来，年轻人“拜佛热”、“在上班和上进之间选择了上香”等频频登上热搜，打开小红书，搜索“寺庙”“拜佛”等关键词，相关的帖子数不胜数。\n针对这一问题，本项目计划开展资料调研及实地调查工作，在充分收集、理解相关资料的基础上设计调查问卷，围绕当代青年“拜佛热”的现状及原因前往雍和宫等地实地调查访问，形成研究报告及现象反思分析。","常淼轩","2022010337","石油工程学院","石油工程","2022","石工22-6班","1","王庆/2012880029","讲师","石油工程学院","3","符香香/2022010338,段建伟/2022010340","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"B级"]
[21,"861","CO2地质埋存安全智能监测","创新训练项目","D202305172032267550","0","石油工程学院","双向",null,"-","-","采用自编程软件，建立CO2埋存模型，评价不同工程参数下的CO2埋存效果及风险评价，开展实例分析应用。","丛志远","2022010319","石油工程学院","石油工程","2022","石工22-5班","1","陈志明/2021880001","岗位教授","石油工程学院","2","吴新蕾/2022010282","石油工程学院","石油工程（创新班）","0",null,"C级"]
[22,"863","基于数字岩心的致密砂岩孔隙结构表征研究","创新训练项目","D202305172044030195","0","石油工程学院","双向",null,"-","-","致密油作为主要重点开发的非常规油气资源类型之一而受到广泛关注。致密油储层岩石孔隙结构复杂，采用压汞分析等常规实验技术，难以精细开展致密砂岩微观孔隙结构的研究。数字岩心技术作为一种新兴的储层岩石孔隙结构表征方法，通过构建致密砂岩的数字岩心，能够实现微观孔隙结构的精细表征。\n1.基于CT扫描图像构建致密砂岩数字岩心\n2.基于数字岩心的致密砂岩岩石微观参数统计\n3.致密砂岩平均孔喉半径的表征与分析","曾努尔·买买提","2020010229","石油工程学院","石油工程","2020","石工20-2班","1","王建国/2285","副教授","石油工程学院","5","王文轩/2022010286,李明旭/2022010285,其曼古力·依明江/2020010259,王帅/2022010284","石油工程学院,石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程,石油工程","0",null,"C级"]
[23,"937","钢质悬链线立管不同管型监测技术分析","创新训练项目","D202305190005110544","0","石油工程学院","双向",null,"-","-","海洋油气资源开发是一项高投入、高风险、高科技的海洋工程。无论采用何种海洋结构物，都需要使用立管作为连接海洋结构物和海底设备的纽带。立管可用于钻井、完井、修井、输油等，是海洋工程结构系统中的必不可少的重要组成部分，同时也是易损薄弱的构件之一。海洋立管监测技术是保障立管及其附属系统在位安全的重要手段，也为立管疲劳分析和优化设计提供依据，利用监测技术对立管安全状况进行实时监测是目前发展方向。","刘瑞恒","2020010208","石油工程学院","石油工程","2020","石工20-1班","1","尤翔程/2011880019","讲师","石油工程学院","4","冯琪/2020010334,郭炫正/2021010353,曹贵祥/2021010352","石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程","0",null,"C级"]
[24,"919","非均质储层二氧化碳地质封存特征研究","创新训练项目","D202305181935576746","0","石油工程学院","自主","0825-环境科学与工程类","-","-","深部储层是开展二氧化碳封存的理想场所，具有埋存量大、封存时间长和封存场地分布广泛等优势，成为最具发展前景的二氧化碳地质封存技术。但在二氧化碳埋存过程中，储层的强非均质性会影响二氧化碳的动态运移规律，增加了二氧化碳深部封存的不确定性。本项目旨在探究二氧化碳在非均质储层中的运移规律，揭示二氧化碳/储层流体相互作用机理，确定多场耦合作用下多相流体渗流特征，形成深部储层二氧化碳封存的关键理论和模拟技术。","王宇","2022010322","石油工程学院","石油工程","2022","石工22-5班","1","吕晓聪/2022880002","讲师","石油工程学院","2","郭培柱/2022010317","石油工程学院","石油工程","0",null,"B级"]
[25,"938","钻头磨损智能预测及优化方法","创新训练项目","D202305190901099533","0","石油工程学院","双向",null,"-","-","在石油钻井过程中,了解钻头的磨损程度非常重要，但钻头磨损状态的优劣是一个模糊概念。\n本项目拟根据钻头的各种钻井参数以及岩性，结合固体力学原理，利用人工智能方法，建立对钻头磨损状态进行评定的方法，为科学诊断钻头磨损状态提供合理的理论方法。","周飞洋","2022010306","石油工程学院","石油工程","2022","石工22-4班","1","廖勤拙/2022880009","副教授","石油工程学院","1",{"$nulls":3},"0",null,"B级"]
[26,"976","“井工厂”钻井作业调度优化方法研究及其模拟系统开发","创新训练项目","D202305201136014250","0","石油工程学院","双向",null,"-","-","“井工厂”作业模式是指在同一区块布置大批相似井，以标准化、流水线方式实施钻井、完井、压裂等作业的一种高效作业模式。它打破了传统的单兵作战模式，实现了多兵种、工厂化、流水线作业，显著提高了作业效率。然而，目前井工厂钻井作业调度设计主要依赖人为经验，导致多钻机作业的协同优势难以充分发挥。针对该问题，本项目拟建立一套“井工厂”钻井作业自动调度优化算法，并开发一套可视化的模拟系统。","黄梓宁","2021010355","石油工程学院","石油工程","2021","石工21-6班","1","黄文君/2018880022","副教授","石油工程学院","3","李炳意/2021010347,杨耀翔/2022010247","石油工程学院,石油工程学院","石油工程,石油工程（创新班）","0",null,"B级"]
[27,"1075","基于机器学习的地层可钻性识别研究","创新训练项目","D202305221628058134","0","石油工程学院","双向","0709-地质学类","-","-","1.查阅文献，调研国内外目前地层可钻性方法研究现状；\n2.钻录井数据清洗处理，构建地层可钻性识别网络；\n3.优选机器学习模型对地层可钻性进行聚类分析；\n4.对研究的主要结论进行总结，并对未来研究的发展方向进行展望。","李春楷","2022010350","石油工程学院","石油工程（创新班）","2022","石工22-1创新班","1","宋先知/2012880038","教授","石油工程学院","2","曹端响/2022010343","石油工程学院","石油工程（创新班）","0",null,"C级"]
[28,"1001","超高温下高性能固井水泥微观特性及其表征","创新训练项目","D202305210823493708","0","石油工程学院","双向",null,"-","-","超高温下水泥石强度衰退问题严重对超深井及地热井的固井质量和保障水泥环密封完整性提出了巨大挑战。研发抗超高温水泥对固井工程具有实际意义，加入硅铝酸盐对抗高温水泥研发具有可行性，同时促进固井水泥绿色低碳、可持续性发展。\n铝酸盐水泥水化程度会对水化产物及其微观结构以及宏观强度影响很大。因此本项目欲通过微观试验进行铝酸盐水泥水化产物及其微观结构表征，探究水泥增强机理，为高性能水泥研发提供理论与试验依据。","张洪敏","2021010350","石油工程学院","石油工程","2021","石工21-6班","1","李妍/2295","讲师","石油工程学院","4","李秋宇/2021010342,鲁越/2021010351,苏比伊努尔·图尔迪/2021010184","理学院,石油工程学院,石油工程学院","数学与应用数学,石油工程,石油工程","0",null,"A级"]
[29,"995","高含水油藏优势渗流通道治理方法效果预测","创新训练项目","D202305202356407260","0","石油工程学院","双向",null,"-","-","我国大部分老油田已经进入了高含水期，但剩余储量巨大，准确识别优势渗流通道并提出相应的治理方法对其持续有效开发至关重要。本项目调研高含水油藏优势渗流通道划分方法，通过实验、数模以及矿场串流通道治理结果提出治理方法，并依据串流强度开展串流通道治理方案设计，并进行治理效果预测。","蒋润邦","2021010295","石油工程学院","石油工程","2021","石工21-4班","1","刘哲宇/2022880026","岗位副教授","石油工程学院","5","李彦霈/2021010298,蒲家乐/2021010299,吴文秀/2021010275,陈森/2021010289","石油工程学院,石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程,石油工程","0",null,"C级"]
[30,"1010","稠油热采凝胶调堵可视化实验研究","创新训练项目","D202305211526434140","0","石油工程学院","自主","0805-能源动力类","-","-","汽窜是影响稠油油藏注蒸汽开发效果的主要因素，耐温凝胶作为一种封堵窜流通道、扩大波及体积的有效堵剂在改善稠油注蒸汽开发效果中发挥着重要作用。课题以可视化实验为手段，通过分析获取的宏观和微观图像研究稠油注蒸汽热采开发过程中汽窜通道的形成过程、耐温凝胶的注入和封堵过程以及后续蒸汽绕流扩大波及体积的过程，明确耐温凝胶堵调提高采收率的机理。","徐佳惠","2022010191","石油工程学院","石油工程（创新班）","2022","石工22-1创新班","1","刘慧卿/2003","教授","石油工程学院","2","花瑞/2022010194","石油工程学院","石油工程","0",null,"C级"]
[31,"1031","复杂工况下深水钻井隔水管纵横弯曲力学分析及编程实现","创新训练项目","D202305221032346833","0","石油工程学院","双向","0815-矿业类","-","-","了解海洋钻井隔水管和深水钻井隔水管的的分析方法和操作，并采用数值求解方法求解深水钻井隔水管在波浪、海流及内波流共同作用下的控制方程，获得复杂工况下深水钻井隔水管的力学特性规律，采用python语言编程实现隔水管力学特性的可视化。","管玉婷","2021010334","石油工程学院","石油工程","2021","石工21-6班","1","王宴滨/2016880016","岗位教授","石油工程学院","3","王玉/2021010336,陈照琦/2021010335","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"C级"]
[32,"1033","基于Fluent平台的深水钻井隔水管涡激振动数值模拟分析","创新训练项目","D202305221032444912","0","石油工程学院","双向",null,"-","-","针对深水钻井隔水管在海洋环境下的涡激振动问题，考虑隔水管配置和洋流参数，采用Fluent软件对隔水管涡激振动特性进行数值模拟分析，获得隔水管的涡激振动特性","赫雨薇","2022010339","石油工程学院","石油工程（创新班）","2022","石工22-1班","1","王宴滨/2016880016","岗位教授","石油工程学院","2","温梦姚/2022010336","石油工程学院","石油工程（创新班）","0",null,"B级"]
[33,"1053","高效驱油用表面活性剂配方优化设计","创新训练项目","D202305221404537382","0","石油工程学院","双向",null,"-","-","使用表面活性剂驱油是提高油田采收率的重要技术，但原油组分复杂，如何根据原油性质选择相应的表面活性剂还不清楚。调研驱油用表面活性剂类型以及油水界面性能的相关影响因素，开展界面张力测试及乳化相行为测试，优选出能达到超低界面张力或形成三型乳状液的表面活性剂，开展岩心驱油实验获得体系提高采收率潜力","周怡辰","2021010287","石油工程学院","石油工程","2021","石工21-4班","1","刘哲宇/2022880026","岗位副教授","石油工程学院","5","张昀徽/2021010229,张文浩/2021010230,肖诚/2021010284,刘翔/2021010282","石油工程学院,石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程,石油工程","0",null,"C级"]
[34,"1259","水-油组分-CO2相间传质规律研究","创新训练项目","D202305232221246349","0","石油工程学院","双向",null,"-","-","CO2在储层中的埋存涉及在油和水中的溶解过程，但此过程受温度、压力以及水中离子组成的影响。通过调研或者理论计算分析CO2在水相及油相中的传质规律差异性，研究水相存在条件下对CO2在油相中的传质作用规律影响，可为油藏CO2埋存设计与选址提供依据。","顾正扬","2021010286","石油工程学院","石油工程","2021","石工21-4班","1","李宜强/2382","研究员（自然科学）","石油工程学院","5","张春阳/2021010302,栾笑哲/2021010283,吴迅康/2021010285,赵光泽/2021010303","石油工程学院,石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程,石油工程","0",null,"C级"]
[35,"1447","CO2的利用与埋存","创新训练项目","D202305281741406418","0","石油工程学院","双向",null,"-","-","在国家双碳战略背景下，完成CO2在油气开发方面的利用与埋存相关的现状、机理、分类、存在问题等总结和归纳，设计评价指标体系和方法进行CO2利用与埋存项目的价值评估优选，并提出发展中的对策建议。最后提交研究报告。","王锐杰","2021010270","石油工程学院","石油工程","2021","石工21-3班","1","郭小哲/2117","副教授","石油工程学院","3","夏华聪/2021010271,于家宁/2021010272","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"C级"]
[36,"1088","水力压裂裂缝扩展基础模型研究与应用","创新训练项目","D202305221743106579","0","石油工程学院","双向",null,"-","-","水力压裂是目前油气井增产的关键技术，特别是非常规油气藏复杂缝网压裂，但压裂模型比较复杂，在水力压裂压后评价中基本上都采用简单模型或简化条件。而水力压裂基础模型虽然简单，但在压后分析等压裂评价中，在误差范围内，基础模型应用简单，有一定的适用性，因此如何利用简单裂缝模型分析复杂的关键问题显得较为重要，因此有必要对水力压裂的简单模型进行分析应用。本项目建立二维裂缝扩展模型，研究裂缝几何尺寸计算方法。","陈瑞","2021010194","石油工程学院","石油工程","2021","石工21-1班","1","马新仿/1811","教授","石油工程学院","4","刘孝强/2021010195,郭梦祥/2021010191,席鹏飞/2021010221","石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程","0",null,"B级"]
[37,"1089","不同条件及不同固砂工艺方法压裂出砂 与防砂模拟实验","创新训练项目","D202305221743161735","0","石油工程学院","双向",null,"-","-","压裂井压后出砂，严重制约了油气井的开发及生产，需要开展压裂后返排制度与试采制度支撑剂回流的模拟实验，分析各因素对回流的影响规律与影响程度，论证固砂工艺可行性。通过进行不同条件下压裂出砂与防砂方法的模拟实验，得出流体粘度与速度对于支撑体稳定性的影响，找出其临界粘度与速度，解决在实际生产过程中存在的泥沙对井孔的堵塞情况以及流体态对所需经过的出口的堵塞作用，满足增产增效的需求。","王麟杰","2022010244","石油工程学院","石油工程","2022","石工22-2班","1","马新仿/1811","教授","石油工程学院","4","马晟哲/2022010242,申磊/2022010243,刘东凯/2022010241","石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程","0",null,"C级"]
[38,"1114","超深碳酸盐岩储层改造高效开发机理研究","创新训练项目","D202305222129268630","0","石油工程学院","双向",null,"-","-","目前超深碳酸盐岩储层带即将投入大规模开发，通过前期研究，对超深碳酸盐岩储层酸压裂缝扩展规律有了初步的认识，但超深碳酸盐岩储层构造类型复杂，酸压裂缝扩展规律认识不足，需要进一步开展深入研究，并且不同构造类型储层段钻井轨迹对酸压裂缝扩展也产生了重要影响，需要进一步开展优化研究。","黄桂定","2020010239","石油工程学院","石油工程","2020","石工20-2班","1","周舟/2016880006","副教授","石油工程学院","4","李思潮/2022010291,宫贺/2022010292,邵先晨/2022010290","石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程","0",null,"C级"]
[39,"1186","深煤层磨料射流造穴应力应变可视化研究","创新训练项目","D202305231602588690","0","石油工程学院","双向",null,"-","-","深层煤层气资源是我国未来勘探开发的重点领域，现有中浅煤层的增产改造技术难以完全适用于深层煤层气高效开发。本项目提出深煤层水平井水力喷射分段造穴的新思路，旨在大范围释放地层应力、提高单井产量。拟开展：（1）基于数字图像相关法的煤岩造穴可视化实验，研究应变演化特征；（2）采用有限元-离散元耦合方法，建立造穴应力演化模型，研究深煤层环境下应力释放特征，研究成果有望为发展深煤层储层改造新方式提供理论基础。","张宇翔","2021010333","石油工程学院","石油工程","2021","石工21-5班","1","杨睿月/2017880019","副教授","石油工程学院","4","尹运涛/2021010331,王卫帅/2021010338,于昊博/2021010332","石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程","0",null,"B级"]
[40,"1277","JL超低渗油藏合理开发技术政策研究","创新训练项目","D202305240800443828","0","石油工程学院","双向",null,"-","-","制定合理的开发技术政策是提升超低渗油藏开发效果的关键，本项目以JL超低渗油藏为研究对象，综合油藏工程方法和数值模拟技术，探究JL超低渗油藏合理开发技术政策，本想需要完成以下三个方面的工作。\n   1、超低渗油田开发效果主控因素分析\n   2、超低渗油藏数值模拟模型建立\n   3、超低渗油藏开发技术政策优化研究","袁飞","2021010199","石油工程学院","石油工程","2021","石工21-1班","1","薛永超/2054","副教授","石油工程学院","5","朱鑫伟/2021010197,骆芳雨/2021010257,霍相如/2021010234,王硕浩/2021010256","石油工程学院,石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程,石油工程","0",null,"C级"]
[41,"1309","基于机器学习的稠油油藏蒸汽驱汽窜程度分类及汽窜特征预测","创新训练项目","D202305241137087610","0","石油工程学院","双向",null,"-","-","利用数值模拟的方法研究稠油油藏注入蒸汽热采技术，建立汽窜特征数据集，为定量预测汽窜形成过程中各特征随时间变化的情况以及对汽窜程度进行分类提供数据支撑；对数据进行预处理，其中包括数据降维、离群值检测、特征提取等；将数据集分为训练集和验证集，采用机器学习的算法。使用训练集对模型进行训练，建立井间汽窜各特征随时间变化的定量预测模型，并衡量各模型的泛化程度；使用智能优化算法，对预测模型进行优化。","黄俊杰","2021010189","石油工程学院","石油工程","2021","石工21-1班","1","庞占喜/2331","副教授","石油工程学院","2","陈蔚婷/2021010187","石油工程学院","石油工程","0",null,"C级"]
[42,"1331","植物沥青钻井液体系研究及性能评价","创新训练项目","D202305241517449238","0","石油工程学院","自主","0815-矿业类","-","-","油气钻井工程中，油基钻井液因其抗高温和抗污染能力强，抑制性强，润滑性强等特性被应用于钻深井﹑超深井﹑大位移井﹑水平井和各种复杂地层，但矿物油基钻井液存在价格高，柴油基钻井液对环境影响大受到限制。所以我们关注到一种新的材料——植物沥青，基于其低碳环保且可再生，成本低廉等优点，将用于肥料焚烧的植物沥青作为油基钻井液基油，研究一种经济高效且环境友好的钻井液体系。","王子桓","2021010340","石油工程学院","石油工程","2021","石工21-6班","1","赵雄虎/0059","教授","石油工程学院","3","洛追郎杰/2021010341,聂晓宇/2021010339","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"A级"]
[43,"1362","页岩水力裂缝支撑剂嵌入特征可视化实验研究","创新训练项目","D202305250934103880","0","石油工程学院","双向",null,"-","-","页岩油储层具有层理发育、黏土含量高的特点，水力压裂后产量往往递减快、稳产难度大，为了探究水力裂缝中支撑剂嵌入对裂缝闭合的影响，本科创拟采用可视化实验方法，可实时观察储层条件下支撑剂分布及嵌入过程，有助于提高对支撑剂嵌入的力学机理与模型认识。","杨贺尧","2022010217","石油工程学院","石油工程","2022","石工22-2班","1","周大伟/2023880001","中级","石油工程学院","5","王伟/2022010237,夏昌博/2022010226,马鸿伟/2022010265,谭金超/2022012336","石油工程学院,石油工程学院,石油工程学院,机械与储运工程学院","石油工程,石油工程,石油工程,机械类","0",null,"B级"]
[44,"1369","长庆油田百万吨级CCUS驱油助力“双碳”目标实现","创新训练项目","D202305251611083423","0","石油工程学院","双向",null,"-","-","长庆油田占中国石油低渗资源“50亿吨+四个10亿吨”格局的半壁江山，但面临单井产量低、采油速度低、采收率低“三低”问题。以支撑长庆油田百万吨级CCUS驱油与埋存为目标，紧紧围绕注CO2提高采收率机制研究，创新形成长庆油田百万吨级CCUS地质-工程一体化协同关键技术方案，有力支撑长庆油田千万吨CCUS建设，助力“碳中和、碳达峰”目标实现！","周琦","2022010219","石油工程学院","石油工程（创新班）","2022","石工22-1班","1","赵海峰/2296","教授","石油工程学院","2","周林夕/2022010363","石油工程学院","石油工程","0",null,"C级"]
[45,"1373","页岩油藏体积压裂复杂缝网刻画及表征","创新训练项目","D202305252018327007","0","石油工程学院","双向",null,"-","-","页岩油藏必须经过体积压裂才具有商业开发价值，准确刻画压裂缝网特征是评价页岩油藏产能的核心。本项目针对这一关键问题，开展页岩油藏体积压裂复杂缝网刻画及表征研究，项目主要开展如下研究内容。\n    1、页岩油藏体积压裂缝网形成主控因素研究\n    2、页岩油藏体积压裂缝网预测方法研究\n    3、典型页岩油藏体积压裂缝网表征","邓忠昊","2021010204","石油工程学院","石油工程","2021","石工21-1班","1","薛永超/2054","副教授","石油工程学院","5","王御名/2021010201,施越棋/2021010202,李梦飞/2021010206,田浩宇/2021010203","石油工程学院,石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程,石油工程","0",null,"A级"]
[46,"1376","基于机器学习的油气微观渗流模拟研究","创新训练项目","D202305252300388553","0","石油工程学院","双向",null,"-","-","孔隙尺度实验及模拟方法是探索油气渗流机理及提高采收率的重要手段，孔隙网络模型是一种高效的孔隙尺度渗流模拟方法，通过将复杂的多孔介质孔隙结构转化为规则的孔隙和喉道，利用达西方程和质量守恒方程来描述渗流过程；但在孔隙结构的简化过程中损失了大量孔隙形状信息，使其准确性降低。本项目旨在结合机器学习方法改进孔隙网络模型，使其更准确的模拟孔隙尺度两相渗流过程，从而探索油气微观渗流规律。","解红斌","2021010348","石油工程学院","石油工程","2021","石工21-6班","1","赵建林/2022880054","副教授","石油工程学院","3","芦一鸣/2022010213,何林珂/2021010354","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"A级"]
[47,"1389","基于机器学习算法的气藏开发规律预测研究","创新训练项目","D202305261058356922","0","石油工程学院","双向",null,"-","-","（1）基于条件生成式对抗网络、人工神经网络等多种方法，利用已有井数据，建立甜点主控地质因素预测模型，并进行甜点主控地质因素的空间展布模拟；\n（2）结合多种机器学习算法，建立工程能力-压裂工艺等多因素耦合的单井EUR预测模型以及产量递减模型；\n（3）甜点区井位及压裂工艺参数优化研究。利用外推的甜点主控地质数据，结合贝叶斯优化算法等机器学习算法，确定能使单井EUR最大的压裂工艺参数及开发规律预测。","李万錡","2022010206","石油工程学院","石油工程","2022","石工22-4班","1","田冷/2197","教授","石油工程学院","4","李嘉林/2022010203,张维俊/2022010205,路延/2022010204","石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程（创新班）,石油工程","0",null,"C级"]
[48,"1401","油井智能流入控制装置研制与性能评价","创新训练项目","D202305262203099698","0","石油工程学院","双向","0802-机械类","-","-","本项目拟基于流体力学原理，创新智能流入控制装置概念设计，实现稳油控水目标；借助流体动力学软件开展装置内流场分析，优化装置内流道结构；并借助有限元软件开展装置强度分析，优化装置结构；在此基础上加工实验样机，并开展油水流动测试，标定装置性能参数；利用油井流入动态评价软件，开展智能流入控制装置完井流入动态模拟，确定装置稳油控水效果，旨在形成具有自主知识产权的智能流入控制装置与完井评价方法。","全俊钰","2021010311","石油工程学院","石油工程","2021","石工21-5班","1","曾泉树/2017880037","副教授","石油工程学院","4","李宇浩/2021010324,沈明义/2021010328,刘昊天/2021010315","石油工程学院,石油工程学院,石油工程学院","石油工程,石油工程,石油工程","0",null,"C级"]
[49,"1406","页岩油储层二氧化碳强化径向井立体开发数值模拟研究","创新训练项目","D202305271049583327","0","石油工程学院","双向",null,"-","-","二氧化碳强化页岩油开采可望大幅提高采收率，又可实现二氧化碳地质封存，被认为是“双碳目标下”极具前景的二氧化碳减排及油气开发技术。径向井立体开发可形成一井多层、一层多分支的高效开发径向井网，页岩油储层二氧化碳强化径向井立体开发有望成为页岩油开发革命性新技术。","任书衡","2022010215","石油工程学院","石油工程（创新班）","2022","石工22-1班","1","王天宇/2021890009","中级","石油工程学院","4","陈方旭/2022010387,闫宇航/2022010246,陈天宇/2022010297","化学工程与环境学院,石油工程学院,石油工程学院","化工与制药类,石油工程,石油工程（创新班）","0",null,"C级"]
[50,"1429","富含水页岩气藏生产特征及可采储量评估","创新训练项目","D202305281041361774","0","石油工程学院","双向","0815-矿业类","-","-","主要研究内容：\n1、富含水页岩气藏渗流特征及开采动态分析；\n2、富含水页岩气藏生产特征表征（方法）及变化模式（分类）；\n3、不同类型井产量递减规律分析及产量预测；\n4、富含水页岩气藏可采储量评估方法建立及应用。","李尚锦","2021010214","石油工程学院","石油工程","2021","石工21-2班","1","陈民锋/1937","副教授","石油工程学院","3","白烁/2021010186,移可沁/2021010244","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"C级"]
[51,"1443","渗流实验过程动态图像数据自动定量化实现方法","创新训练项目","D202305281646477588","0","石油工程学院","双向",null,"-","-","在实验室模拟油气藏开发实验过程，油水量的计量或油水的分布是一个动态过程，常规人工计量或描述工作量大、随意性强、误差大，如果建立一种对这些动态图像数据进行自动采集和定量分析方法具有很好的应用和推广价值。","王旭鹏","2022010341","石油工程学院","石油工程","2022","石工22-6班","1","高旺来/0643","副研究员（自然科学）","石油工程学院","2","祁乐志/2022010344","石油工程学院","石油工程","0",null,"C级"]
[52,"1451","基于物理约束的深度学习油藏渗流模拟方法","创新训练项目","D202305281814024031","0","石油工程学院","双向",null,"-","-","随着人工智能技术的快速发展，纯数据驱动的代理模型在油藏生产管理等领域的重要性日益凸显。然而，这类模型对数据的质量和数量的要求极高，并且忽视了基础的物理知识。为此，该项目旨在将油气渗流理论与深度学习模型相结合，构建一种数据与物理双驱动的油藏模拟模型。这种新型模型整合了数据驱动模型和物理驱动模型的各自优势，旨在提升模拟精度和计算效率,在储层参数反演和生产优化等应用中具有广阔前景。","唐真艺","2021010188","石油工程学院","石油工程","2021","石工21-1班","1","李靖/2020880022","副教授","石油工程学院","5","张泽驿/2022010235,贾子怡/2021011564,巫欣阳/2022010222,展国昊/2022010248","石油工程学院,信息科学与工程学院,石油工程学院,石油工程学院","石油工程,计算机科学与技术,石油工程（创新班）,石油工程","0",null,"A级"]
[53,"1467","分布式光纤监测水平井吸水剖面技术研究","创新训练项目","D202305282301000587","0","石油工程学院","双向","0101-哲学类","-","-","随着油田生产的进行，层间、层内矛盾日益加剧，水驱开发后期出现高渗层段突进现象，导致低渗层段原油无法驱替。传统渗流力学计算法和数值模拟法等理论研究无法准确反应油藏层段实际注水情况。随着分布式光纤传感技术在油气领域的发展应用，为实现全井段全周期吸水剖面监测提供了一种颇具前景的研究手段。本课题拟通过自主设计并开展室内实验，利用分布式光纤监测水平井的吸水剖面，为低产油井提供较为可靠的注入剖面测试技术。","黄炳霖","2021010322","石油工程学院","石油工程","2021","石工21-5班","1","冯永存/2019880011","教授","国际合作与交流处","2","刘天伟/2021010325","石油工程学院","石油工程","0",null,"B级"]
[54,"1489","CO2提高油气采收率与封存机理可视化研究","创新训练项目","D202306011940535808","0","石油工程学院","双向",null,"-","-","本研究采用微纳流控显微技术与低场核磁共振技术，系统研究CO2在孔隙尺度和岩心尺度的驱油与封存机理，本研究的亮点是可视化研究，最终目的旨在揭示CO2提高原油采收率与地质封存间的相互作用关系，是油气碳中和领域的研究热点问题。","胡荣煌","2021010205","石油工程学院","石油工程","2021","石工21-1班","1","刘月亮/2021880028","副教授","石油工程学院","3","张国权/2022010218,谭明忠/2022010228","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"C级"]
[55,"831","电炉渣组成特征及碱性对磁性铁回收潜力影响评估","创新训练项目","D202305162050573515","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","在碳达峰碳中和背景下，以电炉为主短流程钢铁生产工艺具有碳排放量低的明显优势，未来比例将会增加，电炉渣增长率也将增加，电炉渣资源化应用问题急需解决。所以团队通过X射线衍射（XRD）分析和磁铁分离法研究电炉渣的矿物组成、赋存状态和嵌布特征以及可回收磁性含铁组分的影响，开发电炉渣资源回收利用技术为下一步提高钢铁行业电炉渣的回收利用和实现碳中和打下坚实基础。","施孔君","2022010481","化学工程与环境学院","化工与制药类","2022","能化22-2班","1","王庆宏/2012880066","副教授","化学工程与环境学院","4","杨欣玥/2022012169,李春辉/2022010466,迟敏/2022011093","外国语学院,化学工程与环境学院,地球物理学院","英语,化工与制药类,地球物理学类","0",null,"C级"]
[56,"971","高精度微阻尼节流元件的湍流减阻机制研究","创新训练项目","D202305201016356765","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","湍流减阻在生产和生活中意义重大。鲨鱼皮减阻的原理是什么，飞鱼为什么要跃出水面减阻…，这些不仅和肋条、柔顺壁、聚合物添加剂、微气泡、仿生减阻、壁面振动技术有关，还与超导减阻、5G手机提速有密切联系。跨学科推演将使我们了解湍流的本质内涵，实现有序输送，在工程上为我所用。","张露","2022010368","化学工程与环境学院","化工与制药类","2022","能化22-2班","1","曹睿/1341","副教授","化学工程与环境学院","5","张姝瑶/2022010364,刘子瑞/2022010383,李陶然/2022010386,杨秋瑶/2022010365","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类,化工与制药类","0",null,"C级"]
[57,"979","施展“膜”力高效捕碳","创新训练项目","D202305201547183549","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","膜分离技术具有节能减耗、投资小、占地空间小等优点，在天然气净化和二氧化碳捕集方面显示出广泛的应用前景。在各类分离膜中，掺杂 MOFs 的复合分离膜也称混合基质膜（MMMs）兼具无机膜高渗透性和有机膜易加工等优点，同时兼具高渗透率和选择性。本研究旨在制备一种MMMs，并对其分离CO2/CH4、CO2/N2的效果进行模拟，以期实现对CO2/CH4 、CO2/N2的高效分离。","刘庆炽","2021010416","化学工程与环境学院","化学工程与工艺","2021","化工21-2班","1","樊燕芳/2015880012","副教授","化学工程与环境学院","5","余燕伶/2021010367,张添棋/2021010629,闫晨琛/2021010370,彭云飞/2020010627","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,化学工程与工艺,化学工程与工艺,化学工程与工艺","0",null,"B级"]
[58,"881","多环芳烃典型单体对鱼类急性毒性与交互效应","创新训练项目","D202305180828127596","0","化学工程与环境学院","双向","0703-化学类","-","-","多环芳烃( Polycyclic aromatic hydrocarbons，PAHs) 是指分子由两个或两个以上苯环以稠环或非稠环方式连接而成的一类疏水性化合物。目前，多见单物种急性毒性实验，少有单体之间交互效应研究。以苯环数分类，选取典型单体，基于多因子正交实验设计原理，设计急性毒性藻类多因子实验，分析主效应和交互效应，获得考虑交互效应的PAHs混合物毒性指标。","季睿","2022010402","化学工程与环境学院","化工与制药类","2022","能化22-1班","1","曾勇/2213","副教授","化学工程与环境学院","2","贾文青/2022010401","化学工程与环境学院","化工与制药类","0",null,"B级"]
[59,"1067","生物炭固定功能菌群强化石油污染土壤降污固碳","创新训练项目","D202305221533255817","0","化学工程与环境学院","双向","0825-环境科学与工程类","-","-","基于石油污染土壤污染物去除同步固定CO2的双重目标，利用生物炭固定石油降解菌和固碳菌强化修复石油污染土壤。包括生物炭材料制备、不同结构特性的生物炭材料固定功能菌群，研究生物炭结构和固定功能菌群后的性质差异，考察其对菌群的降解动力学、CO2 固定速率和途径、细胞生物量、微生物代谢网络的影响；研究生物炭固定功能菌群强化石油污染土壤生物修复性能等。","王兮月","2022010621","化学工程与环境学院","环境科学与工程类","2022","环科22-1班","1","王庆宏/2012880066","副教授","化学工程与环境学院","4","霍子云/2021010405,王晨阳/2022010620,孟婧涵/2022010589","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,环境科学与工程类,环境科学与工程类","0",null,"C级"]
[60,"936","Pt负载金属氧化物催化剂制备及其催化储氢性能研究","创新训练项目","D202305182223295457","0","化学工程与环境学院","双向",null,"-","-","查阅文献，了解储氢催化剂研究现状及相关知识，考察制备方法、合成条件等对催化剂结构等的影响规律，并进行反应性能评价。结合相关表征技术，初步揭示催化剂结构与反应性能之间的构效关系。","闫珅","2021010489","化学工程与环境学院","化学工程与工艺","2021","化工21-1班","1","崔国庆/2020880007","讲师","化学工程与环境学院","2","刘羲阳/2021010485","化学工程与环境学院","化学工程与工艺","0",null,"C级"]
[61,"1421","微型旋转流化床对强化细颗粒流动的实验研究","创新训练项目","D202305272103372745","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","超细颗粒在新能源材料如电池电极、电解制氢、光伏发电、储氢材料等方面具有广泛的应用前景。超细颗粒尤其是纳米颗粒因其尺度效应很难批量处理。流化床是批量处理颗粒物料强有力的设备和反应器。传统流化床往往用于处理比较大的颗粒，用于处理超细颗粒还存在较大的困难。本项目提出一种微型旋转流化床用于处理超细颗粒通过设计一种新型的反应器装置，利用实验等手段来分析其对细颗粒流化的改善，对细颗粒工业应用提供新思路。","李佳蕊","2021010436","化学工程与环境学院","化学工程与工艺","2021","化工21-3班","1","王成秀/2014880020","副教授","化学工程与环境学院","2","齐嘉莹/2021010500","化学工程与环境学院","化学工程与工艺","0",null,"C级"]
[62,"934","二氧化碳加氢制甲烷的Ni基催化剂构建及性能研究","创新训练项目","D202305182211566694","0","化学工程与环境学院","双向",null,"-","-","查阅文献，了解催化剂研究现状及相关知识，考察制备方法、合成条件等对催化剂结构等的影响规律，并进行反应性能评价。结合相关表征技术，初步揭示催化剂结构与反应性能之间的构效关系。","潘思迪","2021010465","化学工程与环境学院","能源化学工程","2021","能化21-1班","1","崔国庆/2020880007","讲师","化学工程与环境学院","4","曹哲仁/2021010514,郭智硕/2022010516,张志彬/2022010491","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","能源化学工程,化工与制药类,化工与制药类","0",null,"A级"]
[63,"935","旋转进气对环流耦合反应器强化超细颗粒流动影响的研究","创新训练项目","D202305182213047256","0","化学工程与环境学院","双向",null,"-","-","随着社会的发展，超细颗粒的在石油石化、药品、化妆品以及碳捕集等行业应用广泛，而超细颗粒尤其是纳米颗粒因粒径等特点流化难是阻挡工业生产的重要因素。通过设计环流耦合反应器的进气方式，来探究气旋对超细颗粒流动性能改善的效果。本项目旨在，设计一种对细颗粒流化改善明显的实验路线方案，通过实验数据分析获得细颗粒流动特点，为工业放大提供理论和实验基础。","刘思雨","2021010437","化学工程与环境学院","化学工程与工艺","2021","化工21-3班","1","王成秀/2014880020","副教授","化学工程与环境学院","2","卢宇晶/2021010438","化学工程与环境学院","化学工程与工艺","0",null,"C级"]
[64,"940","石油焦衍生多频电磁波吸收碳材料的开发","创新训练项目","D202305190917340685","0","化学工程与环境学院","双向",null,"-","-","电磁波污染被认为是仅次于空气、水和噪声污染的第四大污染。高密度的电磁能量被辐射到空气中，造成严重的电磁波污染，不仅危及人体健康，而且危及信息安全。如何对电磁波进行有效防护，阻止电磁信息泄漏、抑制电磁波的辐射和干扰？本项目拟以石油焦为原料，开展多频电磁波吸收碳材料的制备研究，并通过详细性能测试来评价材料的应用前景。","张芳","2021010435","化学工程与环境学院","化学工程与工艺","2021","化工21-3班","1","杨旺/2019880018","副教授","化学工程与环境学院","4","魏雯静/2021010365,廖安安/2021010366,刘杨/2021010611","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,化学工程与工艺,化学工程与工艺","0",null,"B级"]
[65,"945","炼厂剩余活性污泥好氧堆肥过程中碳氮转化机制的研究","创新训练项目","D202305191023266723","0","化学工程与环境学院","自主","0825-环境科学与工程类","-","-","剩余污泥是指活性污泥系统中从二次沉淀池（或沉淀区）排出系统外的活性污泥。好氧堆肥是处理剩余污泥的主流工艺之一，但是在堆肥过程中氮素损失通常会达到40%以上，严重降低了堆肥产品的肥效，因此需要研究堆肥过程中氮素损失的影响因素，优化污泥好氧堆肥过程。本项目主要研究污泥好氧堆肥过程中碳氮元素的转化机制，以及不同工艺条件对氮素损失的影响，为好氧堆肥处理剩余污泥工程的实际运行提供理论基础。","王周昊","2020010453","化学工程与环境学院","环境工程","2020","环工20-2班","1","王庆宏/2012880066","副教授","化学工程与环境学院","2","马雪/2021010372","化学工程与环境学院","化学工程与工艺","0",null,"C级"]
[66,"950","用ASPEN模拟固态胺捕集烟气中二氧化碳工艺","创新训练项目","D202305191211433455","0","化学工程与环境学院","自主","0813-化工与制药类","-","-","催化裂化过程中产生的烟气中含有较多的二氧化碳，如何捕获这些二氧化碳显得极为重要。项目准备采用固态胺作为吸附剂，在固定床进行烟气中二氧化碳的捕集，用ASPEN进行模拟预测，并设计相应的吸附器和解吸器，用于碳捕获和分离。","刘益安","2021010520","化学工程与环境学院","化学工程与工艺","2021","化工21-3班","1","刘梦溪/2077","教授","化学工程与环境学院","5","李春霖/2021010519,康歆宇/2021010518,郭飞扬/2021010497,黄凯涵/2021010454","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,化学工程与工艺,化学工程与工艺,化学工程与工艺","0",null,"B级"]
[67,"977","高密度固体储氢材料研究","创新训练项目","D202305201509478710","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","能经济在可再生能源系统发展完善情况下，在未来基于可再生能源的电力系统和交通运输领域中有较高的应用价值。固态储氢技术是目前在不同应用的理想操作条件下储存氢气的最安全可靠的方式，正日益受到科学界的广泛关注。该技术是将具有储氢能力的固体材料用将氢气储存，在一定温度压力下可以实现可逆吸放氢的储氢技术。本项目通过对比不同固体储氢材料技术，针对未来氢能储存提出合理的应对方案。","龚泽恩","2022010385","化学工程与环境学院","化工与制药类","2022","化工22-1班","1","商辉/2300","教授","化学工程与环境学院","5","傅世坤/2022010482,李芃钰/2022010484,周芹/2022010367,张璐昕/2022010366","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类,化工与制药类","0",null,"C级"]
[68,"951","铁催化葡萄糖水热碳化的过程与机理研究","创新训练项目","D202305191309349810","0","化学工程与环境学院","双向","0825-环境科学与工程类","-","-","（1）使用铁基催化剂催化葡萄糖水热碳化。在不同反应条件下进行水热碳化实验，分析碳水化合物水热碳化动力学和热力学性质；（2）对水热炭进行结构特征分析，包括形貌特征、尺寸大小、表面官能团及元素组成等，分析水热炭燃料特性及吸附性能，建立水热炭的形成及生长机制；（3）对水热液中糖类化合物聚合规律进行分析，包括有机物组成分析、分子量分布等，建立碳水化合物水热碳化的化学反应路径。","陈薪同","2021010556","化学工程与环境学院","环境工程","2021","环工21-2班","1","王庆宏/2012880066","副教授","化学工程与环境学院","4","李子涵/2022010602,吴照飞/2022010392,张之翼/2022010394","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","环境科学与工程类,化工与制药类,化工与制药类","0",null,"A级"]
[69,"955","插件式低压降工业烟气深度净化环流装置开发及工程放大","创新训练项目","D202305191451391274","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","工业烟气除尘难点在于高效脱除细颗粒物，因其微/纳多尺度结构抑制了固体表面与水的快速高效接触，雾化/环流耦合场可以打破超疏水性，但环流塔的高径比限制了装置扩能和工程放大。本研究拟开发一种像计算机内存条的插件结构，在每个插件范围内保持良好的气液环流，不仅能根据处理量设计插件数量，还能实现低压降设计，与工程应用完美接轨。","王晴宇","2022010373","化学工程与环境学院","化工与制药类","2022","化工22-1班","1","曹睿/1341","副教授","化学工程与环境学院","5","孙科/2022010379,袁佳怡/2022010374,何丽鸿/2022010371,史佳悦/2022010372","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类,化工与制药类","0",null,"C级"]
[70,"1007","石油含氮化合物分离及分子组成分析方法与应用","创新训练项目","D202305211417270657","0","化学工程与环境学院","自主","0813-化工与制药类","-","-","含氮化合物是石油中普遍存在的杂原子化合物，主要包括碱性和非碱性含氮化合物两类。石油尤其是原油中两类含氮化合物的元素总量和分子组成是石油全组分分子组成定量工作的重要部分。本课题拟建立基于强阳离子交换柱的石油碱性含氮化合物和非碱性含氮化合物分离方法，并采用电喷雾电离高分辨率质谱分析不同类型含氮化合物分子组成，为石油全组分分子组成定量提供数据。","朱家玉","2021010473","化学工程与环境学院","化学工程与工艺","2021","化工21-1班","1","史权/1334","教授","化学工程与环境学院","2","王彩雲/2021010468","化学工程与环境学院","化学工程与工艺","0",null,"B级"]
[71,"961","水杨酸-次氯酸盐分光光度法测定水中氨氮含量的改进及应用研究","创新训练项目","D202305191645137245","0","化学工程与环境学院","双向","0825-环境科学与工程类","-","-","氮超标是导致水体富营养化的主要因素之一，水杨酸-次氯酸盐分光光度法是氨氮含量测定的国标方法之一，国标号：HJ536-2009。由于该方法显色时间长、试剂加量不精确，导致氨氮测定结果不准确，不稳定，因此，需要研究改进此氨氮测定方法具有一定的理论价值。本项目研究内容主要包括两部分：1.水杨酸-次氯酸盐法测定水中氨氮含量的改进；2.采集北京市公园景观水及河水进行氨氮含量测定。","胡方杰","2021010610","化学工程与环境学院","环境科学","2021","环科21-2班","1","李敏/2194","工程师","化学工程与环境学院","4","王健/2021010613,丁飞/2021010603,吴延瑞/2021010608","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","环境科学,环境工程,环境工程","0",null,"C级"]
[72,"1074","我国炼油厂二氧化碳排放的核算方法","创新训练项目","D202305221621017102","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","研究我国炼油厂典型工艺及全厂二氧化碳排放的核算边界、核算方法并进行数学建模，以实现根据处理规模、加工过程能量消耗等条件对炼油厂的二氧化碳排放量进行计算。通过计算二氧化碳的排放，来减少二氧化碳的排放，实现碳达峰，碳中和","马凯园","2022010507","化学工程与环境学院","化工与制药类","2022","化工22-3班","1","石孝刚/2017880032","副教授","化学工程与环境学院","4","张席地/2022010506,曹炜曼/2022010499,付锦依/2022010493","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类","0",null,"C级"]
[73,"991","电场强化制备高缺陷度电池型储能材料研究","创新训练项目","D202305202147013814","0","化学工程与环境学院","双向","0804-材料类","-","-","超级电容器由于其快速的充放电速率，长的循环寿命，绿色环保和高可靠性而备受关注。过渡金属基电池型材料由于其体相的法拉第储能过程，相较于碳基双电层材料能够储存更多的能量。其中，镍钴基材料（包括镍钴硫化物、硒化物和磷化物等）由于其固有的高电导率而被认为是超级电容器的优异的电极材料之一。本项目拟通过电场强化过程来实现高性能电池型材料的制备，并详细开展电化学储能性能评价。","王浙","2021010395","化学工程与环境学院","能源化学工程","2021","能化21-2班","1","杨旺/2019880018","副教授","化学工程与环境学院","5","周香格/2021010464,颜伊宁/2021010467,孙蕾/2021011828,池双佑/2021010453","化学工程与环境学院,化学工程与环境学院,理学院,化学工程与环境学院","能源化学工程,能源化学工程,应用化学,化学工程与工艺","0",null,"C级"]
[74,"1163","高比能锂离子电池硅碳负极材料的可控制备","创新训练项目","D202305231454495876","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","查阅文献，了解硅碳负极的发展历程、发展现状、发展前景及目前制备方法。利用沥青包覆法，通过热解缝合工艺将硅碳母体与石墨强化焊接制备硅碳复合型负极材料，对材料进行电化学性能测试，得到一种高性能硅碳负极材料。","孙涵","2022010436","化学工程与环境学院","化工与制药类","2022","化工22-2班","1","马新龙/2016880045","副教授","化学工程与环境学院","4","成思宇/2022010403,程实/2022010429,马芬/2022010428","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类","0",null,"C级"]
[75,"1223","新型地球生物标志物的探究","创新训练项目","D202305231858193602","0","化学工程与环境学院","双向",null,"-","-","地球生物标志物对地质演化和地质资源探测有重要意义，本研究依托课题组新开发的世界领先的未知物表征方法进行新型标志物的发现和研究","吴晗","2019010426","化学工程与环境学院","化学工程与工艺","2020","化工20-3班","1","韩晔华/2012880010","教授","化学工程与环境学院","2","巴合加娜提·加冷/2022012313","化学工程与环境学院","化工与制药类","0",null,"C级"]
[76,"1073","烯烃选择性叠合反应催化剂的制备及性能研究","创新训练项目","D202305221611298660","0","化学工程与环境学院","自主","0101-哲学类","-","-","某化工厂产品中含有较多的烯烃副产物，影响了产品的下游转化工艺。烯烃副产物与主产物的沸点非常接近，很难进行分离。本项目针对这个问题，拟采取烯烃叠合反应的方法，将烯烃转化为较大分子的叠合产物，以便能将其与主产物分离。同时叠合产物可以用作汽油调和组分，大大了增加了产品附加值。反应的关键是选择性叠合催化剂，本项目以固体酸催化剂为目标，研究酸强度、酸密度、酸类型对反应的影响，实现烯烃选择性叠合目标。","左笑维","2021010492","化学工程与环境学院","能源化学工程","2021","能化21-2班","1","任申勇/2011880033","副教授","化学工程与环境学院","5","汪涵伊/2021010472,王岩青/2021010482,李晓娇/2021010469,程嘉欣/2021010466","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,能源化学工程,化学工程与工艺,能源化学工程","0",null,"B级"]
[77,"1043","废塑料高值化利用研究","创新训练项目","D202305221200167035","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","废塑料不仅是垃圾，也是是优质的碳氢资源，加以有效利用就可以成为高附加值的油品或化工原料。若塑料不能好好被回收利用，白色污染就会越来越严重。 塑料是各种聚合物组成的高分子混合物，包括聚乙烯（PE）、聚丙烯（PP）、聚苯乙烯（PS）和聚氯乙烯（PVC）等，其中聚烯烃类塑料约占80%，更有前景的处理方法为催化热解法，本科创项目针对废塑料回收利用进行调研，获得当前技术存在的关键问题，及解决思路。","谢林洲","2022010489","化学工程与环境学院","化工与制药类","2022","化工22-3班","1","商辉/2300","教授","化学工程与环境学院","5","邵科元/2022010486,李浩永/2022010483,严臻睿/2022010490,刘帅杰/2022010485","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类,化工与制药类","0",null,"C级"]
[78,"1296","烟气中CO污染物的氧化脱除方法","创新训练项目","D202305241015343215","0","化学工程与环境学院","双向",null,"-","-","工业烟气中含有CO有毒气体，如何对其进行脱除是值得我们去思考和研究的，大学生已有这个研究基础，通过研究一种合适的催化剂对烟气中的CO进行氧化消除是一个有效的方法。这个反应涉及到对人体有毒的CO气体，必须注意安全操作，保证安全。","王梓涵","2021010521","化学工程与环境学院","能源化学工程","2021","能化21-2班","1","张鑫/2342","教授","化学工程与环境学院","3","陈俊逸/2022010512,张支铭/2022010471","化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类","0",null,"C级"]
[79,"1068","劣质蜡油氮化物分析和加氢转化规律","创新训练项目","D202305221541190428","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","劣质蜡油的高效转化和有效利用是炼厂面临的难点问题。加氢裂化技术可将蜡油转化为优质化工原料，其氮化物的有效脱除至关重要。本课题拟定选择2-3种劣质蜡油为研究对象，结合组分分离和多种表征手段获得其详细的组成性质，并应用固定床加氢微反装置进行加氢实验，通过原料和产品组成的对比分析，获得其中的氮化合物的转化规律，为加氢深度可控精制催化剂的设计和工艺条件的优化提供指导。","何亚飞","2021010383","化学工程与环境学院","化学工程与工艺","2021","化工21-1班","1","陈振涛/2012880018","副教授","化学工程与环境学院","4","王鹏琪/2021010378,吴阳/2021010379,钱俊宇/2021010391","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,化学工程与工艺,化学工程与工艺","0",null,"C级"]
[80,"1069","电解水制氢电解槽阵列优化模型和控制系统开发","创新训练项目","D202305221543144874","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","太阳能和风能等可再生能源是实现“碳达峰、碳中和”战略目标的重要举措。目前，光伏和风电的装机容量不断攀升，但风光资源具有不连续和不稳定等属性，基于风光发电的可再生能源电解水制氢技术可以将波动的清洁电力转化并储存为高品质氢能，为可再生能源利用提供了途径。本项目旨在考虑电解槽电热特性和运行状态，开发大规模电解水制氢电解槽阵列优化模型和控制方法，期望实现电解槽阵列单体工时的均衡，以提高制氢系统的可靠性。","刘昶","2022010578","化学工程与环境学院","环境科学与工程类","2022","环工22-2班","1","邓春/2011880022","教授","化学工程与环境学院","5","李佳俊/2022010519,肖涵芮/2022010584,李震洋/2022010565,王瀚林/2022010818","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,机械与储运工程学院","化工与制药类,环境科学与工程类,环境科学与工程类,机械类","0",null,"C级"]
[81,"1083","石油卟啉化合物的分离和鉴定","创新训练项目","D202305221704571827","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","卟啉（叶绿素四吡咯系列衍生物）是石油中结构最为稳定的生物标志化合物，其分析方法的搭建是将其应用于油源对比和油藏勘探等研究的关键。本项目应用溶剂萃取和柱色谱分析对石油样品分离富集，然后结合高效液相色谱的分离优势和Orbitrap质谱鉴定分析，将其联用建立新型石油卟啉鉴定表征方法，从而用于研究石油卟啉存在形态和组成分布研究，从而为油源对比和油藏勘探提供指导。","宋思雨","2021010401","化学工程与环境学院","化学工程与工艺","2021","化工21-2班","1","陈振涛/2012880018","副教授","化学工程与环境学院","4","张伊蕊/2021010441,于瑛琦/2021010440,杨嘉琦/2021010461","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,化学工程与工艺,能源化学工程","0",null,"B级"]
[82,"1079","用于催化甲烷二氧化碳转化反应的Ni基催化剂的研制","创新训练项目","D202305221645052460","0","化学工程与环境学院","双向",null,"-","-","查阅文献，了解烷烃Ni催化剂研究现状及相关知识，考察制备方法、合成条件等对催化剂结构等的影响规律，并进行反应性能评价。结合相关表征技术，初步揭示催化剂结构与反应性能之间的构效关系。","熊俊程","2022010522","化学工程与环境学院","化工与制药类","2022","化工类22-5班","1","崔国庆/2020880007","讲师","化学工程与环境学院","4","叶斯波力·叶尔生/2022010505,贾思远/2022010518,陈心/2022010513","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类","0",null,"A级"]
[83,"1090","柴油加氢裂化催化剂扩散和反应性能研究","创新训练项目","D202305221745140332","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","结合LCO富含芳烃结构及其出路难的现状，低品质的LCO中制取高附加值的BTX成为研究热点，开发目标产物BTX收率和选择性高的催化剂是其关键。本项目拟定对分子筛进行改性，应用等体积浸渍方法制备得到系列加氢催化剂，应用实验室搭建的零长柱扩散实验装置对分子筛及其催化剂进行扩散实验，通过与工业加氢裂化剂进行对比分析探究扩散传质对加氢裂化催化剂反应性能的影响，从而为设计开发高效转化催化柴油催化剂提供指导。","何若妍","2021010374","化学工程与环境学院","能源化学工程","2021","能化21-1班","1","陈振涛/2012880018","副教授","化学工程与环境学院","3","马颖/2021010400,林楚媛/2021010397","化学工程与环境学院,化学工程与环境学院","化学工程与工艺,化学工程与工艺","0",null,"C级"]
[84,"1297","电解水制氢技术的探索","创新训练项目","D202305241017140176","0","化学工程与环境学院","双向",null,"-","-","电解水制氢是制绿氢的一种技术，针对其涉及到的催化剂可以进行研究，涉及制备催化剂并进行性能探讨","黄镜","2021010494","化学工程与环境学院","能源化学工程","2021","能化21-1班","1","张鑫/2342","教授","化学工程与环境学院","5","张梦涵/2021010408,栾俊添/2021010457,鹿麒麟/2021010486,杨雯婷/2021010407","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,能源化学工程,能源化学工程,化学工程与工艺","0",null,"C级"]
[85,"1221","石油制高附加值产品过程的烯烃精细表征","创新训练项目","D202305231849339923","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","重质油加工过程中产生大量烯烃化合物，对后续石油产品生产有重要影响。本研究针对高附加值石油产品如储能负极材料的生产研究烯烃精细表征方法并建立构效关联重质油加工过程中产生大量烯烃化合物，对后续石油产品生产有重要影响。本研究针对高附加值石油产品如储能负极材料的生产研究烯烃精细表征方法并建立构效关联","冯宇翔","2020011863","理学院","应用化学","2020","应化20-1班","1","韩晔华/2012880010","教授","化学工程与环境学院","2","张涵婷/2022010438","化学工程与环境学院","化工与制药类","0",null,"C级"]
[86,"1199","分布式风电场布局优化","创新训练项目","D202305231650530354","0","化学工程与环境学院","双向","0825-环境科学与工程类","-","-","风电场中各个风机之间由于存在尾流效应，其相互之间的地理分布会影响风电场的发电效率，因此需要根据地区风力资源分布，决策最优的风电场布局。相比于传统的集中式风电场，分布式风电场由于靠近用户侧，实际布局会受到诸多现实因素约束，因此更需要对其进行精细的优化。本项目拟通过遗传算法与图论算法结合，建立优化空间，实现对分布式风电场布局的优化。","柴颖","2022010614","化学工程与环境学院","环境科学与工程类","2022","环科22-1班","1","王彧斐/2012880071","教授","化学工程与环境学院","3","陈毅闽/2021010609,王文海/2021010551","化学工程与环境学院,化学工程与环境学院","化学工程与工艺,环境工程","0",null,"C级"]
[87,"1228","基于MNPs介导的多环芳烃降解菌的筛选和机理探究","创新训练项目","D202305231916533997","0","化学工程与环境学院","自主","0825-环境科学与工程类","-","-","本项目欲研究生物炭固定功能菌群介导的污染物降解机制和 CO2 固定途径，阐明石油组分-CO2-生物质有机碳之间的碳转化行为，明晰生物炭结构特性对微生物代谢和碳周转的影响规律，建立生物炭制备和微生物固定化方法，进而而助力实现“双碳”目标。","刘素珍","2020010472","化学工程与环境学院","环境工程","2020","环工20-2班","1","王庆宏/2012880066","副教授","化学工程与环境学院","3","李娜/2020010471,刘棒/2021010605","化学工程与环境学院,化学工程与环境学院","环境科学,环境工程","0",null,"B级"]
[88,"1244","沥青定向转化制备钠离子电池碳负极研究","创新训练项目","D202305232122525724","0","化学工程与环境学院","双向","0804-材料类","-","-","本项目围绕高性能沥青基硬碳负极材料的可控制备开展研究，开展沥青预氧化历程的研究，研究氧化稳定化过程中不同氧化温度（150-350℃）对氧的含量、存在形式以及对原料沥青微晶结构等影响，研究不同碳化终温对硬碳材料结构组成和储钠性能的影响。","江锦欣","2022010422","化学工程与环境学院","化工与制药类","2022","化工22-2班","1","马新龙/2016880045","副教授","化学工程与环境学院","4","彭莎莎/2022010406,史国柱/2022010419,许文轲/2022010408","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类","0",null,"A级"]
[89,"1246","天眼锁定地球污染，绿色智能环境保护——遥感识别土壤环境污染技术开发","创新训练项目","D202305232135141950","0","化学工程与环境学院","双向",null,"-","-","利用遥感技术原理，通过卫片与地面实地数据比对，优选参数，建立智能识别土壤环境污染的遥感技术，实现土壤环境污染实时监测。","邓逸凡","2021010640","化学工程与环境学院","环境科学","2021","环科21-1班","2","王新伟/1858,周子勇/1884","副教授,副教授","化学工程与环境学院,地球科学学院","4","安柯银/2021010617,颜晶晶/2021010538,杨彦钰/2021010628","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","环境科学,环境科学,环境科学","0",null,"C级"]
[90,"1250","基于深度学习和红外光谱的油品成分分析","创新训练项目","D202305232153509206","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","汽油分子信息解析耗时较长的问题制约着其在炼厂实时优化中的应用前景，传统方法的弊端导致分析方法不适用于生产过程中的分子组成分析，因此可以通过对油品光谱进行分析，建立光谱快速预测汽油分子组成的模型。基于深度学习算法结合光谱预测汽油分子组成的方法可以应用于炼厂的实时在线分析优化中，并且对炼厂反应过程模型和油品调和模型的建立具有重要意义。","王秋扬","2021010539","化学工程与环境学院","环境工程","2021","环工21-1班","1","张霖宙/2014880038","副教授","化学工程与环境学院","4","王医灵/2021010431,苗梓璋/2021010581,赵一泽/2022010537","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","能源化学工程,环境工程,环境科学与工程类","0",null,"C级"]
[91,"1387","NaY分子筛四氯化硅气相超稳过程引入介孔的文献调研和实验研究","创新训练项目","D202305261015288365","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","超稳Y分子筛是催化裂化催化剂的关键酸性活性组分。在从NaY分子筛制备超稳Y制备方法中，四氯化硅气相超稳法与已有水热超稳法相比，路径短、能耗低，无氨氮排放环保问题。但该方法工业应用面临一大技术瓶颈是产品中介孔缺失影响了催化性能的发挥。本项目拟通过文献调研和实验研究，在课题组已有工作的基础上，探索控制脱铝补硅平衡、在气相超稳Y分子筛晶粒中引入介孔的方法，为高性能催化裂化催化剂的开发提供支持。","贺婕","2022010431","化学工程与环境学院","化工与制药类","2022","化工22-2班","1","申宝剑/1649","教授","化学工程与环境学院","4","朱行健/2022010459,康胜/2022010452,涂景豪/2022010487","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类,化工与制药类","0",null,"C级"]
[92,"1396","多级孔ZSM-48分子筛的合成及其催化性能研究","创新训练项目","D202305261714130674","0","化学工程与环境学院","双向","0703-化学类","-","-","ZSM-48分子筛是一种应用于加氢异构反应的一维孔十元环沸石，但是其一维孔结构使反应分子和产物扩散困难，造成分子筛催化剂活性和选择性下降。合成具有多级孔结构的ZSM-48分子筛是解决其应用的关键。项目主要研究ZSM-48分子筛后处理方法的筛选和优化，通过后处理制备酸性适宜的多级孔ZSM-48分子筛，并以烷烃加氢异构反应为探针，研究多级孔结构与分子筛性能的构效关系。","刘兴旺","2021010409","化学工程与环境学院","能源化学工程","2021","能化21-2班","1","吴志杰/2012880001","教授","化学工程与环境学院","4","李梓轩/2021010410,陈逸飞/2021010412,林云志/2021010413","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,能源化学工程,能源化学工程","0",null,"C级"]
[93,"1398","分子筛封装金属团簇的构筑及其涉氢反应性能研究","创新训练项目","D202305262106320413","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","含金属的沸石分子筛是能源化工中应用最广泛的双功能催化材料，在石油化工加氢反应，生物质加氢脱氧反应以及CO2高效转化制化学品中具有优异的反应性能。本项目主要是通过研究微孔分子筛的合成规律，设计金属前驱体的引入方式，实现金属团簇在分子筛内部的封装，同时建立准确测定金属封装选择性的方法，考察其加氢反应性能。","宝佳庆","2021010449","化学工程与环境学院","化学工程与工艺","2021","化工21-3班","1","吴志杰/2012880001","教授","化学工程与环境学院","4","李奇/2021010448,周围/2021010450,陈乐宁/2021010451","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,能源化学工程,化学工程与工艺","0",null,"C级"]
[94,"1444","国产替代进口化工品调研","创新训练项目","D202305281722227740","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","在当前严峻的国际环境下，中美、中欧供应链正加速脱钩。疫情后全球化进程放缓，世界各国从追求“效率”转为追求“安全”。我国是制造业大国，但“大而不强”，部分核心技术还未取得突破，长期为国外企业垄断。本项目将对关键化工原料进行市场调研和技术总结，为化工品的国产替代提供具有技术含量的调研数据。","杨慧","2022010398","化学工程与环境学院","化工与制药类","2022","能化22-1班","1","韩晔华/2012880010","教授","化学工程与环境学院","3","王一伊/2022010400,徐峥/2022012312","化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类","0",null,"C级"]
[95,"1501","不同水体的金属元素含量分析","创新训练项目","D202306082059401699","0","化学工程与环境学院","双向","0813-化工与制药类","-","-","通过采集天然水体、自来水、小区净化水等水体样品并分析其中金属元素含量，可以初步了解我们身处自然环境和生活环境中各种水体的质量，比如水的硬度情况，判断是否存在重金属超标，以及分析不同水体中金属元素含量存在差异的原因。","钮缨雪","2022010492","化学工程与环境学院","化工与制药类","2022","能化22-2班","1","武本成/2254","副教授","化学工程与环境学院","5","吴忆/2022010468,翟之源/2022010853,李洪博/2021010387,杨欣悦/2022010880","化学工程与环境学院,机械与储运工程学院,化学工程与环境学院,机械与储运工程学院","化工与制药类,机械类,能源化学工程,机械类","0",null,"C级"]
[96,"1502","油泥水热液化废水的处理与协同产能的研究","创新训练项目","D202308271400378618","0","化学工程与环境学院","双向","0825-环境科学与工程类","-","-","水热液化技术在处理生物质废弃物及含油污泥领域有着巨大的潜力，是一种能够在高温高压条件下有效回收处理含油污泥的技术。当将其应用于含油污泥资源回收处理领域时，在回收油品的同时不可避免地产生了一些副产物，主要的副产物即为水热液化废水。本项目利用微生物电化学系统（Bioelectrochemical System，BES）对水热液化废水进行处理和资源化利用。","邵婧怡","2021010627","化学工程与环境学院","环境工程","2021","环工21-1班","1","王赫名/2015880013","副教授","化学工程与环境学院","5","汪尹/2021010634,李思妍/2021010527,韩雅/2021010625,周晓光/2022011338","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院,新能源与材料学院","环境工程,环境工程,环境科学,新能源科学与工程","0",null,"A级"]
[97,"1510","碳基过渡金属催化剂的构筑及其氧还原反应性能研究","创新训练项目","D202310161217087279","0","化学工程与环境学院","双向",null,"-","-","以沥青、油浆为基础，涉设计一类碳基过渡金属催化剂，用于ORR反应；通过锌空电池，对材料性能进行评价；研究反应机理，并向公斤级制备转化。","吴金琪","2022010456","化学工程与环境学院","化学工程与工艺","2022","化工22-2班","1","杨帆/2012880067","教授","化学工程与环境学院","2","陈禾婕/2022010433","化学工程与环境学院","能源化学工程","0",null,"B级"]
[98,"1511","过渡金属电芬顿催化剂的制备与性能研究","创新训练项目","D202310231635251281","0","化学工程与环境学院","双向",null,"-","-","电芬顿反应可以实现有机污染物的高效分解，减少对环境的污染，其基本原理是基于两电子ORR反应。本项目针对电芬顿反应，设计并制备高性能过度金属催化剂，并研究其反应机理。","马瑜含","2022010430","化学工程与环境学院","化学工程与工艺","2022","化工22-2班","1","杨帆/2012880067","教授","化学工程与环境学院","4","孙琪桐/2022010454,蒋子强/2022010451,王德民/2022010455","化学工程与环境学院,化学工程与环境学院,化学工程与环境学院","化学工程与工艺,能源化学工程,能源化学工程","0",null,"B级"]
[99,"805","零碳排放的天然气自热重整耦合SOFC发电系统建模与分析","创新训练项目","D202305151255494774","0","机械与储运工程学院","双向",null,"-","-","CO2排放是导致温室效应的主要原因。本项目拟针对天然气高效转化利用，在以往研究基础之上，探索更高效清洁的转化方式。参与本项目，可提前学习化工流程模拟，学习进度快的话，可以发表高水平论文，欢迎报名。","常琪悦","2021010912","机械与储运工程学院","过程装备与控制工程","2021","过程21-1班","1","陈哲文/2022880013","讲师","机械与储运工程学院","2","边瑀梦/2021010911","机械与储运工程学院","过程装备与控制工程","0",null,"C级"]
[100,"1270","管道系统振动智能监测和控制策略研究","创新训练项目","D202305232352165371","0","机械与储运工程学院","双向","0802-机械类","-","-","油气站场和海洋平台广泛使用管道来传输介质，目前30%的气体分输站的管道失效都是由于管道振动引起的，而管道振动问题涉及到气动力学、固体力学、响应谱理论和流固耦合等多种学科交叉问题，目前针对油气管道振动的监测和控制研究还处于起步阶段，开展管道系统振动智能监测和控制策略研究，可以有效预防管道事故的发生，减少经济损失，且可以为油气管道的设计提供理论基础和依据。对于保障油气管道的安全运行具有举足轻重的作用。","瞿怡鸣","2021010718","机械与储运工程学院","油气储运工程","2021","储运21-3班","1","陈严飞/2401","教授","机械与储运工程学院","5","徐静/2021010714,韩依阳/2021010712,阎泽荟/2021010689,陈冉/2021010732","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"B级"]
[101,"1463","海上风电制氢和二氧化碳封存模式研究","创新训练项目","D202305282228361478","0","机械与储运工程学院","双向",null,"-","-","氢能是极具发展潜力的清洁能源，被越来越多的国家上升至国家能源战略高度。“双碳”目标下，氢能作为清洁、高效、灵活的二次能源，是实现交通运输、工业和建筑等领域大规模深度脱碳的重要路径。因此开展海上风电制氢和二氧化碳封存模式研究，可以探索风能、氢能等新能源的综合利用方式，实现多能互补与管控提升电能转化效率，实现氢气制取、储存、利用与外输。","陈宣衡","2021010670","机械与储运工程学院","油气储运工程","2021","储运21-1班","1","陈严飞/2401","教授","机械与储运工程学院","5","张宇琦/2021010662,陈博翰/2021010669,陈秋和/2021010657,褚业涛/2021010659","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[102,"1281","天然气管网融入能源互联网方案研究","创新训练项目","D202305240856188620","0","机械与储运工程学院","双向",null,"-","-","能源互联网代表着未来能源领域的一个重要制高点，是未来能源互联系统的典型组织形式，区域与用户级能源网相关技术已成为世界各国能源领域的一个关注热点。天然气融入能源互联网，需要从作用、功能、运行要求、用户特性、可靠性、数字化与智能化基础、与能源网系统交互等多角度深入研究，以确定智能天然气管网融入能源互联网的最佳模式。目前相关研究，尚处于初步探索与研讨阶段。","饶颖佳","2022010676","机械与储运工程学院","油气储运工程","2022","储运22-2班","2","宋尚飞/2022880074,宫敬/1552","中级,教授","机械与储运工程学院,机械与储运工程学院","4","刘子霄/2022010681,马凯/2022010973,张超/2022010805","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,机械类,机械类","0",null,"C级"]
[103,"857","基于数据驱动的加油站销量预测模型研究","创新训练项目","D202305171947532002","0","机械与储运工程学院","双向",null,"-","-","准确的加油站销量预测不仅能帮助供应商做出准确决策，而且是及时补充油品、避免缺货的基础。事实上，加油站的销售受天气、星期或假期等多种因素的影响。然而，大多数现有方法仅考虑历史销售和时间变量，并使用平均值或线性模型处理时间序列数据，从而导致模型精度较低。亟需开发考虑影响们加油站销量因素的多变量时间序列预测模型。","潘诗元","2022311108","人工智能学院","油气人工智能","2022",null,"2","廖绮/2021891007,徐宁/2022880035","讲师,讲师","机械与储运工程学院,机械与储运工程学院","2","王琳/2019015612","人工智能学院","人工智能","0",null,"A级"]
[104,"859","高压天然气管道放空过程噪音抑制方案设计","创新训练项目","D202305171957228722","0","机械与储运工程学院","双向",null,"-","-","高压管输天然气的压力可达到10MPa以上，当输气管道出现突发事故或者进行维修改造时，为了保证管道以及操作的安全，需要通过对管道进行放空操作。\n如果直接进行放空操作，则天然气在进入空气时的瞬时速度可达到声速，产生的噪音可达到95dB以上，会对现场工作人员以及当地的生物造成巨大的生理和精神伤害。从多方面因素考虑来看，如何降低放空过程中的噪音污染很有必要。","何文博","2022010692","机械与储运工程学院","油气储运工程","2022","储运22-2班","1","左丽丽/2333","副教授","机械与储运工程学院","5","包雅睿/2022010671,陈明钰/2022010675,葛保瑞/2022010691,李宇建/2022010694","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[105,"1062","基于机器学习方法的油气管道内腐蚀风险预测","创新训练项目","D202305221514157419","0","机械与储运工程学院","双向",null,"-","-","油气管道的风险因素众多且缺陷风险因素衡量不明确，管道数据冗杂且利用率低，现有基于内压的腐蚀预测方法无法适用于所有情况。鉴于此，提出应用机器学习方法，对管道本体数据、环境数据以及运行数据等进行相关性分析，提取关键风险因素，进行训练和测试，分析不同因素对腐蚀的影响效果，预测管道在未来不同工艺条件下的腐蚀趋势。研究结果可为油气管道的维护与维修提供理论依据。","徐鹏飞","2021010739","机械与储运工程学院","油气储运工程","2021","储运21-3班","1","阎凤元/2219","工程师","机械与储运工程学院","2","廖顺/2021010725","机械与储运工程学院","油气储运工程","0",null,"C级"]
[106,"1468","基于U3D的过程装备虚拟仿真项目的设计与实现","创新训练项目","D202305291205171714","0","机械与储运工程学院","自主","0805-能源动力类","-","-","教育的数字化转型是时代发展所需，改革所向。如何结合专业特点，实现传统专业的数智化转型升级，是一直探索和思考的问题。本项目旨在采用U3D软件，以游戏界面的形式设计过程装备的虚拟仿真项目。预计仿真项目包含两个模块，一是安全环保模块；一是换热器的结构组成模块。\n创新团队通过调研其他虚拟仿真项目，完成两个模块的构思和设计。","贾茜","2020010831","机械与储运工程学院","过程装备与控制工程","2020","过程20-1班","1","宋健斐/2270","副教授","机械与储运工程学院","5","陶安腾/2020010925,黄含璇/2021010814,陈保泓/2022010810,黄睿/2022010814","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","过程装备与控制工程,过程装备与控制工程,机械类,机械类","0",null,"C级"]
[107,"1329","用于柔性可穿戴设备温度控制的柔性微通道换热器设计","创新训练项目","D202305241515143965","0","机械与储运工程学院","双向",null,"-","-","柔性可穿戴设备的电子元件集成度增加需要柔性的换热设备提供温度控制需求，采用高分子材料制作柔性微通道换热器相变换热可以满足需求。需要设计、加工、测试这种换热器的性能。","李若菡","2021010813","机械与储运工程学院","能源与动力工程","2021","能动21-2班","1","王吉/2018880020","副教授","机械与储运工程学院","1",{"$nulls":3},"0",null,"C级"]
[108,"1330","含蜡原油管道停输再启动高效数值方法研究","创新训练项目","D202305241517056701","0","机械与储运工程学院","双向","0802-机械类","-","-","含蜡原油在常温下流动性较差，常通过加热的方式改善其流动性后才进行管道输送。由于计划检修或事故抢修等原因，含蜡原油管道不可避免地存在着停输。如果停输时间过长，蜡晶的大量析出将导致管内原油胶凝，给管道再启动带来困难，严重威胁管道的安全运行。 本次主要研究含蜡原油管道停输再启动高效数值方法研究，以实现停输再启动的高效数值模拟，进而缩短停输再启动的安全性评估周期。","刘轲","2021010752","机械与储运工程学院","能源与动力工程","2021","能动21-2班","1","王吉/2018880020","副教授","机械与储运工程学院","2","杨清海/2021010774","机械与储运工程学院","能源与动力工程","0",null,"C级"]
[109,"970","氢能储运方式的技术经济性对比分析","创新训练项目","D202305200919448553","0","机械与储运工程学院","双向",null,"-","-","氢能的核心是要解决氢气的储运问题，储运问题不解决氢能不可能大发展。本项目要求学生对目前规模化的氢能储运方式进行探究，对其进行技术经济性对比分析，了解氢能储运产业链发展。","吴佳杰","2022010678","机械与储运工程学院","油气储运工程","2022","储运22-2班","2","宋尚飞/2022880074,宫敬/1552","中级,教授","机械与储运工程学院,机械与储运工程学院","5","佟璐/2022010677,李欣潼/2022010708,董赫/2022010822,付明洋/2022010971","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,机械类,机械类","0",null,"C级"]
[110,"993","掺氢至天然气管道输送的技术难点调研与分析","创新训练项目","D202305202340450967","0","机械与储运工程学院","双向","0805-能源动力类","-","-","氢能的利用在“双碳”背景下尤为突出，如何将氢能输送至千家万户，掺氢至天然气管道被认为是一种有效的方式，但是其在工程应用上存在一系列的技术难点，通过文献学习、理论分析、工艺模拟等技术手段，可完成本项目。","汪义山","2022010683","机械与储运工程学院","油气储运工程","2022","储运22-2班","1","史博会/2013880073","副教授","机械与储运工程学院","5","王奕桥/2022010684,江瑞浩/2022010686,邱炫捷/2022010687,金鑫/2022010648","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[111,"998","低渗透油藏CO2驱油提高采收率与埋存协同设计","创新训练项目","D202305210001329767","1","机械与储运工程学院","双向","0815-矿业类","-","-","低渗/致密油藏注水开发效果有限，CO2是有效的驱替介质，把其注入到低渗透率油藏中可起到驱油与埋存的双赢效果。调研CO2驱油与埋存效果的影响因素，明确CO2提高原油采收率机理以及埋存潜力评价方法，根据具体油藏特征优化CO2的注入参数，获得CO2的埋存动态变化","高瑞源","2022010659","机械与储运工程学院","油气储运工程","2022","储运22-1班","1","李宜强/2382","研究员（自然科学）","石油工程学院","5","王永安/2022010656,王佩轩/2022010653,杨康鑫/2022010649,张凯歌/2022010652","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[112,"1011","在役/退役原油管道改输CO2适用性分析","创新训练项目","D202305211539268574","0","机械与储运工程学院","双向","0815-矿业类","-","-","随着CO2提高采收率和CCUS技术的逐渐成熟，CO2管道输送设施的建设显得尤为重要。在役管道改输CO2是最为节省时间和成本的方法。为评价取样管段钢管材料是否满足输油改输CO2的管材性能要求，结合CO2管道相比于输油管道的特殊性以及国外改输案例的经验，构建在役/退役原油管道改输CO2适用性评价体系，实现对输油管道是否可以改输CO2进行定量评估。","刘辰宇","2022010695","机械与储运工程学院","油气储运工程","2022","储运22-2班","1","刘啸奔/2018880019","副教授","机械与储运工程学院","5","刘俊贤/2022010696,刘奕霆/2022010697,宋清爽/2022010639,祁家宝/2022010718","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[113,"1020","知识图谱技术在油气集输工艺系统设计中的应用","创新训练项目","D202305212352286453","0","机械与储运工程学院","双向","0805-能源动力类","-","-","知识图谱是一门新型的技术，如何将知识图谱技术，应用到油气集输工艺系统设计中，从而而工艺设计师一个全局的信息图，以便能及时快速锁定设计过程中的薄弱环节，是本项目的核心问题。需要学生理解油气集输背景，通过文献调研、软件学习，完成本项目的工作。","陈腊梅","2022010706","机械与储运工程学院","油气储运工程","2022","储运22-3班","1","史博会/2013880073","副教授","机械与储运工程学院","5","张羽/2022010704,王昊雯/2022010709,陈坤汝/2022012332,马向怡/2022010701","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"B级"]
[114,"1046","输气站场管道振动在线监测技术研究","创新训练项目","D202305221317426164","0","机械与储运工程学院","双向","0805-能源动力类","-","-","随着输气站场管输天然气不断向高压、大流量发展，站内管道持续强烈的振动时有发生。管道振动常发生在包含弯管、三通、阀门、异径管、孔板、盲板等管道附件的复杂管路处，严重影响了输气站场的正常稳定运行，甚至导致管道疲劳失效、结构破裂，发生燃烧或爆炸等恶性事故，给站场带来了巨大的安全隐患。 本项目对管道振动进行在线检测，当震动发生，可在服务器上时时检测，电脑上便可看到信号，大大提升效率。","谢雨圻","2021010654","机械与储运工程学院","油气储运工程","2021","储运21-1班","1","孙旭/2013880070","副教授","机械与储运工程学院","3","李如艳/2021010977,梁婧/2021010745","机械与储运工程学院,信息科学与工程学院","能源与动力工程,计算机科学与技术","0",null,"A级"]
[115,"1047","基于流致振动的流体能量采集技术研究","创新训练项目","D202305221320068248","0","机械与储运工程学院","双向","0802-机械类","-","-","当流体流过固体结构的时候，在一定情况下固体结构会产生振动，将这些振动能量加以利用可以产生数量可观的电能。流致振动发电具有设备尺寸简单、灵活、便于携带和安装、可靠性高等优势，可以满足小型机电系统的用电需求，具有广阔的应用前景。 本项目基于指导老师在圆柱结构流致振动方面的前期研究基础，开发新型能量采集技术，设计主动利用流致振动的小型发电装置，完成原型机初步机械设计、电路设计、结构组装和优化。","邱青宇","2021010768","机械与储运工程学院","机器人工程","2021","机器人21-1班","1","孙旭/2013880070","副教授","机械与储运工程学院","5","肖新颖/2021010815,黄绅豪/2021010754,周子康/2021011655,吴兆芸/2021010849","机械与储运工程学院,机械与储运工程学院,信息科学与工程学院,机械与储运工程学院","机器人工程,机器人工程,电子信息工程,机器人工程","0",null,"C级"]
[116,"1251","天然气流量计检定站智能无人化系统研究","创新训练项目","D202305232202080969","0","机械与储运工程学院","双向",null,"-","-","为满足流量计检定需求，国内外建有很多天然气流量计检定站，目前检定工艺仍以人工为主，存在效率低、管理复杂、安全性差等问题。随着机器人技术和工业检测技术的快速发展，检定站智能化无人化研究更为迫切。本项目拟针对检定站智能无人化系统展开研究,调研国内外发展现状,对现有问题进行分析总结，提出智能无人系统方案，制定智能无人检定工艺。本研究对推动石油天然气未来的应用发展、提高检定站智能无人化水平有着重要的意义。","王韶阳","2021010857","机械与储运工程学院","机械设计制造及其自动化","2021","机械21-1班","1","彭鹤/2012880006","高级工程师","机械与储运工程学院","2","郝梦航/2021010798","机械与储运工程学院","机械设计制造及其自动化","0",null,"B级"]
[117,"1063","耦合干冰生产的液化空气储能系统研究","创新训练项目","D202305221514201225","0","机械与储运工程学院","双向",null,"-","-","将制冷生产干冰与液化空气储能集成为一体，在储能阶段同时液化空气并生产干冰，在释能阶段将液化空气中储存的冷能同时用于发电和生产干冰，通过两种低温制冷过程的相互耦合实现冷能的高效生产、利用和转化，提高系统效率。","曹博涵","2021010728","机械与储运工程学院","油气储运工程","2021","储运21-3班","1","阎凤元/2219","工程师","机械与储运工程学院","2","霍振涛/2021010734","机械与储运工程学院","油气储运工程","0",null,"B级"]
[118,"1070","基于多维数据柔性联动机制的钻井风险智能诊断方法","创新训练项目","D202305221543336572","0","机械与储运工程学院","双向",null,"-","-","首先根据相关性分析和领域知识确定适当的风险表征参数，然后基于机器学习算法来构建风险识别模型，对潜在风险进行分类；同时对不同风险表征参数进行单独识别，并将不同参数识别的结果进行加权平均或多数投票，以确定最终的风险类型。最后，将风险识别模型和不同参数识别结果进行结合，进行实验结果分析和应用前景展望。","张艺严","2021010862","机械与储运工程学院","机器人工程","2021","机器人21-1班","1","祝兆鹏/2022880011","讲师","机械与储运工程学院","2","邹旭/2021010886","机械与储运工程学院","机器人工程","0",null,"C级"]
[119,"1091","水下软体机器人","创新训练项目","D202305221755091482","0","机械与储运工程学院","双向",null,"-","-","软体机器人有着自己独特的优势，传统的机器人结构通常由电机、活塞、关节、铰链等构件组装而成，尽管动力足、功率大、性能成熟，但是也存在很多缺点，例如笨重、安全系数低、环境适应性差、可靠性低、传动效率低下、噪声大等。针对目前软体水下机器人运动速度慢，制造难度大，控制困难等问题，研制水下全软机器人，并进行动力源的优化设计，对其运动性能进行实验研究。","陈子敏","2021010879","机械与储运工程学院","机器人工程","2021","机器人21-1班","1","肖华平/2014880065","副教授","机械与储运工程学院","2","李熠轩/2022010898","机械与储运工程学院","机械类","0",null,"A级"]
[120,"1096","基于3D扫描的异轴管道中心线识别与弯管拼接组对研究","创新训练项目","D202305221928476465","0","机械与储运工程学院","双向","0815-矿业类","-","-","针对管道施工过程中横、纵方向发生变化条件下的组对安装问题，使用3D激光扫描仪对两侧异轴管道进行扫描，获取管道的精确点云数据，使用逆向工程软件对其进行降噪、平滑和坐标对齐等预处理。使用Matlab对点云数据进行规则化处理，重构管道曲面，获取异轴管道的中心线数据，计算中心线之间的叠加角，最终根据计算的叠加角开展异轴管道间弯管拼接组件结构设计。","黄洋","2021010679","机械与储运工程学院","油气储运工程","2021","储运21-2班","1","刘啸奔/2018880019","副教授","机械与储运工程学院","4","张清爽/2021010711,杨洛/2021010691,丁万成/2021010700","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程","0",null,"B级"]
[121,"1100","水合物法碳封存动力学研究","创新训练项目","D202305222009201888","0","机械与储运工程学院","双向",null,"-","-","2020年9月中国明确提出2030年“碳达峰”与2060年“碳中和”目标。“碳封存”在双碳目标的实现过程中具有重要地位，水合物法碳封存具有较好的应用前景，但是CO2水合物生成动力学较慢，对其调控方法目前仍然不明确。主要有以下研究内容：\n1.CO2水合物生成动力学研究现状调研\n2.CO2水合物生成动力学调控方法调研\n3.CO2水合物生成动力学调控方法研究","黄宇轩","2022010655","机械与储运工程学院","油气储运工程","2022","储运22-1班","1","宋尚飞/2022880074","中级","机械与储运工程学院","4","赵帅昌/2022010668,刘惠文/2022010644,刘青曌/2022010637","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[122,"1103","北溪管道爆炸灾难性后果探究","创新训练项目","D202305222023092143","0","机械与储运工程学院","双向",null,"-","-","北溪管道的爆炸发生在2022年9月26日，北溪一号和北溪二号天然气管道发生了爆炸事件，并在之后发生了水下的气体泄漏。这一事故对国际政治、经济都产生了重大的影响，其释放的天然气也会造成“灾难性”气候影响。\n本项目拟从天然气管道运行及瞬态响应机制研究出发，对爆炸发生后长输管道动态响应机制进行研究，预期研究内容有：北溪管道设计、施工、运维状况调研；爆炸情况调研；天然气释放量估算；环境危害分析等","唐江欢","2021011438","机械与储运工程学院","油气储运工程","2021","储运21-2班","1","宋尚飞/2022880074","中级","机械与储运工程学院","4","宋楠/2021010683,商雨鑫/2021011471,张新运/2021010685","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[123,"1120","掺氢天然气管道仿真软件","创新训练项目","D202305222343484656","0","机械与储运工程学院","双向",null,"-","-","调研掺氢天然气的物性计算方法，\n调研掺氢天然气管道水力、热力仿真模型进展；\n构建掺氢天然气管道水热力仿真模型，编制相关软件","徐铭晨","2022010642","机械与储运工程学院","油气储运工程","2022","储运22-1班","1","宋尚飞/2022880074","中级","机械与储运工程学院","4","刘远鹏/2022010662,王允宣/2022010646,孙语涵/2022010643","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程","0",null,"B级"]
[124,"1121","天然气超音速脱水技术与摩擦发电结合的装置设计","创新训练项目","D202305230841174232","0","机械与储运工程学院","双向",null,"-","-","（1）应用数值方法对超音速除湿器的流动特性进行了系统分析，获得了除湿器的气动特征和凝结特征。\n（2）采用实验方法探究螺旋流动的形成和衰减机理，获得旋流流场的作用距离，并分析流场结构对天然气凝结液滴的分离效率。\n（3）基于超音速除湿依赖压降，为了回收部分压力能，并结合分离器内部强旋流流场特性，结合新型摩擦发电材料探究旋流流场摩擦发电技术，并核算发电效率。","魏煜秦","2022010739","机械与储运工程学院","能源与动力工程","2022","能动22-1班","1","王科/2016880032","副教授","机械与储运工程学院","4","白志雷/2022010742,穆飞云/2022010738,王军灿/2022010740","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程","0",null,"B级"]
[125,"1123","基于增强现实的人机交互系统设计","创新训练项目","D202305230901117397","0","机械与储运工程学院","双向",null,"-","-","随着科技的发展,传统的二维人机交互技术不再满足人们的需求,人们需要一种更加自然的方式来与计算机互动。增强现实的出现正好适应这种趋势,成为了下一代人机交互技术的研究热点。增强现实技术充分利用视、听、味、触觉等人类的各种感知方式,将真实世界与虚拟世界融合在一起,给人一种超越现实的感官体验。 本课题旨在设计一套以增强现实技术为基础的机器人控制系统，以实现对智能机器人的AR控制。","李想","2021010988","机械与储运工程学院","机械设计制造及其自动化","2021","机械21-1班","1","张乾龙/2017881009","工程师","机械与储运工程学院","5","马雪莹/2022010938,刘昊洋/2021010760,刘佳陇/2021010987,王鸣/2021010922","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机器人工程,机械设计制造及其自动化,机械设计制造及其自动化","0",null,"B级"]
[126,"1173","云游石大-虚拟现实技术赋能校园文化传播","创新训练项目","D202305231517329031","0","机械与储运工程学院","双向",null,"-","-","高校学生对校园文化建设与发展提出了新的需求。在这背景下，虚拟现实技术开始介入大学校园文化建设中，高校建立虚拟校园系统，加快校园的数字化、智能化建设，对数字智慧校园建设有着重要意义。\n本课题实践以3ds Max与Unity3D作为设计开发软件，结合虚拟现实技术设备，以中国石油大学例，设计创建虚拟校园的沉浸式漫游与场景的交互，体验者在虚拟空间中进行自主漫游体验和观察校园环境。","韩明轩","2022011079","地球物理学院","地球物理学类","2022","地物类22-3班","1","张乾龙/2017881009","工程师","机械与储运工程学院","4","王子豪/2022011054,李家耀/2022011052,全震/2022010601","地球物理学院,地球物理学院,化学工程与环境学院","地球物理学类,地球物理学类,环境科学与工程类","0",null,"C级"]
[127,"1282","复杂地面巡检，运输双轮足机器人","创新训练项目","D202305240857393321","0","机械与储运工程学院","自主","0802-机械类","-","-","本成果提供一种轮与足相结合的机器人，可以通过腿部运动实现跳跃，抬升，便于跨越障碍，有较高的运行效率，能适应比较复杂的环境。希望地面移动机器人能在资源勘探和灾难救援等多领域得到广泛应用, 轮足复合机器人能够结合轮式运动速度快、平稳性高和足式运动的高越障性能等多方面优势, 在理论创新和工程技术方面均有重要的研究价值。","高立勋","2021010964","机械与储运工程学院","过程装备与控制工程","2021","过程21-2班","1","姚本春/2018880014","讲师","机械与储运工程学院","4","宋轶/2022010911,张予扬/2022010896,邱显达/2022010773","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机器人工程,机械类,能源与动力工程","0",null,"C级"]
[128,"1225","攀附仿生机器人设计","创新训练项目","D202305231909072757","0","机械与储运工程学院","双向",null,"-","-","本项目主要任务为设计一种适用于某种特殊情况的高性能仿生有型机器人。 设计内容可以是沿垂直墙面或陡峭坡面攀爬并完成某特定任务的机器人，可以是配合无人机升空后在高压线上作业的机器人；也可以是深入油气管道或管线孔洞并完成某特定作业的机器人，如管道巡线、管道内检测等。","白若兮","2021010845","机械与储运工程学院","机械设计制造及其自动化","2021","机械21-1班","1","郭巍/2019881027","中级","机械与储运工程学院","3","陈诗滢/2021010946,景婉婷/2021010846","机械与储运工程学院,机械与储运工程学院","机械设计制造及其自动化,机械设计制造及其自动化","0",null,"C级"]
[129,"1207","创意设计--家用智能机器人设计","创新训练项目","D202305231725230317","0","机械与储运工程学院","双向",null,"-","-","本项目为服务于未来生活的智能型服务机器人创意设计：适用于千家万户的智能机器人，其用途为家务劳动、娱乐、情感交流、陪伴、个人卫生、家庭管家、安全与防护等家用服务。本项目的智能机器人限定为人们居家生活（家庭）环境条件下使用，且符合上述用途范围的智能机器人。\n    作品形式：可以自行选择用文字图片（视频）或实物模型来展示创意设计，设计灵活多样，可分为有实物或无实物。","赵苗","2021010947","机械与储运工程学院","机械设计制造及其自动化","2021","机械21-1班","1","郭巍/2019881027","中级","机械与储运工程学院","3","严小蕊/2021010980,赵槿琪/2021010978","机械与储运工程学院,机械与储运工程学院","机械设计制造及其自动化,机械设计制造及其自动化","0",null,"C级"]
[130,"1217","管道结构故障综合内检测机器人研究与开发","创新训练项目","D202305231812001868","0","机械与储运工程学院","双向","0802-机械类","-","-","针对管道应力应变状态、管道缺陷及土壤回填状态等管道结构故障，调研国内外前沿内检测技术。使用solidworks等二三维绘图软件绘制机器人结构平面或三维图；掌握如PID控制等基本控制原理；熟悉汇编语言，如C/C++、python等，拓展开发机器人视觉模块；最终基于管道内检测缩尺试验平台，开发管道结构故障综合内检测机器人。","刘运羲","2022010727","机械与储运工程学院","油气储运工程","2022","储运22-3班","1","刘啸奔/2018880019","副教授","机械与储运工程学院","6","马润程/2022010855,江强海/2022010917,朱宇航/2022010906,何泰宇/2022010866,陈溪铭/2022010723","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机械类,机械类,机械类,油气储运工程","0",null,"A级"]
[131,"1349","柔性便携式电加热器件的开发与热疗应用","创新训练项目","D202305241934139292","0","机械与储运工程学院","双向",null,"-","-","本项目以构建具有优良低电压加热性能、耐久性和实用性的便携式电加热器件为目标，对改善体外热疗的舒适性、便捷性及安全稳定性具有重要意义。当前电加热器件的问题主要在于需要高电压驱动、易氧化且柔韧性差，存在一定的安全隐患，无法满足使用需求。因此，本项目拟通过调控电热材料的结构与成型方法，研究微纳尺度能量转换机制，开发安全可靠、工艺简单、集发热和控温于一体的便携式电加热器件，实现其综合性能的提升。","宋暑寒","2022010758","机械与储运工程学院","能源与动力工程","2022","能动22-1班","1","缪婷婷/2013880051","副教授","机械与储运工程学院","5","陈永逸/2022010768,王万丞/2022010760,周锦田/2022010762,唐逸轩/2022010759","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"C级"]
[132,"1252","天然气站场巡检模拟试验系统的设计与研究","创新训练项目","D202305232202171233","0","机械与储运工程学院","双向",null,"-","-","油气站场机器人巡检技术日益成熟，但仍有较多问题亟需深入研究。机器人进实际现场难，脱离站场环境，相关技术产业落地难度较大。本项目拟设计模拟真实站场环境和作业任务的试验系统，满足多种机器人不同场景、不同任务下的研究需求。对推动油气站场巡检技术发展、提高站场智能无人化水平有着重要的意义。","芦连生","2021010805","机械与储运工程学院","机械设计制造及其自动化","2021","机械21-1班","1","彭鹤/2012880006","高级工程师","机械与储运工程学院","5","林潇亮/2021010804,刘树强/2021010926,杨文博/2021010775,赵畅/2021010876","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械设计制造及其自动化,机械设计制造及其自动化,机械设计制造及其自动化,机械设计制造及其自动化","0",null,"B级"]
[133,"1263","智能定位车的定位导航系统运行研究","创新训练项目","D202305232230572496","0","机械与储运工程学院","双向",null,"-","-","在智能制造生产线上，智能定位车已投入使用，作为物料搬运和轨迹设计的基础，本项目需要对定位车的定位导航系统运行方式进行研究，实现移动轨迹路线设计并实现定点定位停车的功能。","杨崧林","2022010875","机械与储运工程学院","机械类","2022","机械类22-3班","1","郭昕宇/2019881003","工程师","机械与储运工程学院","5","师海熙/2022010872,张子旭/2022010856,李湘/2022010794,唐泽瑞/2022010873","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机械类,机械类,机械类","0",null,"C级"]
[134,"1266","智能定位车的运动控制系统运行研究","创新训练项目","D202305232250017307","0","机械与储运工程学院","双向",null,"-","-","在智能制造生产线上，智能定位车已投入使用，要想实现工作台间物料搬运、轨迹行走、以及货物装载等功能，作为运动控制的基础，本项目需要对智能定位车的运动控制系统进行研究，实现定位车的正常运行及运动控制的功能。","王硕","2022010988","机械与储运工程学院","机械类","2022","机械类22-7班","1","郭昕宇/2019881003","工程师","机械与储运工程学院","5","李浩/2022010869,廉顺淇/2022010985,闫硕/2022010970,符毓达/2022010864","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机械类,机械类,机械类","0",null,"C级"]
[135,"1292","大输量可调节直流分离器的设计","创新训练项目","D202305241011336876","0","机械与储运工程学院","双向",null,"-","-","（1）优化关键部位尺寸，揭示各部分结构影响熵产的内在机理，探究大输量下直流分离器分离效率所能达到的极大值和能耗所能达到的最低值。\n（2）揭示叶片出口角和导流锥长度对旋流强度的影响规律，量化流量与叶片出口角度和导流锥长度的关系。\n（3）归纳总结大输量直流分离器关键结构匹配方式，实现满足工程需求的自适应可变结构调节的直流分离器的设计方法。","刘天一","2020010666","机械与储运工程学院","能源与动力工程","2020","能动20-2班","1","熊至宜/2317","副教授","机械与储运工程学院","2","詹昕月/2020010665","机械与储运工程学院","过程装备与控制工程","0",null,"C级"]
[136,"1313","油气管道凹陷尺寸定量化智能识别方法研究 项目概要：","创新训练项目","D202305241207029549","0","机械与储运工程学院","自主","0815-矿业类","-","-","为实现油气管道凹陷尺寸定量化识别，开展基于微型惯导的小尺寸内检测试验与智能计算方法研究。通过微型惯导获取含凹陷段管道姿态数据，依靠python、matlab等编程软件，开发机器学习、深度学习等算法，实现对管道凹陷尺寸定量化识别研究。构建管道凹陷识别尺寸与真实凹陷尺寸之间映射关系，不断优化智能算法模型，提高智能识别准确率，最终确定最佳智能化识别方法","叶洪剑","2022010682","机械与储运工程学院","油气储运工程","2022","储运22-2班","1","刘啸奔/2018880019","副教授","机械与储运工程学院","3","孙一/2022010680,陈云起/2022010679","机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程","0",null,"C级"]
[137,"1317","LNG薄膜罐体钢板低温传热与变形仿真研究","创新训练项目","D202305241243132303","0","机械与储运工程学院","双向",null,"-","-","近年来，我们天然气用量不断增加，国家在天然气储罐建设方面进行了巨大的投资，新建了十几座大型LNG储罐。LNG薄膜罐用钢量少，投资小，是国内外重要发展方向。目前我国薄膜罐还比较少，目前仅有1座建成，采用国外专利技术。本项目利用商业软件对薄膜罐底钢板结构进行设计，研究低温下钢板结构变形规律，期待设计出新颖的结构，实现国产替代。","韦奥宇","2022010956","机械与储运工程学院","机械类","2022","机械类22-6班","1","李岩/2015880011","副教授","机械与储运工程学院","5","李洋/2022010943,简富丞/2022010944,梁子豪/2022010941,钟丰骏/2022010940","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机械类,机械类,机械类","0",null,"C级"]
[138,"1318","高压储氢设备泄露状态模拟研究","创新训练项目","D202305241243195658","0","机械与储运工程学院","双向",null,"-","-","氢能利用是国家双碳战略的重要组成部分，也被认为是未来能源发展的关键方向。由于氢能的特殊性，其储存环节一直是制约氢能发展的瓶颈。本项目旨在对储氢设备中的泄露问题进行模拟研究，以期为储氢安全做出贡献。项目利用商业软件对储氢管道、储氢瓶等重要设备中的泄露机理进行定量分析。","张澍宇","2022010942","机械与储运工程学院","机械类","2022","机械类22-6班","1","李岩/2015880011","副教授","机械与储运工程学院","5","冯英杰/2022010952,王译石/2022010945,薛振阳/2022010959,王鹏宇/2022010955","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机械类,机械类,机械类","0",null,"C级"]
[139,"1319","一种3D打印丝材制备技术及其应用","创新训练项目","D202305241243332662","0","机械与储运工程学院","双向",null,"-","-","日常生活中会产生非常多废塑料瓶，如各种矿泉水瓶、饮料瓶，由于它们数量巨大，直接扔掉不仅加大环保处理压力，还是一种资源浪费。本项目开发一种新技术，可以将废塑料瓶加工成3D打印的丝材。前期已经完成了设备的初步开发，需要对设备进行不断优化，力求做出具有市场竞争力的产品。","王先强","2021010864","机械与储运工程学院","过程装备与控制工程","2021","过程21-3班","1","李岩/2015880011","副教授","机械与储运工程学院","3","王鹏飞/2021010874,蔡曦恒/2021010851","机械与储运工程学院,机械与储运工程学院","过程装备与控制工程,过程装备与控制工程","0",null,"B级"]
[140,"1320","基于相场方法的管道环焊缝成型数字化模型","创新训练项目","D202305241245577889","0","机械与储运工程学院","双向",null,"-","-","管道环焊缝是长输管道建设的重要部分，也是管道的薄弱环节，环焊缝成型质量至关重要。随着管网数字化建设的推进，环焊缝数字化模型也成为迫切需求。本项目利用商业软件，基于先进的相场方法，实现环焊缝成型的精准动态仿真，对焊缝成型质量进行优化。","杨凯","2021010850","机械与储运工程学院","过程装备与控制工程","2021","过程21-3班","1","李岩/2015880011","副教授","机械与储运工程学院","3","阿力木江·图尔/2021010859,赵五洲/2021010877","机械与储运工程学院,机械与储运工程学院","过程装备与控制工程,过程装备与控制工程","0",null,"C级"]
[141,"1322","70兆帕四型储氢瓶无损检测技术开发","创新训练项目","D202305241337106394","0","机械与储运工程学院","双向",null,"-","-","70兆帕四型储氢瓶是氢能车应用的重要储氢载体，被认为是未来的发展方向，国内外正争相进行研发。目前国外已有比较成熟的产品，而我国在此方面还落后一步，主要生产能力还处于三型瓶。为了推动四型瓶的应用，针对其无损检测至关重要，但是目前尚未有合适的检测方法。本项目旨在开发出一种超声检测技术，能够准确实现微小裂纹的检测，需要利用该技术进行测试。","瞿友靖","2021010973","机械与储运工程学院","过程装备与控制工程","2021","过程21-2班","1","李岩/2015880011","副教授","机械与储运工程学院","5","林铮/2021010967,孟彬/2021010906,王绍嘉/2021010907,周炜超/2021011203","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,安全与海洋工程学院","过程装备与控制工程,过程装备与控制工程,过程装备与控制工程,安全工程","0",null,"A级"]
[142,"1325","基于深度学习的危险区域闯入视觉检测系统","创新训练项目","D202305241405523401","0","机械与储运工程学院","自主","0809-计算机类","-","-","基于深度学习的危险区域闯入视觉检测系统，应用深度学习进行目标检测，由QT编写的人机交互界面，用于设置和调整参数，界面美观，便于显示，通过固定相机拍摄，检测视野范围内的物体，对其进行定位，获得位置信息，可应用于交通，工地等危险区域闯入的识别与预警。","李明昊","2022010816","机械与储运工程学院","机械类","2022","机器人22-1班","1","姚本春/2018880014","讲师","机械与储运工程学院","5","李宗泽/2022010800,王璐/2021011629,陈雨涵/2022010498,范文栋/2022010950","机械与储运工程学院,信息科学与工程学院,化学工程与环境学院,机械与储运工程学院","机械类,电子信息工程,化工与制药类,过程装备与控制工程","0",null,"B级"]
[143,"1333","基于机器学习的键盘击键信号识别研究","创新训练项目","D202305241530576620","0","机械与储运工程学院","双向",null,"-","-","随着信号检测系统的发展，键盘击健识别变得越来越重要。通过信号检测可以重现敲击键盘的内容。从技术原理上研究键盘识别，可以更好的防止击键内容被窃听。\n本项目要求基于采集的声音信号，采用机器学习的方法对敲击键盘的内容进行识别。","陈皓","2021010930","机械与储运工程学院","机器人工程","2021","机器人21-1班","1","李国珍/1935","讲师","机械与储运工程学院","5","胡高平/2021010884,王嘉兴/2021010842,张丰霖/2022010848,胡潇/2022010828","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机器人工程,机器人工程,机械类,机械类","0",null,"C级"]
[144,"1342","移位机助力起身装置的设计研究","创新训练项目","D202305241646401362","0","机械与储运工程学院","自主","0802-机械类","-","-","随着中国进入老龄化社会，由于年龄、疾病导致的失能、半失能的老人越来越多，迫切需要解决失能老人和残障人士在日常活动区域的室内移动问题。为了提高行动障碍者室内活动的便捷性、安全性及舒适性，对辅助残障者室内自主移位机进行研究。\n本项目要求根据人体尺寸，提出一种残障者移位机的技术方案，对移位机进行总体结构设计，并对关键零部件进行力学分析。","高意","2021010866","机械与储运工程学院","能源与动力工程","2021","能动21-3班","1","李国珍/1935","讲师","机械与储运工程学院","5","石磊/2021010858,甘遇霖/2021010865,刘宇轩/2021010867,余炜/2021010852","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"C级"]
[145,"1350","石蜡储热系统优化及传热特性研究","创新训练项目","D202305241934191317","0","机械与储运工程学院","双向",null,"-","-","本项目旨在提升储热系统的高响应能力，以应对能源紧缺的挑战。石蜡作为一种相变储能材料，具有广泛的应用前景，因其相变温度范围大、储热密度高、相变潜热高等特点。然而，其导热系数低的问题限制了其应用范围。因此，本项目通过添加高导热材料、设计导热结构等手段，旨在提升储热系统的储热、放热速率，以进一步优化其性能。","马洁","2022010734","机械与储运工程学院","能源与动力工程","2022","能动22-1班","1","缪婷婷/2013880051","副教授","机械与储运工程学院","5","曹思彤/2022010733,张凯/2021011007,梁子峻/2022010746,张强/2022010749","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"B级"]
[146,"1352","新型柔性力传感器设计与应用","创新训练项目","D202305242146570152","0","机械与储运工程学院","双向",null,"-","-","柔性力传感器是一种基于新材料技术的新型力传感器，由于其具有柔韧性好、可自由弯曲、厚度小、灵敏度高等优点，在智能家居、智能医疗、可穿戴设备等领域具有广泛的应用前景。本项目以新型柔性力传感器为研究对象，对柔性力传感器进行结构设计和结构优化，研制柔性力传感器样机并对传感器进行静态标定。","陈致帆","2021010899","机械与储运工程学院","机械设计制造及其自动化","2021","机械21-1班","1","贾晓丽/2012880014","教授","机械与储运工程学院","4","杜子弘/2020010699,张曼/2022010908,李晓茜/2022010909","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械设计制造及其自动化,机械类,机械类","0",null,"C级"]
[147,"1353","基于MEMS的小管径管道检测机器人设计","创新训练项目","D202305242147012029","0","机械与储运工程学院","双向",null,"-","-","本项目以小管径管道检测系统为研究对象，通过有限元分析软件建立管道检测模型，研究不同因素对检测信号的影响规律；利用三维建模软件对基于MEMS的小管径管道检测系统进行结构设计，进行管道通过性能力分析，并研制管道检测系统样机。","高飞扬","2021010833","机械与储运工程学院","机器人工程","2021","机器人21-1班","1","贾晓丽/2012880014","教授","机械与储运工程学院","5","范恒源/2022010812,王卓冉/2020010799,李思月/2022010910,谭可欣/2022010937","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机器人工程,机械类,机械类","0",null,"B级"]
[148,"1354","氢气管道管材相容性和泄漏监测研究","创新训练项目","D202305242159383731","0","机械与储运工程学院","双向",null,"-","-","氢能是能源转型升级的重要方向，也是实现碳中和目标的重要途径，对于输送量大且距离较远的场合，利用管道输送是最为高效的方式。并且，按照《中国氢能产业基础设施发展蓝皮书》预计，到2030年，我国氢气管道将达到3000km但由于氢气易燃易爆且易造成金属材料脆化的性质，氢气管道与天然气管道存在着一定的差异，因此开展氢气管道管材相容性和泄漏监测研究分析对实现稳定可靠的氢能管道的输送具有重要意义。","于小芊","2021010656","机械与储运工程学院","油气储运工程","2021","储运21-1班","1","陈严飞/2401","教授","机械与储运工程学院","4","张诗曼/2021010648,徐光宪/2021010651,李逸思琦/2021010650","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[149,"1355","大尺寸储气库暂堵工具优化设计","创新训练项目","D202305242227444980","0","机械与储运工程学院","双向",null,"-","-",null,"魏铭扬","2022010958","机械与储运工程学院","机械类","2022","机械类22-6班","1","张政/2022880070","中级","机械与储运工程学院","5","李陈/2022010954,王萌萌/2022012342,阿丽娜·阿尔兴/2022012341,德吉/2022012371","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机械类,机械类,机械类","0",null,"C级"]
[150,"1356","基于外骨骼的人工巡检信息化智能平台","创新训练项目","D202305242228012981","0","机械与储运工程学院","双向",null,"-","-",null,"李芮","2022010795","机械与储运工程学院","机械类","2022","机械类22-1班","1","张政/2022880070","中级","机械与储运工程学院","3","马景侠/2022010224,李皖晴/2021010747","石油工程学院,机械与储运工程学院","石油工程,机器人工程","0",null,"C级"]
[151,"1360","LNG冷能梯级利用方法与系统优化","创新训练项目","D202305250858599780","0","机械与储运工程学院","双向",null,"-","-","液化天然气（LNG）蕴含丰富的高品位冷能，由于其温跨大，冷能的利用率不足。针对LNG气化过程，开展冷能梯级利用方法的研究，基于热力学第二定律，构建评价指标体系；提出冷能综合利用系统，进行全域系统的设计和设备选型，开展系统关键运行参数优化。","陈卓然","2021010878","机械与储运工程学院","能源与动力工程","2021","能动21-1班","1","刘强/2014880019","副教授","机械与储运工程学院","5","赵琢玉/2021010914,唐晴/2021010913,张书瑞/2021010981,罗一横/2021010860","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"B级"]
[152,"1361","太阳能-地热能耦合的复叠式热力循环的优化与4E评价","创新训练项目","D202305250912220059","0","机械与储运工程学院","自主","0805-能源动力类","-","-","太阳能发电装机容量已占全国总装机容量的10%，然而其负荷的间歇性导致发电量仅占全国发电量的4%，地热能具有热源稳定不随天气、季节变化的优势，因此开展太阳能-地热能互补发电技术的研究对于高效开发可再生能源具有重要意义。根据品位对口、梯级利用的原则，开展太阳能-地热能互补复叠式ORC的设计，揭示物质流与能量流的匹配特性，开展关键参数的优化，从能量、㶲、经济性和环保性开展系统的综合评价（4E评价）。","石金磊","2020010782","机械与储运工程学院","能源与动力工程","2020","能动20-3班","1","刘强/2014880019","副教授","机械与储运工程学院","5","廖文岐/2021010880,梁禄致/2021010896,马英杰/2021010905,陈馨羽/2022010766","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"B级"]
[153,"1365","天然气管道热值计量方法研究","创新训练项目","D202305251054448504","0","机械与储运工程学院","双向","0805-能源动力类","-","-","目前，中国销售的天然气计量主要以体积计量为主，不利于上游项目投资回报和价值体现、无法满足下游客户差异化需求、上游企业经营亏损以及贸易计量争议等。未来在部分统购统销的省份或者区域开展热值计量试点工作，推进中国天然气产业与国际贸易接轨。\n需要从热值计量的现行做法、计量仪表等角度进行调研，在此基础上调研热值的测定方法与其中的问题，并提出新的可能解决方案。","李铠睿","2022010725","机械与储运工程学院","油气储运工程","2022","储运22-3班","1","温凯/2012880012","副教授","机械与储运工程学院","5","马成宇/2022010711,于闿歌/2022010730,张硕/2022010732,屈成璐/2022010703","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"A级"]
[154,"1371","低碳智慧化实验室的构建与设计","创新训练项目","D202305251908347077","0","机械与储运工程学院","双向",null,"-","-","工业的发展,在给我们生活带来巨大便利的同时,也加剧了环境污染问题。面对经济污染、能源短缺等严峻的现实情况,低碳环保理念越来越深入人心,也在生产生活中广泛应用。在节能减排低碳理念的指导下,实验室的建设与管理也应该遵循绿色低碳的理念。本项目目标是完成低碳智慧化实验室的设计与构建。应用新能源、储能技术为实验室能源消耗提供支持，设计符合低碳环保理念的智慧化实验室系统。","李勇骏","2022010784","机械与储运工程学院","能源与动力工程","2022","能动22-2班","1","尚琳琳/2012880054","工程师","机械与储运工程学院","5","林浪/2022010785,李晋/2022010783,何奕醇/2022010782,刘正/2022010786","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"C级"]
[155,"1377","长输天然气管道碳排放计算方法研究","创新训练项目","D202305252350299566","0","机械与储运工程学院","双向",null,"-","-","2020年9月22日，国家主席习近平在第七十五届联合国大会上宣布，中国力争 2030年前二氧化碳排放达到峰值，努力争取 2060年前实现碳中和目标。 \n在习近平总书记庄严宣告双碳目标之后，油气能源领域国有企业快速响应，加快推进所属集团绿色低碳发展，为我国实现碳达峰、碳中和目标贡献力量。\n调研天然气长输管道产业链中涉及碳排放的环节，调研相应的碳排放核算方法。对碳排放关键生产环节的节能减排提出建议","张震","2022010699","机械与储运工程学院","油气储运工程","2022","储运22-2班","2","宋尚飞/2022880074,宫敬/1552","中级,教授","机械与储运工程学院,机械与储运工程学院","5","徐昀涛/2022010698,陈成军/2022010658,刘子健/2022010654,张芊子/2022010647","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[156,"1386","形形色色的波形试件设计","创新训练项目","D202305260955032631","0","机械与储运工程学院","双向",null,"-","-","1、设计至少一种尺寸的圆筒形容器试件。\n2、解决外压大于内压的可实现的工程问题。\n3、对试件进行测试，评估实验室实验的可行性。\n4、该设计试件可批量生产，至少30个成品。","张浩","2022010876","机械与储运工程学院","机械类","2022","机械类22-3班","1","吴桂英/1928","助理研究员（自然科学）","机械与储运工程学院","4","杜建顺/2022010809,郭小洋/2022010781,刘为宽/2022010871","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,能源与动力工程,机械类","0",null,"C级"]
[157,"1399","深海储运设施智能防护和安全预警","创新训练项目","D202305262156127138","0","机械与储运工程学院","双向","0802-机械类","-","-","目前，油气行业的大发展促成了平台的大量使用，油气储运走向深海，越来越多的 深海储运设施被投入使用，这些设施在设计的使用期限内，由于其受设计、制造工艺、施工和服役环境的影响，不可避免地存在损伤和损坏。因此设置合理的 深海储运设施防护装置就显得尤为重要，因此开展 深海储运设施智能防护和安全预警研究具有现实意义，可以有效的分析防护装置的效果，并且延长储运设施的使用寿命。","史洪伟","2022010645","机械与储运工程学院","油气储运工程","2022","储运22-1班","1","陈严飞/2401","教授","机械与储运工程学院","5","李会凌/2022010693,孔德轩/2022010685,崔宝源/2022010690,刘沛卓/2022010689","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[158,"1410","石油/天然气输送管道主被动耦合减阻技术研究","创新训练项目","D202305271137493587","0","机械与储运工程学院","双向",null,"-","-","表面摩擦阻力是管道输送中石油/天然气流动所受阻力的重要组成部分，应用减阻技术可以减少管道压降、减少压缩机布置数量和提高输送效率。采用仿生粗糙表面和添加高分子聚合物耦合的方法，开展管道减阻技术的研究，获得减阻效果、分析减阻机理。研究成果包括研究报告、论文等。","刘成峰","2021010991","机械与储运工程学院","能源与动力工程","2021","能动21-1班","1","冯岩岩/2020891007","讲师","机械与储运工程学院","5","孙修睿/2022010789,吕致远/2022010787,吴昊宇/2022010791,薛睿/2022010792","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"C级"]
[159,"1422","管道压缩机组工艺运行状态监测平台","创新训练项目","D202305272237033825","0","机械与储运工程学院","双向",null,"-","-","天然气长输管道的离心压缩机组是管网的“心脏”，传统基本以振动和噪声等参数作为运行状态监测的主要手段，难以全面评估机组健康状况。本项目拟从压缩机工艺参数的历史运行数据角度，分析和展示压缩机在一段时间内的状态变化趋势，为维护保养策略提供参考。","崔仁保","2021010900","机械与储运工程学院","能源与动力工程","2021","能动21-2班","1","刘震/2017880035","副教授","机械与储运工程学院","5","邢开源/2021010898,董勇/2021010819,张志伟/2021010897,陈晓林/2021010928","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程,能源与动力工程,能源与动力工程","0",null,"C级"]
[160,"1423","天然气管网节点气质监测平台设计","创新训练项目","D202305272237106877","0","机械与储运工程学院","双向",null,"-","-","天然气管网内布局有上载、增压、分输和贸易交接等诸多关键节点，按照国家和行业相关标准，需在线开展天然气气相组分、水露点、颗粒物含量等质量指标的取样与分析，请团队成员调研国内外气质监测平台的技术进展，分析现有平台存在问题，提出相应解决方案，设计一套集成度高、操作维护方便的气质监测平台。","金美萱","2021010782","机械与储运工程学院","能源与动力工程","2021","能动21-3班","1","刘震/2017880035","副教授","机械与储运工程学院","5","张峻辉/2021010875,洪璇/2021010901,郝梦娜/2021010746,王新源/2021010749","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","过程装备与控制工程,过程装备与控制工程,机器人工程,能源与动力工程","0",null,"C级"]
[161,"1434","微波处理对稠油黏度改性的实验研究","创新训练项目","D202305281422533621","0","机械与储运工程学院","双向",null,"-","-","研究内容:\n1.\t通过旋转粘度计以及使用相应软件测得稠油不同剪切速率下的黏度；\n2.\t使用微波化学反应器对稠油进行微波处理研究其对稠油黏度的影响；\n3.\t研究微波稠油改性过程中纳米材料对稠油黏度的影响规律；\n4.\t通过微波改性后，分析稠油成分的改变对黏度产生的影响。","熊天慧","2021010783","机械与储运工程学院","过程装备与控制工程","2021","过程21-2班","1","张玉明/2013880044","教授","机械与储运工程学院","3","陈佳雨/2021010779,李嘉莹/2021010847","机械与储运工程学院,机械与储运工程学院","能源与动力工程,能源与动力工程","0",null,"C级"]
[162,"1435","生物油掺混重油流化热转化实验研究","创新训练项目","D202305281422592169","0","机械与储运工程学院","双向",null,"-","-","研究内容:\n1. 在流化床装置中考察生物油与重油的流化热转化反应规律；\n2. 利用高压反应釜对生物油和重油掺混进行热解特性及动力学研究；\n3. 采用石英砂、硅酸铝、分子筛等不同热载体探究其对共热解反应的影响；\n4. 以实验数据为依托利用数学方法优化出生物油与重油的最优掺混比例。","付明林","2022010920","机械与储运工程学院","机械类","2022","机械类22-5班","1","张玉明/2013880044","教授","机械与储运工程学院","3","王嵩/2022010921,苏春旭/2022010930","机械与储运工程学院,机械与储运工程学院","机械类,机械类","0",null,"A级"]
[163,"1437","石油焦与生物质共气化过程中碱性金属的迁移转化","创新训练项目","D202305281442516339","0","机械与储运工程学院","双向",null,"-","-","研究内容:\n1.石油焦与生物质共气化过程中碱性金属迁移转化的研究现状调研；\n2.FactSage热力学软件模拟石油焦与生物质共气化过程中的矿物质迁移演化；\n3.利用热重分析仪研究石油焦与生物质共气化的协同作用；\n4.利用高温管式炉等实验设备研究碱金属钾与硅、铝之间矿物质演变；\n5.基于灰熔融特性，提出石油焦的高效利用途经。","赵旭明","2022010935","机械与储运工程学院","机械类","2022","机械类22-5班","1","李家州/2021891002","讲师","机械与储运工程学院","2","俞俊竑/2022010934","机械与储运工程学院","机械类","0",null,"C级"]
[164,"1438","催化剂对重油裂解生焦的影响研究","创新训练项目","D202305281442563899","0","机械与储运工程学院","双向",null,"-","-","研究内容:\n1.不同催化剂对重油裂解反应特性影响的研究现状调研；\n2.利用高压反应釜研究重油与不同比例催化剂掺混的裂解反应特性；\n3.重油与催化剂裂解生焦的气化反应特性及动力学；\n4.利用高压反应釜进行重油裂解生焦，生焦与催化剂掺混后的气化反应特性。","宁兴嵩","2022010929","机械与储运工程学院","机械类","2022","机械类22-5班","1","李家州/2021891002","讲师","机械与储运工程学院","3","蒋墨帆/2022010983,李家儒/2022010918","机械与储运工程学院,机械与储运工程学院","机械类,机械类","0",null,"C级"]
[165,"1459","X80管道焊接热影响区强度预测模型研究","创新训练项目","D202305282039143844","0","机械与储运工程学院","双向","0802-机械类","-","-","根据X80管道环焊缝热影响区不同位置的热循环参数，构建有限元分析模型并开展焊接有限元模拟分析，建立热输入与热循环参数关联模型。最终基于焊接热循环参数与热影响区组织、强度数据，创建热影响区强度关系模型，实现热影响区的强度预测。","张健宇","2020010978","机械与储运工程学院","油气储运工程","2022","储运22-3班","1","刘啸奔/2018880019","副教授","机械与储运工程学院","4","李炜/2022010712,王钰翔/2022010716,刘佳林/2022010717","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[166,"1466","油气集输过程中高价阳离子对药剂作用效果调节机制研究","创新训练项目","D202305282251132641","0","机械与储运工程学院","双向","0815-矿业类","-","-","油气集输过程中，在脱盐、脱水等预处理环节，经常采取加药的化学措施。药剂中的高价金属阳离子，或者采出液中天然含有的金属阳离子，会与药剂有效作用基团作用，影响药剂作用效果的发挥。本项目旨在采用分子动力学手段，研究不同种类型的金属阳离子与不同药剂的结合机理，分析预测阳离子对药剂作用效果的影响。","苏奕静","2021010684","机械与储运工程学院","油气储运工程","2021","储运21-2班","1","孙文苑/2022880008","中级","机械与储运工程学院","3","杜昕阳/2021010686,戴铉欣/2021010652","机械与储运工程学院,信息科学与工程学院","油气储运工程,计算机科学与技术","0",null,"A级"]
[167,"1477","基于视觉追踪技术的机械臂操控技术研究","创新训练项目","D202305300822006264","0","机械与储运工程学院","双向","0802-机械类","-","-","针对油气站场无人化建设需求，研究机器人携带操作臂进行远程控制操作，从而可以应对突发事件情况下的紧急安全操作，极大提升油气生产的安全性。\n具体研究内容包括：\n（1）机械臂的建模与matlab仿真；\n（2）机械臂的运动学分析；\n（3）基于yolo技术的视觉追踪技术；\n（4）机械臂与视觉联动的远程操控技术研究。","李畅","2021010818","机械与储运工程学院","机器人工程","2021","机器人21-1班","1","顾继俊/2013880010","副教授","教务处","2","窦天翔/2021010758","机械与储运工程学院","机器人工程","0",null,"C级"]
[168,"1482","小口径管道内检测器里程轮机构设计","创新训练项目","D202305311046253518","0","机械与储运工程学院","双向","0802-机械类","-","-","油气管道是国家能源的命脉，管道内检测技术是借助管道内输送介质的压力推动检测器在管道内行走，从而对管道进行全面在线检测的手段。\n内检测器的里程轮可以对缺陷位置进行定位，进而确定开挖位置开展管道修复，其测量精度直接影响开挖位置的准确性。小口径管道管内空间有限，但又需要多里程轮组合得到最优数据，这一矛盾使得在设计里程轮时需要使其尽量结构紧凑，且具有足够的强度，不影响内检测器的通过性。","王广胜","2021011004","机械与储运工程学院","机械设计制造及其自动化","2021","机械21-2班","1","张行/2016880046","副教授","机械与储运工程学院","3","黄力/2021010986,谢森森/2021010942","机械与储运工程学院,机械与储运工程学院","机械设计制造及其自动化,机械设计制造及其自动化","0",null,"A级"]
[169,"957","基于CIFLog软件平台的阵列声波测井数据处理及应用","创新训练项目","D202305191521443840","0","地球物理学院","双向",null,"-","-","运用CIFLog测井软件进行阵列声波测井数据的处理以及程序的编写。使学生掌握CIFLog测井软件的数据加载、阵列声波测井处理、二次开发等模块，能够运用CIFLog软件进行声波时差提取、声波幅度衰减分析、地层各向异性分析，以及进行二次开发。通过本项目的研究，使学生具备自主学习、分析问题以及解决问题的能力，掌握CIFLog测井软件的操作和流程,并为将来从事专业相关工作打下基础。","蒋永强","2022011066","地球物理学院","地球物理学类","2022","地物类22-3班","1","范华军/2015880057","讲师","地球物理学院","4","徐文奇/2021011137,吴晓玥/2021011128,马文强/2022011080","地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（测井）,勘查技术与工程（物探）,地球物理学类","0",null,"C级"]
[170,"1024","基于物性参数和机器学习的泥质砂岩储层测井相分类方法研究","创新训练项目","D202305220941223303","0","地球物理学院","双向",null,"-","-","泥质砂岩储层非均质性强，物性参数变化大，孔隙度、渗透率建模难度大，基于物性参数及测井曲线的测井相分类是物性参数及饱和度评价的基础。本项目基于机器学习算法，以岩心分析的物性参数和测井数据为基础，实现基于测井相的储层分类。要求学生通过文献调研和方法学习等，基于Matlab或Python编程实现至少1种基于机器学习算法的泥质砂岩储层测井相分类方法。","袁茵","2021011126","地球物理学院","勘查技术与工程（测井）","2021","测井21-2班","1","张元中/1965","副教授","地球物理学院","3","胡冰/2021011070,张丛容/2021011044","地球物理学院,地球物理学院","勘查技术与工程（测井）,勘查技术与工程（测井）","0",null,"C级"]
[171,"878","水平井随钻声波测井正演模拟","创新训练项目","D202305180750260292","0","地球物理学院","自主","0708-地球物理学类","-","-","水平井随钻声波测井正演模拟，采用有限差分正演模拟算法，对水平井及大斜度井的随钻声波测井进行数值模拟，考查不同类型地层界面的随钻声波测井响应特征，总结水平井及大斜度井随钻声波测井响应规律，为利用声波测井进行随钻地质导向提供理论基础。","许扬","2021011123","地球物理学院","勘查技术与工程（测井）","2021","测井21-2班","1","王兵/2011880020","副教授","地球物理学院","2","刘宇/2021011120","地球物理学院","勘查技术与工程（物探）","0",null,"C级"]
[172,"992","地震图像层位自动追踪方法","创新训练项目","D202305202216415399","0","地球物理学院","双向",null,"-","-","层位解释工作在地震勘探中具有重要作用。传统的层位解释大部分是基于地震图像局部反射斜率进行的，由于局部斜率无法正确反映同相轴的不连续性反射特征，所以这类方法通常无法很好的追踪出跨断层的层位；同时，复杂的地质构造导致原始采集到的数据信噪比很低，给层位解释工作带来困难。针对这些问题，本项目旨在寻求一种智能化的层位追踪方法，以适应信噪比低、断层信息复杂的地震数据。","朴正","2021011150","地球物理学院","勘查技术与工程（测井）","2021","测井21-1班","1","黄炜霖/2018880018","岗位教授","地球物理学院","4","朱宇婷/2021011104,刘若薇/2021011103,陈倩/2021011127","地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（物探）,勘查技术与工程（物探）,勘查技术与工程（物探）","0",null,"C级"]
[173,"843","基于CT图像的致密砂岩孔隙类型智能识别方法研究","创新训练项目","D202305171422035430","0","地球物理学院","双向","0708-地球物理学类","-","-","致密砂岩孔隙结构复杂，孔隙类型多，孔隙与喉道的连通关系复杂。基于CT图像的孔隙类型识别是致密砂岩孔隙结构分析的基本方法之一。本项目基于机器学习算法，实现2D及3D的CT图像处理、孔隙类型识别、连通性分析等。要求学生通过文献调研和方法学习等，基于Matlab或Python编程实现1-2种基于机器学习的CT图像处理方法。","程麟翔","2021011046","地球物理学院","勘查技术与工程（测井）","2021","测井21-2班","1","张元中/1965","副教授","地球物理学院","4","谢开/2021011049,蔡经宇/2021011576,李炘坤/2021011579","地球物理学院,信息科学与工程学院,信息科学与工程学院","勘查技术与工程（测井）,计算机科学与技术,计算机科学与技术","0",null,"C级"]
[174,"867","页岩储层矿物组分计算方法研究","创新训练项目","D202305172146307202","0","地球物理学院","双向",null,"-","-","利用最优化方法进行页岩矿物及有机质含量的最优化计算，通过项目研究，培养学生参加相关竞赛能力。","刘纯惠","2021011012","地球物理学院","勘查技术与工程（物探）","2021","物探21-1班","1","赵培强/2021880037","副教授","地球物理学院","4","刘艺卓/2020011082,韩子瑶/2021011074,晁逸群/2021011073","地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（测井）,勘查技术与工程（物探）,勘查技术与工程（物探）","0",null,"B级"]
[175,"872","超深层致密砂岩储层孔隙结构分类方法研究","创新训练项目","D202305172225573844","0","地球物理学院","双向",null,"-","-","利用常规测井和核磁共振测井资料计算超深层致密砂岩孔隙结构，并进行储层分类。通过项目研究，培养学生创新能力，并提升参加相关竞赛竞争力。","杨天尧","2021011095","地球物理学院","勘查技术与工程（测井）","2021","测井21-1班","1","赵培强/2021880037","副教授","地球物理学院","4","郝京春/2021011118,张力/2022011062,袁凤/2022011058","地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（测井）,地球物理学类,地球物理学类","0",null,"C级"]
[176,"893","基于CT图像的碳酸盐岩次生孔隙类型智能识别方法研究","创新训练项目","D202305181046107787","0","地球物理学院","双向",null,"-","-","碳酸盐岩孔隙结构复杂，次生孔隙发育，孔隙连通关系复杂。次生孔隙包括裂缝及溶洞等，是碳酸盐岩主要的孔隙类型。基于CT图像的次生孔隙类型识别是碳酸盐岩孔隙结构分析的基本方法之一。本项目基于机器学习算法，实现2D及3D的CT图像处理、次生孔隙类型识别、裂缝及溶洞的定量分析析等。要求学生通过文献调研和方法学习等，基于Matlab或Python编程实现1-2种基于机器学习算法的CT图像处理方法。","景一持","2021011119","地球物理学院","勘查技术与工程（测井）","2021","测井21-2班","1","张元中/1965","副教授","地球物理学院","5","朱鹏程/2022011150,宋一江/2022011097,高宇鹏/2021011133,刘怡萱/2021011130","地球物理学院,地球物理学院,地球物理学院,地球物理学院","地球物理学类,地球物理学类,勘查技术与工程（测井）,勘查技术与工程（测井）","0",null,"C级"]
[177,"1094","不同尺度裂缝地震响应特征数值模拟","创新训练项目","D202305221846166679","0","地球物理学院","双向",null,"-","-","通过文献调研，了解利用地震资料进行断裂和裂缝识别的常用方法，分析现有方法的优缺点以及适用性；建立不同尺度裂缝模型，通过数值模拟研究不同尺度裂缝的地震响应特征；利用正演模拟数据，进行断裂和裂缝的识别，评价不同断裂识别方法的适用性。","李秀澍","2022011074","地球物理学院","地球物理学类","2022","地物类22-3班","1","唐有彩/2013880041","副研究员（自然科学）","地球物理学院","4","张男/2022011072,李文旭/2022011065,李浩松/2022011051","地球物理学院,地球物理学院,地球物理学院","地球物理学类,地球物理学类,地球物理学类","0",null,"C级"]
[178,"895","深度学习引导的非稳态地震数据衰减补偿研究","创新训练项目","D202305181131499843","0","地球物理学院","双向",null,"-","-","由于地层吸收衰减等原因，地震数据存在非稳态特征，常规方法采用反Q滤波技术进行了地震数据的吸收衰减补偿，以此提高地震数据的分辨率，但常规方法存在一定的假设与极限。随着深度学习的发展，神经网络在图像处理与信号处理领域取得成功应用，希望能够通过深度学习算法（如循环神经网络）实现类似反Q滤波的智能化技术，提高地震数据分辨率，获得更加清晰的地下结构特征。","韩金悦","2021011102","地球物理学院","勘查技术与工程（物探）","2021","物探21-2班","1","袁三一/2013880003","教授","地球物理学院","3","宗毓芊/2021011142,戚壹焯/2021011138","地球物理学院,地球物理学院","勘查技术与工程（物探）,勘查技术与工程（测井）","0",null,"A级"]
[179,"1099","基于测井数据的裂缝地震识别方法研究","创新训练项目","D202305221953242952","0","地球物理学院","双向",null,"-","-","地震数据和测井数据所能识别的裂缝尺度差异很大，识别结果的精度差别也很大：测井资料精度高、尺度小，但是结果仅限于井孔附近；地震识别结果尺度大、精度低，但是可以获得三维连续分布结果；研究不同尺度数据匹配问题，建立通过测井资料的高精度小尺度裂缝识别结果约束地震断裂识别的方法，提升地震识别的精度和可靠性。","刘宇恒","2022011067","地球物理学院","地球物理学类","2022","地物类22-3班","1","唐有彩/2013880041","副研究员（自然科学）","地球物理学院","4","王常鑫/2022011068,杨晨/2022011031,谭筌/2022011053","地球物理学院,地球物理学院,地球物理学院","地球物理学类,地球物理学类,地球物理学类","0",null,"C级"]
[180,"909","基于深度学习的横波速度智能预测模型研究","创新训练项目","D202305181703234192","0","地球物理学院","双向",null,"-","-","横波速度信息对油气勘探而言至关重要，但实际资料中常常缺失横波速度资料，横波速度与测井参数之间存在复杂非线性相关性，二者关系复杂难以用解析解表征，传统预测方法适用范围有限、泛化能力不足，且精度有限。本项目拟发挥深度学习在特征挖掘和相关数据关系建立等解决复杂问题的优势，挖掘各种测井参数与横波速度之间的复杂映射关系，获得各种测井参数与横波速度之间的学习模型，实现数据驱动的横波速度智能反演预测。","石涵育","2021011116","地球物理学院","地球物理学","2021","地物21-1班","1","刘立峰/2430","副教授","地球物理学院","4","李涵/2021011140,高琳恺/2021011113,姜家文/2021011141","地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（物探）,勘查技术与工程（物探）,地球物理学","0",null,"C级"]
[181,"980","基于人工智能的多属性横波速度预测","创新训练项目","D202305201727402519","0","地球物理学院","双向",null,"-","-","项目主要通过测井参数预测横波速度。\n①特征选取，在机器学习监督学习模式下，训练数据包含输入数据和标签，要对测井数据进行特征提取，从原始数据中提取最重要、与标签数据关联性最好的作为输入数据。\n②构建多种神经网络模型，对数据进行预处理后，将数据输入到网络模型中，对比不同结果，同时注重模型超参数的调整。\n③绘制交会图，将结果与实际数据绘制交会图。\n④误差分析，对结果进行误差分析，寻找最佳的模型。","郭家豪","2021011048","地球物理学院","勘查技术与工程（物探）","2021","物探21-1班","1","袁三一/2013880003","教授","地球物理学院","3","廖铭茗/2021011053,韩建辉/2021011601","地球物理学院,信息科学与工程学院","勘查技术与工程（物探）,计算机科学与技术","0",null,"B级"]
[182,"942","基于矿物组分和机器学习的页岩油储层分类方法研究","创新训练项目","D202305190922158788","0","地球物理学院","双向",null,"-","-","页岩油储层矿物组分复杂，包括碳酸盐岩类矿物、砂岩类矿物、泥岩类矿物和有机质等，基于矿物组分的储层分类是页岩油物性评价、甜点评价和地质力学评价的基础。本项目基于机器学习算法，以岩心分析的矿物组分数据和测井数据为基础，实现针对地质力学评价的储层分类。要求学生通过文献调研和方法学习等，基于Matlab或Python编程实现至少1种基于机器学习算法的储层分类方法。","代德","2021011147","地球物理学院","勘查技术与工程（测井）","2021","测井21-2班","1","张元中/1965","副教授","地球物理学院","3","余鼎超/2021011136,唐毅/2021011067","地球物理学院,地球物理学院","勘查技术与工程（测井）,勘查技术与工程（测井）","0",null,"C级"]
[183,"956","基于深度学习的致密砂岩孔隙度智能预测模型研究","创新训练项目","D202305191509405638","0","地球物理学院","双向",null,"-","-","致密砂岩油气藏是我国重要的非常规油气资源，其储层具有明显低孔、低渗的特点，并具有很强的非均质性。孔隙度是评价致密砂岩储层的重要参数，优质储层的准确识别与预测是致密砂岩储层开发的关键。深度学习通过组合低层特征形成更加抽象的高层表示属性类别或特征，在油气储层预测中得到广泛重视，本项目拟发挥深度学习强大的特征提取和非线性拟合能力，充分挖掘测井与地震资料中包含的丰富信息，提高致密砂岩储层的孔隙度预测精度。","文江","2021011079","地球物理学院","地球物理学","2021","地物21-1班","1","刘立峰/2430","副教授","地球物理学院","4","尹博/2021011124,张文宇/2021011109,王溢丛/2021011134","地球物理学院,地球物理学院,地球物理学院","地球物理学,勘查技术与工程（物探）,勘查技术与工程（物探）","0",null,"C级"]
[184,"973","基于成像测井资料的超深层致密砂岩储层裂缝提取及计算","创新训练项目","D202305201031015664","0","地球物理学院","双向",null,"-","-","针对超深层致密砂岩储层裂缝发育的特点，利用电成像资料及阵列声波资料，提取裂缝特征，计算裂缝参数等。","刘可鑫","2021011093","地球物理学院","勘查技术与工程（测井）","2021","测井21-1班","1","赵培强/2021880037","副教授","地球物理学院","4","牛昱博/2021011105,杨金煜/2022011010,马野/2022011071","地球物理学院,地球物理学院,地球物理学院","地球物理学,地球物理学类,地球物理学类","0",null,"C级"]
[185,"1066","探究青藏高原拉萨地块古生代的板块亲缘性","创新训练项目","D202305221533168441","0","地球物理学院","双向","0708-地球物理学类","-","-","青藏高原是研究板块构造理论的理想地区。拉萨地块位于青藏高原南部，是构成青藏高原最主要的块体之一，是研究特提斯地球动力学的窗口。然而拉萨地块的起源尚存在较大的争议。本项目拟采用碎屑锆石U-Pb年代学的方法，测试、收集并总结拉萨地块石炭纪至二叠纪的碎屑锆石U-Pb年代学数据，通过与特提斯构造域其它板块的数据相对比，深入理解拉萨地块在古生代全球古地理重建中的位置。","王再超","2021011082","地球物理学院","地球物理学","2021","地物21-1班","1","刘晓惠/2023880005","助教","地球物理学院","5","孙旭东/2021011036,朱延康/2021011083,韩鹏/2022011111,武雨佳/2022011125","地球物理学院,地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（测井）,勘查技术与工程（测井）,地球物理学类,地球物理学类","0",null,"C级"]
[186,"1060","二维综合物探剖面绘制","创新训练项目","D202305221453466140","0","地球物理学院","双向",null,"-","-","利用东校园南门附近近300米二维测线，开展2D主动源地震、被动源地震和重磁勘探，通过记录地震数据、分析和处理成像、重磁异常反演等方法对剖面进行综合成像和解释。获得的剖面将对地下空间探测和属性提取具有重要的应用价值。该项训练对有志于从事物探事业的同学是非常宝贵的训练和经历。","崔文华","2021011146","地球物理学院","勘查技术与工程（物探）","2021","物探21-2班","1","唐跟阳/2012880062","副教授","地球物理学院","5","徐锦享/2021011110,郭本迅/2021011148,蒋炳炟/2021011065,汪显洋/2021011151","地球物理学院,地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（物探）,勘查技术与工程（物探）,勘查技术与工程（物探）,勘查技术与工程（物探）","0",null,"A级"]
[187,"1448","孔隙结构对CO2地质封存岩石物理特征的影响","创新训练项目","D202305281748503163","0","地球物理学院","双向",null,"-","-","CO2地质封存通常选择深部盐水层、枯竭油气储层以及一些不可采煤层可作为封存温室气体的目标地层。研究地层岩石参数对CO2地质封存的影响，需要明确封存前后地层岩石物理特征的差异。本项目拟通过分析CO2吸附前后孔隙度、孔径分布、比表面积等参数，研究不同岩性、孔缝结构、温度条件下CO2吸附对岩石物理特征造成的变化，以揭示岩石参数对CO2地质封存的影响。","高原起","2021011088","地球物理学院","地球物理学","2021","地物21-1班","1","丁拼搏/2018880003","副教授","地球物理学院","5","赵雪健/2022011127,詹钰杰/2022011117,贺云飞/2021011111,陈鑫/2021011030","地球物理学院,地球物理学院,地球物理学院,地球物理学院","地球物理学类,地球物理学类,地球物理学,地球物理学","0",null,"C级"]
[188,"1095","基于深度学习的有利储层智能识别方法研究","创新训练项目","D202305221846215797","0","地球物理学院","双向","0708-地球物理学类","-","-","通过文献调研，厘清人工智能方法在有利储层识别方面的应用；对深度学习算法进行优选，研究不同地震地震属性对于有利储层识别的适用性；对不同地震属性对有利储层的识别进行排队，优选深度学习算法能够利用的地震属性，进行有利储层识别，并对识别结果进行验证与评价。","姜铁凝","2022011049","地球物理学院","地球物理学类","2022","物探22-1班","1","唐有彩/2013880041","副研究员（自然科学）","地球物理学院","3","黄海晨/2022011048,张嵘庆/2022011041","地球物理学院,地球物理学院","地球物理学类,地球物理学类","0",null,"C级"]
[189,"1134","井筒知识图谱构建方法初探","创新训练项目","D202305231022167555","0","地球物理学院","双向",null,"-","-","以课题组提供的油气井孔测量数据、岩石物理数据等为基础，探索学习知识图谱构建方法，动手将老师提供的数据集建立一个知识图谱数据模型，并开展知识检索、知识推送方面的初步探索。训练Python编程能力，扩展视野。","吴恒","2022011055","地球物理学院","地球物理学类","2022","地物类22-2班","1","廖广志/2013880002","教授","地球物理学院","4","鲁硕/2022011063,陈泓霖/2022011078,董震/2022011064","地球物理学院,地球物理学院,地球物理学院","地球物理学类,地球物理学类,地球物理学类","0",null,"B级"]
[190,"1151","基于非线性预测的方位远探测声波数据压缩方法研究","创新训练项目","D202305231232422598","0","地球物理学院","双向",null,"-","-","方位远探测声波测井仪器是一种能够对井旁地质结构成像的高端成像测井仪器。远探测声波测井仪器采用阵列化传感器结构，采集数据量巨大。因此，设计适当的数据压缩算法，实现声波测井信号的快速压缩，可以有效降低数据量，提高测井速度。本研究拟通过非线性预测的方法实现井方位远探测声波测井仪器阵列化波形数据大高效压缩。","朋鑫栋","2021011025","地球物理学院","勘查技术与工程（测井）","2021","测井21-1班","1","门百永/2013880076","讲师","地球物理学院","2","巩珂岩/2021011024","地球物理学院","勘查技术与工程（物探）","0",null,"B级"]
[191,"1179","非稳态地震数据时频分析研究","创新训练项目","D202305231538521684","0","地球物理学院","双向","0708-地球物理学类","-","-","针对非稳态地震数据，开展一系列时频分析方法研究。研究内容主要包括：常规时频分析算法的分析与实现，调研前沿的地震数据时频分析方法研究并对比，及对机器学习时频分析方法的研究。时频分析方法有助于机器学习分级提取数据特征，最终服务于异常体识别。将非稳态地震数据时频分析方法应用于实际野外地震数据中，总结归纳时频分析方法在非稳态地震数据中的作用。最终撰写大创项目报告。","于润松","2021011153","地球物理学院","勘查技术与工程（物探）","2021","物探21-2班","1","赵振聪/2021880019","讲师","地球物理学院","5","孙乙轩/2021011108,刘珈彤/2021011071,吕月峰/2021011121,孙浚卓/2021011122","地球物理学院,地球物理学院,地球物理学院,地球物理学院","地球物理学,地球物理学,勘查技术与工程（物探）,勘查技术与工程（物探）","0",null,"A级"]
[192,"1188","扫频介电测井径向分层模式反演方法研究","创新训练项目","D202305231610119356","0","地球物理学院","双向",null,"-","-","扫频介电测井是当前的一种针对非常规储层的油气探测新方法，已得到业界的广泛认可，然而其核心技术完全掌握在外国人手里且不公开，为了实现该技术的国产化，必须从理论方法上解决从仪器直接测量量到地层电性参数的转换，在该过程中涉及到地层径向分层模式的反演问题，本创新就是试图通过理论方法研究寻找解决该问题的方法。","薛月铃","2021011014","地球物理学院","勘查技术与工程（测井）","2021","测井21-1班","1","柯式镇/0938","教授","地球物理学院","5","胡昊燃/2021011019,阮舰/2021011027,王俊/2021011020,张之蛟/2020011042","地球物理学院,地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（测井）,勘查技术与工程（测井）,勘查技术与工程（测井）,勘查技术与工程（物探）","0",null,"A级"]
[193,"1184","超临界CO2注入含盐水岩芯对砂岩弹性参数影响的超声实验研究","创新训练项目","D202305231550387306","0","地球物理学院","双向",null,"-","-","CO2地质封存被认为是可以减少大气中CO2浓度和缓解温室效应的有效措施之一。深部咸含水层因具备巨大的封存潜力，且已有实际工程投入使用，所以一直是国际上的研究热点。开展超声岩石物理实验以研究不同温度、压力条件下超临界CO2注入盐水对砂岩岩石弹性影响。研究内容如下:1、开展不同压力下含盐水砂岩随CO2注入对纵波速度印象的实验测试；2、实验测量结果分析：获取不同测量条件下的速度特性，分析实验影响因素。","薛雅菁","2022011092","地球物理学院","地球物理学类","2022","地物类22-4班","1","贺艳晓/2015880058","副教授","地球物理学院","4","罗京/2022011090,赵昊洋/2022011119,李璐含/2022011060","地球物理学院,地球物理学院,地球物理学院","地球物理学类,地球物理学类,地球物理学类","0",null,"C级"]
[194,"1213","多孔介质中超临界二氧化碳监测与表征方法对比分析","创新训练项目","D202305231742413378","0","地球物理学院","双向",null,"-","-","1.调研文献分析多孔介质中二氧化碳的检测、监测方法；2.对比不同方法的优缺点；3.设计并提出CCUS场景下的超临界二氧化碳赋存及流动的监测方法","马媛","2022010993","地球物理学院","地球物理学类","2022","地物类22-1班","2","廖广志/2013880002,罗嗣慧/2023880008","教授,讲师","地球物理学院,碳中和示范性能源学院","3","徐滢滢/2022010997,黄江源/2022011018","地球物理学院,地球物理学院","地球物理学类,地球物理学类","0",null,"B级"]
[195,"1219","饱和度与孔隙压力对储层岩石弹性参数影响的超声实验研究","创新训练项目","D202305231841248281","0","地球物理学院","双向",null,"-","-","了解不同压力、温度、流体含量对岩石弹性波传播特性的影响，对指导油气勘探开发具有重要意义。在实际的油气藏勘探与开发过程中，会遇到大量的部分饱和地层，因此开展随压力变化的部分饱和砂岩纵波实验研究，对于分析地震响应特征以及解释声波测井数据有着重要意义。1、不同压力下部分饱和砂岩纵波速度测量的实验测试：开展不同含水饱和度、温压条件下的实验测试；\n2、实验测量结果分析：基于流体替换理论，分析实验影响因素。","刘航","2022011028","地球物理学院","地球物理学类","2022","地物类22-2班","1","贺艳晓/2015880058","副教授","地球物理学院","2","李柏翰/2022011046","地球物理学院","地球物理学类","0",null,"B级"]
[196,"1255","基于深度学习的瑞雷面波智能压制方法","创新训练项目","D202305232207431280","0","地球物理学院","双向","0708-地球物理学类","-","-","瑞雷面波是反射波地震勘探资料中常见的一种干扰波，常规方法基于其与反射波在频率和视速度上的差异进行压制，存在一定的局限性。深度学习是近年来发展起来的一种重要人工智能技术，具有强大的非线性表达能力和学习能力。本项目拟利用深度学习技术，重点研究训练集的制作、网络的搭建、网络的训练和预测等，实现从地震数据中智能提取和压制瑞雷面波。","徐妍","2021011132","地球物理学院","勘查技术与工程（物探）","2021","物探21-2班","1","刘洋/1581","教授","地球物理学院","4","姚嘉乐/2022011128,向来/2022011132,吴书明/2022011126","地球物理学院,地球物理学院,地球物理学院","地球物理学类,地球物理学类,地球物理学类","0",null,"C级"]
[197,"1278","基于泰勒定理的地球物理数据重构","创新训练项目","D202305240814122721","0","地球物理学院","双向","0708-地球物理学类","-","-","本项目旨在利用泰勒定理来重构地球物理数据，以提升后续数据处理的精度。该项目将利用微积分中的泰勒定理对地球物理数据进行深入分析，以挖掘地球物理数据之间的内在联系，并通过数据重构来修复缺失数据。该项目的实施将为后续的数据处理提供网格化标准数据，并有望在反演解释中发挥重要作用。","任慧瑶","2022011123","地球物理学院","地球物理学类","2022","物探22-2班","1","陈涛/2022880069","讲师","地球物理学院","4","林心悦/2022011122,张铭/2022011149,李行/2022011098","地球物理学院,地球物理学院,地球物理学院","地球物理学类,地球物理学类,地球物理学类","0",null,"C级"]
[198,"1302","随钻声波测井相控激励控制电路设计","创新训练项目","D202305241049054444","0","地球物理学院","双向",null,"-","-","随钻声波测井是当前我国测井装备研发的重点之一。将相控激励技术用于井下声波测井仪器，可以控制声源辐射声束的方向，提高声源辐射信号的强度，有利于提高测量范围和精度。相控激励控制电路是实现井下相控激励的重要模块，能够根据命令产生相控激励控制信号。","孔梓航","2022011006","地球物理学院","地球物理学类","2022","地物类22-1班","1","卢俊强/2361","副教授","地球物理学院","3","杨佳睿/2022010992,王俊浩/2022011037","地球物理学院,地球物理学院","地球物理学类,地球物理学类","0",null,"B级"]
[199,"1323","基于机器学习算法的致密砂岩储层孔隙度预测方法","创新训练项目","D202305241347304708","0","地球物理学院","双向",null,"-","-","致密砂岩储层是我国石油领域增储上产的重要储层类型。孔隙度是表征储层物性的重要参数,但致密砂岩储层一般具有低孔隙度、孔隙结构复杂等特点,导致储层孔隙度预测具有一定难度。智能方法具有对复杂非线性关系的强大刻画能力,有准确预测致密砂岩储层中孔隙度分布的潜力。本项目拟发展基于机器学习算法预测致密砂岩储层孔隙度。","张晗","2021011010","地球物理学院","勘查技术与工程（测井）","2021","测井21-1班","1","郭江峰/2022880001","副教授","地球物理学院","2","张芊洵/2021011017","地球物理学院","勘查技术与工程（测井）","0",null,"C级"]
[200,"1358","微裂隙对含流体岩石弹性弹性参数影响的实验研究","创新训练项目","D202305242344423751","0","地球物理学院","自主","0709-地质学类","-","-","非常规储层（致密砂岩、碳酸盐若等）常富含微裂隙，微裂隙是油藏的重要储集空间，显著\n影响储层孔隙度、渗透率特性，且对岩石弹性特性有显著影响；理解饱含不同流体下，不同\n压力下微裂隙对岩芯弹性参数的影响，对我们研发出微裂隙地震表征技术有十分重要的意义","吴佳强","2022011009","地球物理学院","地球物理学类","2022","地物类22-1班","1","贺艳晓/2015880058","副教授","地球物理学院","3","岑仕毫/2022011000,吴亮志/2022011015","地球物理学院,地球物理学院","地球物理学类,地球物理学类","0",null,"C级"]
[201,"1412","致密砂岩储层渗透率评价方法研究","创新训练项目","D202305271201252943","0","地球物理学院","双向",null,"-","-","基于地质数据、常规测井数据、核磁共振测井数据、岩心实验分析数据等资料，对比已有的致密砂岩渗透率评价模型，选出最优模型，建立适用于研究区的致密砂岩储层渗透率评价模型。","谢小飞","2021011072","地球物理学院","勘查技术与工程（测井）","2021","测井21-1班","1","谢然红/0939","教授","地球物理学院","3","李瀚峥/2021011091,史耀华/2021011087","地球物理学院,地球物理学院","勘查技术与工程（测井）,勘查技术与工程（测井）","0",null,"C级"]
[202,"1416","海域地层中天然气运移和聚集特征的地球物理模拟","创新训练项目","D202305271423071433","0","地球物理学院","双向",null,"-","-","由于海域中浅层地层条件较为复杂，天然气运移和聚集表现出不同的特征，如底辟、气烟囱等。为了明确海域地层复杂的地震波场现象，需要针对不同类型地层中天然气造成的岩石物理特征和地震波场特征开展机理分析。本项目拟针对疏松地层、固结地层、水合物地层等多种海域地层的地质条件，开展天然气运移和聚集对地层的岩石物理特征和地震波场特征的模拟分析。","余晓依","2021011039","地球物理学院","勘查技术与工程（物探）","2021","物探21-1班","1","丁拼搏/2018880003","副教授","地球物理学院","5","刘袁阳阳/2021011058,张蒙/2021011045,孙硕邦/2021011066,方进/2021011059","地球物理学院,地球物理学院,地球物理学院,地球物理学院","勘查技术与工程（物探）,勘查技术与工程（物探）,勘查技术与工程（物探）,勘查技术与工程（物探）","0",null,"C级"]
[203,"1439","基于Matlab的地震数据处理基本流程设计","创新训练项目","D202305281446136715","0","地球物理学院","双向",null,"-","-","基于Matlab软件，基于现有程序和模块，设计地震数据处理流程，并能灵活调用进行地震数据处理。","刘江硕","2021011149","地球物理学院","勘查技术与工程（物探）","2021","物探21-2班","1","马继涛/2368","副教授","地球物理学院","3","贺俊荣/2021011080,冯星南/2021011115","地球物理学院,地球物理学院","地球物理学,勘查技术与工程（物探）","0",null,"C级"]
[204,"1440","地震数据多次波压制软件设计与实现","创新训练项目","D202305281446197200","0","地球物理学院","双向",null,"-","-","基于Matlab或其他界面设计工具，设计多次波压制系统，包括基于数学变换的CMP道集多次波压制，基于预测相减的炮集多次波压制，叠后多次波自适应压制等。","陆雨辰","2021011034","地球物理学院","勘查技术与工程（物探）","2021","物探21-1班","1","马继涛/2368","副教授","地球物理学院","2","周铃/2022011027","地球物理学院","地球物理学类","0",null,"C级"]
[205,"887","“裳”遇东方美——文化传承与创新营销的践行者","创新训练项目","D202305181009108856","0","安全与海洋工程学院","自主","0303-社会学类","-","-","基于国家对于传统文化推广的大力支持，我们团队针对社会经济发展与传统文化的失衡展开了社会调研，我们团队在项目开展过程中提出了东方美学与服饰的结合，进一步探究文化传承与创新营销策略的交融，助力传统文化振兴！","刘也恬","2021011165","安全与海洋工程学院","安全工程","2021","安全21-1班","1","熊毅/2439","讲师","安全与海洋工程学院","5","汪欣晗/2021011192,范奕萱/2021011162,张雨涵/2021011195,郭子怡/2021011185","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"C级"]
[206,"858","Petro-Dog之机器视觉安全检测系统设计","创新训练项目","D202305171957199714","0","安全与海洋工程学院","双向","0829-安全科学与工程类","-","-","设计基于机器视觉技术的人员行为识别系统，并应用于校园安全科技楼1楼入口。主要研究包括：\n1、研究安全监测系统原理，设计系统；\n2、编程实现对进入楼宇人员的识别与分类；\n3、编制研究报告与汇报材料。","蒲浩宇","2020011352","安全与海洋工程学院","安全工程","2020","安全20-3班","1","梁伟/2095","教授","安全与海洋工程学院","5","温彦超/2020011301,张峰坤/2022011208,马静怡/2022011215,王爽/2022011216","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"B级"]
[207,"874","CO2封存过程中高温高压溶解度测量方法和装置","创新训练项目","D202305172315159917","0","安全与海洋工程学院","双向",null,"-","-","CO2地址封存是实现化石燃料有效利用的重要途径。而CO2在高温高压环境下，在地层咸水中的溶解度是封存量评估的关键参数。由于CO2-地层咸水体系是一个复杂的溶液热力学系统，准确的估算其热力学状态目前仍然是一项较大的挑战。本课题拟通过自行设计的实验装置实测CO2在地层咸水中的溶解度，实验数据将用来开发一套CO2-地层咸水的热力学相平衡模型。用于CO2地质封存量的评估和计算。","游利娟","2021011189","安全与海洋工程学院","安全工程","2021","安全21-2班","1","赵海宁/2015880016","副教授","安全与海洋工程学院","4","邝振宇/2021011167,黄翰卿/2021011202,程诺/2021011198","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程","0",null,"B级"]
[208,"875","相渗实验中油气水数据的视频智能采集","创新训练项目","D202305172323338004","0","安全与海洋工程学院","双向",null,"-","-","相对渗透率是油气田开发过程中的关键数据，一般通过岩心驱替实验测得。但在相对渗透率的实验过程中，往往需要得到油-气相对渗透率曲线和油-水相对渗透率曲线。这类相对渗透率曲线需要在实验过程中，准确记录岩心中产出的油、气、水量随时间的变化关系。目前气体可以由气体流量计计量，油水两相的产量随时间的变化关系较难准确计量。本课题拟采用视频摄像和图像处理的方法实现油水计量的智能化采集。","刘佳铭","2022011260","安全与海洋工程学院","海洋油气工程","2022","海工22-1班","1","赵海宁/2015880016","副教授","安全与海洋工程学院","3","包俊杰/2019011346,王彤/2022011262","安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程","0",null,"B级"]
[209,"922","深水闸板防喷器剪切失效有限元建模","创新训练项目","D202305182025460267","0","安全与海洋工程学院","双向",null,"-","-","深水防喷器作为钻井安全的最后防线，一旦失效将导致井喷、井涌等严重事故，因此对井喷工况下闸板防喷器剪切失效机理是亟需解决的瓶颈难题。本研究从闸板防喷器剪切机理出发，针对复杂工况下的防喷器剪切运动过程、受力状态进行评价分析，研究闸板防喷器系统的失效模式、失效原因和失效变化规律，最终通过仿真建模与理论分析等方法，提高整个钻井系统的安全可靠性，为多工况下闸板防喷器剪切性能评估提供支撑。","戴镔","2022011234","安全与海洋工程学院","安全工程","2022","安全22-3班","1","武胜男/2019880005","副教授","安全与海洋工程学院","5","李盈罕/2022011235,杨明睿/2022011225,祁财文/2022011229,徐帆/2022011223","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"B级"]
[210,"975","一种深水井控早期风险智能预警软件","创新训练项目","D202305201125499195","0","安全与海洋工程学院","双向",null,"-","-","针对复杂海洋环境和地质工况的影响，深水钻井过程易发生溢流-井漏-井涌等风险，极易引发井喷事故发生。钻井井下风险早期识别与预警能快速重建井眼压力平衡，提高早期井控安全性。本项目基于井底压力控制的深水钻井井控风险预警模型和软件设计，对井控过程与监测参数的表征规律的时间序列趋势预测和多源信息融合，分析不同作业阶段风险的严重程度。本研究成果具有重要的理论意义和工程应用价值。","韩宇恒","2021011209","安全与海洋工程学院","安全工程","2021","安全21-2班","1","武胜男/2019880005","副教授","安全与海洋工程学院","5","董家延/2021011208,王绍杰/2021011212,张仟/2021011207,王欣琳/2021011243","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"A级"]
[211,"987","底水油藏水平井控水完井方式优选软件编制","创新训练项目","D202305202020206287","0","安全与海洋工程学院","双向","0819-海洋工程类","-","-","随着科技的发展和完井技术的完善，出现了多种新型流量控制装置，能够不同程度地延缓底水脊进，延长水平井的见水时间。本次大创项目通过研究底水油藏水平井封隔体+ICD、AICD和C-AICD完井的技术特点，分析不同完井方式在底水油藏水平井生产前后期控水效果，分析水平井采用不同完井方式提高累产油量的技术特点。","林智臻","2022011288","安全与海洋工程学院","海洋油气工程","2022","海工22-2班","1","安永生/2334","副教授","安全与海洋工程学院","2","修智远/2022011318","安全与海洋工程学院","海洋油气工程","0",null,"C级"]
[212,"999","岩心孔隙度测试仪器的软硬件研发","创新训练项目","D202305210039397603","0","安全与海洋工程学院","双向","0815-矿业类","-","-","岩心孔隙度是各类油气藏开发的重要参数，对于计算油气的原始地质储量以及渗流规律的认识至关重要。针对目前已有的岩心孔隙度测试方法和规范标准，我们认为从测试仪器的软件计算方法上均有改进空间。因此本项目拟独立研发一套岩心孔隙度测试仪器，并开发相应的测试计算软件界面。以期改进现有岩心孔隙度测试的精度。","贺帅铭","2020011237","安全与海洋工程学院","海洋油气工程","2020","海工20-2班","1","赵海宁/2015880016","副教授","安全与海洋工程学院","4","黄宇杰/2020011209,姜莹/2021011276,闫婧祎/2021011277","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程","0",null,"C级"]
[213,"1000","超临界CO2管道泄漏监测系统研发及测试","创新训练项目","D202305210051138380","0","安全与海洋工程学院","双向",null,"-","-","随着化石燃料清洁高效利用的需求日益增长，对使用化石燃料的副产物CO2的收集和利用是一个日益重要的研究领域。本项目立足长庆油田百万吨级CCUS项目的实际需求，拟开发一套CO2管道泄漏监测装置和技术，实现对CO2长输管道的泄漏监测。主要开展两方面的泄漏监测技术探索：1）采用压力波异常进行泄漏监测和泄漏量估算；2）采用振动波（声波）异常进行泄漏监测和泄漏量估算。","朱尘雨","2021011315","安全与海洋工程学院","海洋油气工程","2021","海工21-3班","1","赵海宁/2015880016","副教授","安全与海洋工程学院","4","杨健翎/2021011317,王哲/2021011316,包兴哲/2021011319","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程","0",null,"C级"]
[214,"1002","超临界CO2流量虚拟计量系统的研发和测试","创新训练项目","D202305210830311494","0","安全与海洋工程学院","双向",null,"-","-","随着化石燃料清洁高效利用的需求日益增长，对使用化石燃料的副产物CO2的收集和利用是一个日益重要的研究领域。本项目立足长庆油田百万吨级CCUS项目的实际需求，拟开发一套虚拟管道计量装置，实现CO2长输管道的流量计量。虚拟计量装置通过采集管道内的压力和温度信号，结合管道中流动气体的组分，通过高精度状态方程和管流压降模型计算管道内流体的密度和速度，进而在线计算出流量。","伍家燔","2020011213","安全与海洋工程学院","海洋油气工程","2020","海工20-1班","1","赵海宁/2015880016","副教授","安全与海洋工程学院","5","张丽/2020011195,李甲豪/2020011216,钱鑫/2021011305,张佳栩/2021011302","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程,海洋油气工程","0",null,"C级"]
[215,"1018","一种适用于超深井的纳米聚合物降滤失剂的研究","创新训练项目","D202305212204304792","0","安全与海洋工程学院","双向",null,"-","-","钻井液的降滤失性严重影响钻井工作。随着油气开采的发展，油气开采向深处进发，对钻井液处理剂的抗高温抗盐钙能力提出了重要要求。基于此，研发一种抗高温及高盐钙的纳米聚合物降滤失剂，建立降滤失剂性能与材料结构、尺寸之间的构效关系，为其他抗高温处理剂的研发提供理论依据。本研究对超深井的安全高效钻完井作业具有重要意义。","刘有康","2021011263","安全与海洋工程学院","海洋油气工程","2021","海工21-1班","1","杨丽丽/2015880034","副教授","安全与海洋工程学院","5","刘振宇/2021011264,王淑群/2020011221,王禹皓/2021011266,杭天晨/2021011244","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程,海洋油气工程","0",null,"A级"]
[216,"1023","海洋平台CO2泄漏扩散低温效应风险分析与安全防护设计","创新训练项目","D202305220930200595","0","安全与海洋工程学院","双向",null,"-","-","针对海洋油气生产CCUS项目特点，调研国内外CO2泄漏风险的可接受程度的相关标准（包括室息及低温等风险因素的频率准则）。结合生产工艺及设备设施布局，分析设备设施CO2泄漏风险因素，构建单一及多灾种耦合泄漏场景。定量计算 CO2泄漏扩散的温度场分布，分析其低温效应对关键设备及结构的影响，建立相关的风险评价方法；针对高风险场景，设计相应的安全屏障（含应急措施、安全监控技术等）。","张钰豪","2022011165","安全与海洋工程学院","安全工程","2022","安全22-1班","1","胡瑾秋/2422","教授","安全与海洋工程学院","5","徐文睿/2022011212,朱崇闻/2022011240,李爽/2022011156,贺娟/2021011222","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"B级"]
[217,"1050","基于光纤融合监测的智能化海洋复合软管","创新训练项目","D202305221348593389","0","安全与海洋工程学院","双向",null,"-","-","项目拟将光纤传感技术应用于海洋管道监测。具体研究目标包括：1）利用FBG-BOTDR融合技术监测海洋管道的承载变形。2）随机环境载荷下，凭借实测动态应变数据计算复合软管的应变模态参数。3）复合软管的应变频响函数以及相关疲劳谱的获取。4）将光纤置入柔性管铺层中，结合管材固有特性形成具体算法，使复合软管具备“自监测”功能，成为智能化的集输装备。","白子慕","2021011318","安全与海洋工程学院","海洋油气工程","2021","海工21-3班","1","赵天奉/2339","副研究员（自然科学）","安全与海洋工程学院","4","赵子仪/2021011304,刘玉娇/2022011242,宋锦宇/2022011309","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程","0",null,"C级"]
[218,"1057","船载低温储罐设计、建造、安装、服役的全生命周期工业互联网","创新训练项目","D202305221425165079","0","安全与海洋工程学院","双向",null,"-","-","现阶段，船载LNG低温储罐仍采用传统的方法设计建造，尚未实现全生产流程数字化，不少制造环节仍依赖人工的经验开展工作。因此制造阶段的加工误差、探伤结果、加载测试历史等关键信息无法与服役阶段的监测、检测信息整合，实现不了全生命周期安全维护，同时也限制了罐型的升级，以及罐体壁厚、探伤范围的进一步优化。项目拟构建一套专用的工业互联网，支持镍钢储罐的制造、服役全过程，并为新罐型的研发应用提供数字化服务。","李瑞禧","2022211073","安全与海洋工程学院","安全科学与工程","2022",null,"1","赵天奉/2339","副研究员（自然科学）","安全与海洋工程学院","5","李文彬/2022210367,许劼/2021011306,刘俊男/2021011324,王宁洁/2021011303","石油工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","石油与天然气工程,海洋油气工程,海洋油气工程,海洋油气工程","0",null,"C级"]
[219,"1229","基于流体力学仿真掺氢管道泄漏爆炸模拟研究及危险等级划分","创新训练项目","D202305231931456023","0","安全与海洋工程学院","双向",null,"-","-","天然气管道掺氢运输能实现氢气大规模、长距离输送，是未来氢气输送的主要方式，然而氢气相对于天然气，泄漏扩散速度快，爆炸范围广，本项目开展基于流体力学仿真掺氢管道泄漏爆炸模拟研究及危险等级划研究，主要研究内容包括：\n1.分析掺氢管道泄漏爆炸过程风险因素\n2.利用CFD软件开展掺氢管道泄漏爆炸模拟\n3.研究掺氢管道泄漏爆炸危险等级划分","张馨予","2020011282","安全与海洋工程学院","安全工程","2020","安全20-1班","1","董绍华/2016880009","教授","安全与海洋工程学院","5","董强/2020011356,刘尧/2020011281,桂明浩/2020011294,云熙婼/2020011284","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"A级"]
[220,"1230","纯氢管道泄漏抢修夹具设计","创新训练项目","D202305231931511901","0","安全与海洋工程学院","双向","0829-安全科学与工程类","-","-","纯氢管道运输能实现氢气大规模、长距离输送，是未来氢气输送的主要方式，当前氢气储运基础设施尚不完善，纯氢管道安全运维关键技术尚不成熟，尤其是纯氢管道应急维抢修技术。本项目开展纯氢管道泄漏抢修夹具设计，主要研究内容包括：\n1.针对氢气密封特点，开展抢修夹具结构、材料选型和技术参数设计\n2.利用计算机辅助软件画出密封夹具设计图\n3.通过仿真，测试夹具承受管道受压变形等机械性能","陈芊蕙","2021011221","安全与海洋工程学院","安全工程","2021","安全21-3班","1","董绍华/2016880009","教授","安全与海洋工程学院","5","景淑君/2021011220,范乃文/2021011217,陈东静/2021011219,王誉彤/2021011215","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"C级"]
[221,"1243","不同椭圆率对夹层管力学结构在外压及其复合载荷作用下的力学性能研究","创新训练项目","D202305232121332602","0","安全与海洋工程学院","双向","0815-矿业类","-","-","深水管道是深水油气开发所需关键设备之一,在铺设及服役中，深水管道常因与高水压相关的复合载荷而发生屈曲压溃破坏。一种由FRP外管、混凝土夹心层及钢管所组成的夹层管为解决这些问题提供了经济又可靠的解决方案。然而，由于这种组合材料涉及三种界面、两种材料，构造复杂。本课题拟通过有限元的方法探究内外管椭圆率对外压作用下夹层管内外双材料界面粘结应力的影响，进而研究夹层管结构在外压及其复合载荷作用下力学性能。","李梓桐","2020011225","安全与海洋工程学院","海洋油气工程","2020","海工20-2班","1","安峰辰/2015880048","副教授","安全与海洋工程学院","4","曹佳骏/2021011320,邓京浩/2021011312,刘晶雯/2021011245","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程","0",null,"C级"]
[222,"1245","不同偏心结构对夹层管力学结构在外压及其复合载荷作用下的力学性能研究","创新训练项目","D202305232131000431","0","安全与海洋工程学院","双向","0815-矿业类","-","-","深水管道是深水油气开发所需关键设备之一,在铺设及服役中，深水管道常因与高水压相关的复合载荷而发生屈曲压溃破坏。一种由FRP外管、混凝土夹心层及钢管所组成的夹层管为解决这些问题提供了经济又可靠的解决方案。本课题拟通过有限元的方法探究不同偏心布置对外压作用下夹层管内外双材料界面粘结应力的影响，进而研究夹层管结构在外压及其复合载荷作用下的力学性能。","钟弘成","2021011308","安全与海洋工程学院","海洋油气工程","2021","海工21-3班","1","安峰辰/2015880048","副教授","安全与海洋工程学院","4","刘翔/2021011325,李昀璋/2021011313,洪茂杰/2021011323","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程","0",null,"B级"]
[223,"1247","夹心层材料的选择对FRP-混凝土-钢夹层管的大变形性能的影响分析","创新训练项目","D202305232138380850","0","安全与海洋工程学院","双向","0801-力学类","-","-","石油管道将不可避免地经过一些如山体滑坡、地震等的地质灾害地区。在力学上，这些地质灾害均属于大变形荷载。目前，业内人士采用一种大变形管道钢来解决这个问题。但是，由于冶炼技术的限制，大变形钢的变形能力很难满足地质灾害对管道的安全要求。鉴于此，我们提出一种FRP-混凝土-钢夹层管来抵御这种大变形荷载。本课题拟通过有限元的方法探究不同夹心层材料对夹层管的抗弯性能的影响。","田秋霞","2020011224","安全与海洋工程学院","海洋油气工程","2020","海工20-2班","1","安峰辰/2015880048","副教授","安全与海洋工程学院","4","赵新宇/2021011330,冯自傲/2021011322,陈芸飞/2021011321","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程","0",null,"C级"]
[224,"1284","海上高温高压深部地层井壁失稳三压力预测软件开发","创新训练项目","D202305240931044870","0","安全与海洋工程学院","双向","0801-力学类","-","-","海上高温高压深部地层井壁失稳三压力预测技术是一项针对海上石油钻井作业中的高温高压环境和深部地层特点的技术开发项目。该项目旨在开发一种可靠准确的软件工具，能够对海上钻井井壁的失稳情况进行预测，并提供相应的三压力参数。","刘奕文","2020011226","安全与海洋工程学院","海洋油气工程","2020","海工20-2班","1","李晓蓉/2019880017","副教授","安全与海洋工程学院","2","封雅涵/2020011250","安全与海洋工程学院","海洋油气工程","0",null,"C级"]
[225,"1285","基于应力-腐蚀耦合的井筒水泥界面失效的实验装置研发","创新训练项目","D202305240931091616","0","安全与海洋工程学院","双向","0802-机械类","-","-","本项目旨在研究井筒水泥环界面应力与腐蚀耦合失效规律，并设计相应的实验装置。在本项目中，研究井筒水泥界面应力-腐蚀耦合失效的机理，包括应力与腐蚀的相互作用、应力积累与失效机制等方面，设计合适的实验装置。\n该装置将考虑到模拟实际井筒环境，并能够施加不同的力学负荷和腐蚀条件。装置应具备可控的应力加载和腐蚀环境控制系统，可以定量评估井筒水泥环界面的强度和耐腐蚀性能。","闫界成","2020011258","安全与海洋工程学院","海洋油气工程","2020","海工20-3班","1","李晓蓉/2019880017","副教授","安全与海洋工程学院","3","裴桂花/2020011252,李佳歆/2020011251","安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程","0",null,"B级"]
[226,"1286","大学校园安全文化调查与提升策略研究","创新训练项目","D202305240932008921","0","安全与海洋工程学院","双向",null,"-","-","调查国内外安全文化建设现状和校园安全文化建设途径，通过调查问卷和访谈对大学校园安全文化进行调查和测评，依据调查结果提出校园安全文化提升策略。","廖晋艺","2022011236","安全与海洋工程学院","安全工程","2022","安全22-3班","1","宫运华/2351","讲师","安全与海洋工程学院","5","张云/2022011239,赵杨娟/2022011190,张萱/2022011189,刘俊杰/2022011238","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"C级"]
[227,"1324","不同偏心布置方案对夹层管力学结构在内压及其复合载荷作用下的力学性能研究","创新训练项目","D202305241400160558","0","安全与海洋工程学院","双向","0801-力学类","-","-","石油管道将不可避免地经过一些如山体滑坡、地震等的地质灾害地区。在力学上，这些地质灾害均属于大变形荷载。目前，业内人士采用一种大变形管道钢来解决这个问题。但是，由于冶炼技术的限制，大变形钢的变形能力很难满足地质灾害对管道的安全要求。我们提出一种FRP-混凝土-钢夹层管,可用作陆上输油管道来抵御这种大变形荷载。本课题拟通过有限元的方法探究不同偏心方案对夹层管的在内压及其复合载荷作用下的力学性能研究。","王涛","2020011246","安全与海洋工程学院","海洋油气工程","2020","海工20-2班","1","安峰辰/2015880048","副教授","安全与海洋工程学院","3","宁昌隆/2022011261,彭斯咏/2022011241","安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程","0",null,"C级"]
[228,"1395","天然气管道泄漏检测系统设计","创新训练项目","D202305261645160663","0","安全与海洋工程学院","双向","0829-安全科学与工程类","-","-","基于声波的方法开展管道泄漏精确识别和定位方法研究，设计信号采集方式并搭建测试平台，应用机器学习方法提高泄漏识别的准确率，修正泄漏声波传播速度，提高泄漏定位精度。本课题将埋地输油管道泄漏监测方法引入海底输油管道泄漏监测过程中，以解决海底输油管道泄漏监测问题，","陈宇","2022011167","安全与海洋工程学院","安全工程","2022","安全22-1班","1","叶迎春/2419","讲师","安全与海洋工程学院","5","顾宇恒/2022011175,彭美林/2022011188,李雨桐/2022011186,陈铎/2022011233","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程,安全工程","0",null,"C级"]
[229,"1408","大学校友文化建设研究","创新训练项目","D202305271119587271","0","安全与海洋工程学院","自主","0303-社会学类","-","-","本项目旨在研究大学校友文化建设，设计出一套行之有效的校友文化建设策略，以增强校友之间的联系与合作，最终促进学校发展。项目将通过文献梳理、问卷调查、校友资源整合、等方式，深入了解校友文化建设的历史演变、现状及存在的问题，策划一系列校友文化活动，如校友论坛、校友企业招聘会等，同时将成果推广到其他高校，促进校友文化建设的共同发展。这将为大学校友文化建设提供新思路，为学校的发展和校友之间的联系搭建桥梁。","任毅","2022011193","安全与海洋工程学院","安全工程","2022","安全22-2班","1","方百会/2015880031","讲师","安全与海洋工程学院","4","马文洋/2022011192,崔禹宁/2022011195,朱艺博/2022011180","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程","0",null,"C级"]
[230,"1453","掺氢站气体泄露监测系统设计","创新训练项目","D202305281851589936","0","安全与海洋工程学院","自主","0829-安全科学与工程类","-","-","设计一款能够在氢气站测气体泄露的探头，利用声波采集器采集泄漏声音，进行信号处理、特征提取后进行大量训练，训练出泄漏声音的特征。将此作为气体泄漏预警。利用计算算出声波相位差与氢气浓度的关系，测算出气体泄露的浓度。设计可行性：已有论文实现实验测量中使用圆柱形声学腔，腔的一端为发声装置，另一端为接收测量装置。发声装置采用压电陶瓷片，接收测量装置采用麦克风，用来测量麦克风处声波的相位信号。","李佳轩","2020011363","安全与海洋工程学院","安全工程","2020","安全20-3班","1","梁伟/2095","教授","安全与海洋工程学院","4","张艳/2022011211,梁一宁/2022011187,吴彬彬/2020011283","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","安全工程,安全工程,安全工程","0",null,"A级"]
[231,"846","高铁电性PVDF材料的制备研究","创新训练项目","D202305171525241710","0","新能源与材料学院","自主","0804-材料类","-","-","铁电材料Ferroelectric materials是最广泛应用的材料体系之一，并且不断产生具有更高效率的先进功能。基于聚偏氟乙烯 poly(vinylidene fluoride)（PVDF）的聚合物铁电材料，为需要便携、轻便、耐磨和耐用特性的应用，提供了弯曲、高效耦合和多功能的材料平台。而制备高铁电性PVDF仍面临巨大挑战。本项目拟通过小分子辅助途径调控结晶，从而获得高铁电性PVDF材料。","刘天祺","2021011523","新能源与材料学院","材料科学与工程","2021","材料21-3班","1","叶海木/2012880044","教授","新能源与材料学院","2","林晓椿/2021011521","新能源与材料学院","材料科学与工程","0",null,"C级"]
[232,"852","利用计算机技术搭建开发学生社区服务一体化智慧平台","创新训练项目","D202305171659283847","0","新能源与材料学院","双向","0101-哲学类","-","-","约惠校园-“一站式”学生社区服务平台，集学生衣食住行等需求为一体，利用计算机技术搭建开发智慧平台，精准化智能化便利化服务学生，具有很高的实用性和可推广性，打造学校“三全育人”新生态。---------","王鹏懿","2021011459","新能源与材料学院","材料科学与工程","2021","材料21-1班","1","王荣亮/2021911009","无","新能源与材料学院","5","陈芙蓉/2021011370,马路凯/2021011417,刘铭/2021011457,艾国骏/2021011432","新能源与材料学院,新能源与材料学院,新能源与材料学院,新能源与材料学院","新能源科学与工程,储能科学与工程,材料科学与工程,材料科学与工程","0",null,"C级"]
[233,"860","铁铬液流电池关键碳布电极材料","创新训练项目","D202305172026560137","0","新能源与材料学院","双向","0804-材料类","-","-","随着“双碳目标”的提出，储能被誉为“可再生能源规模化利用的最后一公里”。随着能源结构转型，长时储能会越来越成为可再生能源发展过程中电网的刚性需求。铁铬液流电池碳布电极存在易析氢及催化剂需要高效沉积等难题，涵待进一步的突破。申请者拟从碳布电极的表面缺陷位入手，深入分析碳布电极缺陷位沉积工艺，Bi, In催化剂沉积影响与关键控制因素，并设计制备最合适的电极结构，用于低成本高性能铁铬液流电池设计。","徐航","2021011407","新能源与材料学院","储能科学与工程","2021","储能21-1班","1","徐泉/2014880008","教授","新能源与材料学院","5","吴迪/2021011426,李田育/2021011346,刘新阳/2021011405,方锐彤/2021011992","新能源与材料学院,新能源与材料学院,新能源与材料学院,经济管理学院","储能科学与工程,新能源科学与工程,储能科学与工程,财务管理","0",null,"C级"]
[234,"1162","结合开尔文液滴起电的新型雨滴发电结构和光雨联合发电装置","创新训练项目","D202305231446047748","0","新能源与材料学院","双向",null,"-","-","利用聚四氟乙烯良好的摩擦起电特性，将其附着于ITO导电玻璃之上，并在PTFE膜上附着铝箔，外接导线将氧化铟锡和PTFE膜上铝箔连接构成外回路。通过雨滴与上述结构中PTFE的不断摩擦生电积累电荷，在雨滴滴落瞬间接触铝箔使电路导通从而产生电流。再将其与光伏发电相结合，以光伏板为雨水收集平台，通过再分配系统进行发电。","侯霁洋","2021011446","新能源与材料学院","材料科学与工程","2021","材料21-1班","1","李叶青/2014880022","副教授","新能源与材料学院","5","侯俊龙/2021011451,张云扬/2021011450,王靖元/2021011449,高郅昊/2021011448","新能源与材料学院,新能源与材料学院,新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程,材料科学与工程,材料科学与工程","0",null,"A级"]
[235,"1231","油气超深井用智能涂层开发","创新训练项目","D202305231944298306","0","新能源与材料学院","双向","0804-材料类","-","-","世界新增油气储量的60%都来自深部地层，深层、超深层已成为油气重大发现的主要区域。在我国，油套管腐蚀导致的经济损失约占运维总费用的30%。延长深井服役期限，降低深井运维成本，是保障油气高效开采的关键。涂层保护是目前使用最为广泛和有效的防腐措施。但现有涂层无法抵御井下工具，往往出现开裂、脱落现象，本项目将基于此开发智能图层，可以识别涂层初期破损迹象，并实现早期修复。","刘立原","2021011478","新能源与材料学院","材料科学与工程","2021","材料21-2班","1","邱萍/2012880050","教授","新能源与材料学院","5","朱科宇/2021011497,曾郭林/2021011482,张维顺/2021011529,刘京桦/2021011508","新能源与材料学院,新能源与材料学院,新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程,材料科学与工程,材料科学与工程","0",null,"C级"]
[236,"952","可降解聚酯PBOx的合成工艺探索研究","创新训练项目","D202305191332439072","0","新能源与材料学院","双向",null,"-","-","草酸二甲酯（DMOx）作为煤制油的主要副产物之一，实现其高质化应用是当天的一个研究重点。本项目拟通过DMOx与丁二醇缩聚获得可降解聚酯-聚草酸丁二醇酯PBOx，优化合成工艺，获得生产效率高及性能优异的PBOx材料。","刘谦","2021011513","新能源与材料学院","材料科学与工程","2021","材料21-3班","1","叶海木/2012880044","教授","新能源与材料学院","2","邵佳辉/2021011514","新能源与材料学院","材料科学与工程","0",null,"C级"]
[237,"1257","稀土合金纳米材料的制备及在析氢反应中的应用","创新训练项目","D202305232212341931","0","新能源与材料学院","双向","0804-材料类","-","-","金属纳米材料由于具有独特的催化、光学及磁学等性质，在催化、吸附、抗菌及电化学等方面有着巨大的应用价值。与贵金属相比，稀土作为一种相对廉价的过渡金属可以替代贵金属拥有众多的潜在的应用，其独特的4f轨道可以作为析氢反应的电子储存器，便于氢气的析出。","程宁龙","2022011372","新能源与材料学院","新能源科学与工程","2022","新能源22-2班","1","李振兴/2015880003","教授","新能源与材料学院","3","王宁/2022011387,蒋子怡/2021011367","新能源与材料学院,新能源与材料学院","新能源科学与工程,新能源科学与工程","0",null,"C级"]
[238,"994","基于材料专业课程设计的知识图谱与概念地图工具设计开发","创新训练项目","D202305202355350389","0","新能源与材料学院","双向",null,"-","-","（1）材料专业主干理论课程知识图谱设计与概念名词库资源建设（2）专业概念名词工具卡片设计与制作（3）材料专业课程设计创新思维训练流程与规则设计","李轲宜","2021011466","新能源与材料学院","材料科学与工程","2021","材料21-2班","1","陈立强/2167","讲师","新能源与材料学院","5","孙雅萌/2021011472,刘家懿/2021011470,杨明/2021011486,皮沐阳/2021011490","新能源与材料学院,新能源与材料学院,新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程,材料科学与工程,材料科学与工程","0",null,"C级"]
[239,"997","分布式光热温差发电柔性储能器件设计与应用","创新训练项目","D202305202357244415","0","新能源与材料学院","双向",null,"-","-","（1） 光伏/热电联合发电器件结构模型设计与热管理分析（2）光伏组件与热电组件的基本性能参数测试（3） 环境光热温差条件下光伏/热电联合发电器件输出功率响应测试（4）光伏/热电联合发电器件储能效率测试。","李昕洋","2021011489","新能源与材料学院","材料科学与工程","2021","材料21-2班","1","陈立强/2167","讲师","新能源与材料学院","3","钱俊辰/2021011491,兰国荣/2021011476","新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程","0",null,"C级"]
[240,"1082","人工智能算法辅助外源混合添加剂厌氧消化体系的预测和分析指导","创新训练项目","D202305221651087600","0","新能源与材料学院","双向",null,"-","-","通过对添加混合外源添加剂的中试规模厌氧消化体系的实验数据进行分析，采用多种先进的机器学习算法和优化技术来准确预测体系的沼气性能并进行相应可解释性分析并给予实验指导。","林诺","2022011361","新能源与材料学院","新能源科学与工程","2022","新能源22-2班","1","李叶青/2014880022","副教授","新能源与材料学院","5","陈新/2022011376,武杨/2022011375,李文涵/2021011779,陶丽达/2022011363","新能源与材料学院,新能源与材料学院,理学院,新能源与材料学院","新能源科学与工程,新能源科学与工程,数学与应用数学,新能源科学与工程","0",null,"B级"]
[241,"1021","储氢装备材料微生物环境下腐蚀失效与性能损失机理","创新训练项目","D202305220836433688","0","新能源与材料学院","双向","0804-材料类","-","-","氢气由于具有密度小、扩散系数大等特点，在地下储氢过程中的泄露风险较高。氢气是地下微生物呼吸最重要的电子供体之一，泄漏后可能会引发微生物的大量繁殖，从而对储氢材料造成腐蚀和力学性能损失。地下微生物中的硫酸盐还原菌（SRB）是造成埋地管道发生微生物腐蚀（MIC）的主要原因之一，因此针对氢气环境中SRB对管道材料的MIC行为的研究非常有必要。","王硕","2022011438","新能源与材料学院","材料科学与工程","2022","材料22-1班","1","李迎超/2017880010","副教授","新能源与材料学院","5","王硕青/2022011448,李笑笑/2021011340,左明灿/2022011423,邵兰贺/2022010396","新能源与材料学院,新能源与材料学院,新能源与材料学院,化学工程与环境学院","材料科学与工程,新能源科学与工程,材料科学与工程,化工与制药类","0",null,"B级"]
[242,"1029","材料专业实验操作技能短视频作业报告模板设计制作与应用","创新训练项目","D202305221008057949","0","新能源与材料学院","双向",null,"-","-","（1）材料专业实验短视频作业报告模板设计制作与案例资源建设（2）短视频作业报告app平台功能界面流程与评价使用规则设计（3）短视频app平台软件开发","佟潇","2021011493","新能源与材料学院","材料科学与工程","2021","材料21-2班","1","陈立强/2167","讲师","新能源与材料学院","2","左丁伟/2022010378","化学工程与环境学院","化工与制药类","0",null,"C级"]
[243,"1042","电解水制氢阴离子交换膜的研究","创新训练项目","D202305221139306483","0","新能源与材料学院","双向",null,"-","-","阴离子交换膜水电解技术（AEMWE）具有无腐蚀性液体泄漏、容量稳定、易于处理以及减小电解槽的尺寸和重量等优点，成为近年来电解水制氢领域的研究热点。AEMWE的核心技术是阴离子交换膜，作用是将羟基离子从阴极运输到阳极，并对电化学反应产生的电子和气体起到屏障作用。本项目拟合成无醚键主链结构的聚电解质膜，并对其离子传导率、化学稳定性和机械性能等进行研究。","喻治坤","2022011451","新能源与材料学院","材料科学与工程","2022","材料22-1班","1","张瑛/2093","教授","新能源与材料学院","4","刘嘉豪/2022011405,张京生/2022011500,王佳傲/2022011435","新能源与材料学院,新能源与材料学院,新能源与材料学院","储能科学与工程,材料科学与工程,材料科学与工程","0",null,"B级"]
[244,"1071","以316L为催化剂载体的CO2+H催化反应器设计与催化性能研究","创新训练项目","D202305221550093934","0","新能源与材料学院","双向",null,"-","-","（1）CO2+H催化反应器设计\n（2）316L隔膜氢渗透性能测试\n（3）以316L隔膜为载体的催化剂设计与制备\n（4）探究不同光热条件下CO2+H催化反应器催化转化性能。","向张驰","2020011453","新能源与材料学院","材料科学与工程","2020","材料20-3班","1","陈立强/2167","讲师","新能源与材料学院","5","张子煜/2020011441,陈丽娜/2020011406,马萱泽/2020011471,汪玉荣/2020011405","新能源与材料学院,新能源与材料学院,新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程,材料科学与工程,材料科学与工程","0",null,"C级"]
[245,"1078","人工智能引导下水热预处理厌氧消化的性能预测和定向优化","创新训练项目","D202305221644085019","0","新能源与材料学院","双向","0805-能源动力类","-","-","水热预处理可有效提高厌氧消化性能，但对于不同物料其产气性能及其最优组合条件导致研究陷入困境。项目采用先进的自动化机器学习技术针对文献收集的数据进行探索及预测分析，并结合贝叶斯优化在无限空间内进行最优组合定向条件的搜索，并采用SEM、TEM进行微观分析以及16SRNA和宏基因组学进行微观分析以阐明研究机制。","冯伊婧","2021011339","新能源与材料学院","新能源科学与工程","2021","新能源21-1班","1","李叶青/2014880022","副教授","新能源与材料学院","3","郝彦吉/2021011377,田锡萌/2021011502","新能源与材料学院,新能源与材料学院","新能源科学与工程,材料科学与工程","0",null,"A级"]
[246,"1085","基于自动化机器学习实现沼气重整制氢性能预测及过程工艺优化","创新训练项目","D202305221720000284","0","新能源与材料学院","双向",null,"-","-","沼气制氢因为其固有工艺缺陷导致难以理解和进一步工艺优化。项目采用先进的AutoGluon机器学习技术针对实验数据进行探索及预测分析，并结合多目标粒子群优化算法进行工艺优化。","卢贝旎","2021010158","新能源与材料学院","新能源科学与工程","2021","新能源21-1班","1","李叶青/2014880022","副教授","新能源与材料学院","4","程子诺/2021011371,彭健锋/2022011697,黄汉林/2021010147","新能源与材料学院,信息科学与工程学院,碳中和未来技术学院","新能源科学与工程,自动化,储能科学与工程(未来班）","0",null,"B级"]
[247,"1190","高催化活性铜纳米结构合成及在二氧化碳转化中的应用","创新训练项目","D202305231615139114","0","新能源与材料学院","双向",null,"-","-","减少二氧化碳气体在空气中的含量是”碳中和，碳达峰“的最直接目标，二氧化碳电还原是一种理想的二氧化碳治理途径，针对该反应，铜可以在一定程度上抑制该反应的副反应的进行，同时基于铜的低成本优势，铜纳米材料作催化剂受到了人们的广泛关注。本项目主要对铜催化剂晶面、形貌、尺寸控制, 氧化态调节, 缺陷工程, 催化剂串联, 表面修饰等诸多方面开展研究，为基于金属纳米材料的催化体系的开发提供理论基础。","许威","2020011543","新能源与材料学院","新能源科学与工程","2020","新能源20-2班","1","李振兴/2015880003","教授","新能源与材料学院","2","何磊/2020011528","新能源与材料学院","新能源科学与工程","0",null,"B级"]
[248,"1191","二氧化碳电催化转化催化剂的智能筛选","创新训练项目","D202305231615284136","0","新能源与材料学院","双向",null,"-","-","随着全球二氧化碳的排放快速增长，二氧化碳的捕获、存储以及转化受到广泛关注。其中二氧化碳电催化还原是一种有效的二氧化碳的转化手段，可以把二氧化碳转化为高附加值的化学品。由于二氧化碳电催化反应路径复杂涉及多个电子转移，产物种类繁多，选择性差。因此，本项目主要研究内容为通过对催化反应反应路径的理论计算，研究电催化机理，从而筛选出催化活性高且选择性好的二氧化碳电催化转化催化剂。","韩若琪","2020011516","新能源与材料学院","新能源科学与工程","2020","新能源20-2班","1","李振兴/2015880003","教授","新能源与材料学院","5","刘策/2020011514,赵雪宁/2020011513,韩佳轩/2020011517,武凡宁/2021011331","新能源与材料学院,新能源与材料学院,新能源与材料学院,新能源与材料学院","新能源科学与工程,新能源科学与工程,新能源科学与工程,新能源科学与工程","0",null,"C级"]
[249,"1206","退役磷酸铁锂电池正极短程修复再生及经济环境评价","创新训练项目","D202305231722381276","1","新能源与材料学院","双向","0804-材料类","-","-","本项目开展有关废旧LiFePO4 电极材料回收再利用的研究采用焙烧直接再生、固相补锂再生、二次烧结掺碳修复再生等方式对退役磷酸铁锂电池正极材料直接修复处理，了解补锂量、掺碳量等对所得材料的电化学性能的影响，重点考察不同工艺的经济和环境影响。","李沛桦","2021011946","碳中和未来技术学院","储能科学与工程(未来班）","2021","储能21-1未来班","1","温嘉玮/2021880026","副教授","新能源与材料学院","2","李宏凯/2021010547","碳中和未来技术学院","储能科学与工程(未来班）","0",null,"C级"]
[250,"1208","金属合金纳米结构的制备及在电催化析氢反应中的应用","创新训练项目","D202305231727588379","0","新能源与材料学院","双向",null,"-","-","氢气燃烧热值高，燃烧产物为水，是最清洁的能源。氢气作为二次能源，可以通过多种方式生产，包括化石能源蒸汽重整、水的光解和电化学水分解等。目前，在多种工业制氢方法中，甲烷蒸汽重整是主要的制氢工业过程。但甲烷蒸汽重整存在能耗高、碳排放量大等缺点。相比之下，电化学水分解制氢的反应条件温和，生产过程绿色可持续，因此被认为是最有前景的能源开发系统。但是，实现高效制氢的关键技术之一就是高活性的电催化剂研发。","卢玥","2022011362","新能源与材料学院","新能源科学与工程","2022","新能源22-2班","1","李振兴/2015880003","教授","新能源与材料学院","2","向曾磊/2022011388","新能源与材料学院","新能源科学与工程","0",null,"C级"]
[251,"1260","锂离子电池固态电解质设计与制备","创新训练项目","D202305232224394332","0","新能源与材料学院","双向",null,"-","-","锂离子电池是一种要的储能技术，在当今社会中扮演着重要的作用。但是也面临着很多挑战，比如液态电解质中的锂枝晶所造成的电池安全隐患。通过固态电解质的方法，可以有效降低电池短路概率，该项目从固态电解质的设计出发，涵盖固态电解质的制备、表征、电池性能测试等方面。","姜轶超","2022011331","新能源与材料学院","新能源科学与工程","2022","新能源22-1班","1","孙晖/2013880072","副教授","新能源与材料学院","5","于洋/2021011386,吕佳钰/2022011332,权鹏/2022011333,黄俊东/2022011330","新能源与材料学院,新能源与材料学院,新能源与材料学院,新能源与材料学院","新能源科学与工程,新能源科学与工程,新能源科学与工程,新能源科学与工程","0",null,"C级"]
[252,"1261","锂介导电化学合成氨","创新训练项目","D202305232224530349","0","新能源与材料学院","双向",null,"-","-","合成氨是国民经济的重要组成部分，传统合成氨工艺会产生大量的二氧化碳排放，不利于实现双碳目标。锂介导电化学合成氨是通过引入电能，实现合成氨的一种途径。该项目的研究重点是研究锂资源在合成氨循环过程中的回收与再利用。","刘高","2020011495","新能源与材料学院","新能源科学与工程","2020","新能源20-1班","1","孙晖/2013880072","副教授","新能源与材料学院","5","姜慧/2021011334,徐美娟/2021011333,李羽涵/2022011121,黄思微/2022011391","新能源与材料学院,新能源与材料学院,信息科学与工程学院,新能源与材料学院","新能源科学与工程,新能源科学与工程,自动化,储能科学与工程","0",null,"B级"]
[253,"1303","MOFs基空心管状复合光催化剂的制备及其性能研究","创新训练项目","D202305241050353116","0","新能源与材料学院","双向","0804-材料类","-","-","随着能源危机和环境污染的不断加剧，人们对清洁能源的需求日益增长，其中绿氢被认为是未来清洁能源的重要组成部分。绿氢的高效制备技术仍面临着诸多挑战。针对这一问题，本项目提出了一种新的解决方案，即通过构造二元异质结结构来提高光催化性能。我们以MIL-68-In为模板，制备了空心管状In2O3。该结构具有较大的比表面积和优越的光学性能，可以有效地促进光催化反应的进行。","张仁婕","2021011435","新能源与材料学院","材料科学与工程","2021","材料21-1班","1","李宁/2017880030","副教授","新能源与材料学院","2","程伟杰/2021011500","新能源与材料学院","材料科学与工程","0",null,"A级"]
[254,"1347","废橡胶轮胎颗粒的防结块措施研究","创新训练项目","D202305241837478116","0","新能源与材料学院","双向","0804-材料类","-","-","废旧的橡胶轮胎经过破碎后，可以作为路面沥青的添加剂再次利用。但是废轮胎颗粒在存放过程中，在压力和温度的作用下，容易结块，重新聚合，增加了处理的成本。本项目拟采用废轮胎颗粒表面改性、添加阻聚剂等方法，防止其团聚。研究不同的改性方法、改性剂的种类和用量对防团聚效果的影响。","王芳芸","2022010591","化学工程与环境学院","环境科学与工程类","2022","储能22-1班","1","张瑛/2093","教授","新能源与材料学院","2","董文浩/2022010605","化学工程与环境学院","环境科学与工程类","0",null,"C级"]
[255,"1379","油水界面的聚合物形态及调控研究","创新训练项目","D202305260818349547","0","新能源与材料学院","自主","0101-哲学类","-","-","聚合物驱油已经在国内广泛应用并取得了巨大的经济效益。聚合物驱油中如遇到高盐的地层，则对聚合物的耐盐性能提出了要求。油水界面的聚合物形态及调控研究，对于不同油藏地层选择使用聚合物以及合成抗盐驱油聚合物有十分重要的意义。本项目拟开展聚合物在界面处的形态以及受到离子调控的作用机制，对指导工程实践具有重要意义。","肖光灿","2021011498","新能源与材料学院","材料科学与工程","2021","材料21-3班","1","詹洪磊/2017880013","副教授","新能源与材料学院","4","石鑫灵/2021011506,张玙琪/2021011503,任茜宇/2021011505","新能源与材料学院,新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程,材料科学与工程","0",null,"B级"]
[256,"1382","基于OIRD快速成像的三维重构技术研究","创新训练项目","D202305260826500775","0","新能源与材料学院","双向",null,"-","-","斜入射光反射差（OIRD）技术是一种对界面特性十分敏感的新兴光学技术，可反映两相界面的膜层厚度和介电常数。OIRD快速成像技术是课题组自主设计和研发的新技术，在微观形貌成像和动态过程分析方面具有重要意义。本项目拟结合图片识别和三维重构等方法，采用实验+计算机处理结合的方式开展相关研究，从而形成基于OIRD快速成像的三维重构技术。","孙博文","2021011475","新能源与材料学院","材料科学与工程","2021","材料21-2班","1","詹洪磊/2017880013","副教授","新能源与材料学院","2","吴嘉豪/2019011442","新能源与材料学院","材料科学与工程","0",null,"C级"]
[257,"1381","微流控芯片刻蚀工艺研究","创新训练项目","D202305260825062614","0","新能源与材料学院","双向",null,"-","-","微流控芯片技术(Microfluidics)是把生物、化学、医学分析过程的样品制备、反应、分离、检测等基本操作单元集成到一块微米尺度的芯片上，目前应用于非常规油气储层分析，取得了积极成效，因此，微流控芯片制备技术具有十分重要的意义。刻蚀工艺作为微流控芯片的关键部分之一，目前还存在大深度小宽度与横向腐蚀相互制约的问题，需要深入研究加以解决。","李欣仪","2021011464","新能源与材料学院","材料科学与工程","2021","材料21-2班","1","詹洪磊/2017880013","副教授","新能源与材料学院","2","董皊希/2021011433","新能源与材料学院","材料科学与工程","0",null,"C级"]
[258,"1390","过渡金属复合纳米材料的制备及电催化性能研究","创新训练项目","D202305261136348977","0","新能源与材料学院","双向",null,"-","-","过渡金属化合物具有中等的氢吸附自由能，有利于电催化性析氢反应。本研究利用双金属协同作用制备高稳定性和优异性能的双金属化合物应用于电催化性能研究，并利用理论计算进行模拟验证。掌握简单的碳纳米材料合成方法，表征分析方法，并熟练掌握电催化相关的性能测试和理论计算。","郝铭锐","2021011366","新能源与材料学院","新能源科学与工程","2021","新能源21-2班","1","王春霞/2016880022","副教授","新能源与材料学院","4","聂勇民/2021011350,殷亚丽/2021011332,张宇博/2021011363","新能源与材料学院,新能源与材料学院,新能源与材料学院","新能源科学与工程,新能源科学与工程,新能源科学与工程","0",null,"C级"]
[259,"1392","金属有机框架化合物在二氧化碳还原中的应用研究","创新训练项目","D202305261136465207","0","新能源与材料学院","双向",null,"-","-","光电化学还原CO2(CO2RR)为高附加值化学品和燃料逐渐受到人们的关注,因其可作为一种维持碳平衡和能源有效利用的关键技术。开发高选择性、高活性、低过电位的电光催化剂的关键。利用金属有机框架材料(MOFs)的可设计性强、高比表面等特点设计合成高活性光电催化剂,并利用金属有机单层材料(MOLs)可修饰性强和结构清晰易表征的优势结合原位表征技术研究催化过程机理。","饶渝鹏","2021011380","新能源与材料学院","新能源科学与工程","2021","新能源21-2班","1","王春霞/2016880022","副教授","新能源与材料学院","3","张颖勃/2021011379,徐俊晨/2021011399","新能源与材料学院,新能源与材料学院","新能源科学与工程,新能源科学与工程","0",null,"B级"]
[260,"1458","全生物基可降解塑料袋","创新训练项目","D202305282036152291","0","新能源与材料学院","双向","0804-材料类","-","-","目前的可降解塑料袋是混入淀粉等物质，降解后高分子链依然存在，只是肉眼不可见，反而对环境污染更厉害。而且合成原料来自化石，不可再生。全生物基的高分子材料，单体是由生物合成，在提取后进行聚合加工成型制作塑料袋，通过控制微观结构与酶的加入量，可以实现充分的生物降解。从自然中来到自然中去，完全的循环，不会污染环境。","范家麟","2022011510","新能源与材料学院","材料科学与工程","2022","材料22-3班","1","吴天宇/2022880022","讲师","新能源与材料学院","3","陈子煊/2022011493,严子雄/2022011519","新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程","0",null,"C级"]
[261,"1469","双碳背景下新能源关键战略金属资源循环的经济环境影响分析","创新训练项目","D202305291225360660","0","新能源与材料学院","双向",null,"-","-","新能源行业的迅速发展带动了相关金属，如锂、镍、钴、锰、钒等战略金属资源的需求日益增多，然而，以上金属资源的开采，提取，循环回收工艺会涉及到大量酸碱的消耗，经济成本和环境评价都是其大规模应用的重要考量因素。因此本研究围绕战略金属资源循环的经济和环境评价开展研究。","陈雨薇","2022011321","新能源与材料学院","新能源科学与工程","2022","新能源22-1班","1","温嘉玮/2021880026","副教授","新能源与材料学院","4","谈天资/2022010914,苏珂璇/2022011392,赵淑忻/2022011454","机械与储运工程学院,新能源与材料学院,新能源与材料学院","机械类,储能科学与工程,材料科学与工程","0",null,"C级"]
[262,"1494","石脑油催化裂解动力学研究","创新训练项目","D202306071358560439","0","新能源与材料学院","双向","0817-轻工类","-","-","石脑油催化裂解是重要的乙烯丙烯增产新型技术之一。利用新型分子筛催化剂可有效提高石脑油催化裂解性能。本研究通过以不同硅铝比HZSM-5作为催化剂，针对正己烷催化裂解制低碳烯烃，通过调变反应条件（如反应温度、空速等），研究不同硅铝比商业HZSM-5上的动力学性能，为后续正己烷催化裂解动力学模型构建、反应机理探究研究提供有效的基础数据。","侬光裕","2022010788","机械与储运工程学院","能源与动力工程","2022","能动22-2班","1","李宇明/2016880040","副研究员（自然科学）","新能源与材料学院","1",{"$nulls":3},"0",null,"B级"]
[263,"1495","耐蚀阻垢涂层的制备及性能研究","创新训练项目","D202306071446286871","0","新能源与材料学院","双向",null,"-","-","油井管及集输管线内常含有腐蚀性和污染性离子，如 Cl-，Mg2+，Ca2+，SO42-和 HCO3-等，金属管道和设备在运输过程中不可避免地遭受严重的结垢和腐蚀困境，腐蚀和结垢现象经常同时出现并协同作用，管道结垢严重又会引起管道的局部腐蚀。因此，本课题拟打算将阻垢剂负载在中空纳米容器内，然后以填料形式添加到具有荷正电的环氧树脂有机涂层中，减缓金属管道的结垢现象和腐蚀问题。","杨明佩","2022011352","新能源与材料学院","新能源科学与工程","2022","新能源22-1班","1","董玉华/1988","讲师","新能源与材料学院","2","徐国斌/2022011339","新能源与材料学院","新能源科学与工程","0",null,"C级"]
[264,"1496","Mn3O4/Fe2O3@Ni Foam纳米材料电催化制氢性能研究","创新训练项目","D202306071504270423","0","新能源与材料学院","双向","0804-材料类","-","-","电解水制氢因其原料来源广、生产安全可靠等优点，被视为未来通向“氢经济”的最佳途径。水的理论分解电压为1.23 V，但在没有催化剂的条件下其分解电压是其理论值的好几倍，为克服较高的过电位所造成的能量浪费，因此需要使用合适的电催化剂，来降低过电位。本次课题将采用简单的水热法合成以泡沫镍为基底，Mn3O4/Fe2O3双金属氧化物异质结构，并将其作为一种双功能催化剂研究其电解水制氢的性能。","陈佳钰","2022010558","新能源与材料学院","储能科学与工程","2022","储能22-1班","1","戈磊/2246","教授","新能源与材料学院","3","李伊文/2022010577,李嘉玥/2022010559","化学工程与环境学院,地球物理学院","环境科学,地球物理学","0",null,"C级"]
[265,"1498","磁性纳米粒子的制备及其磁响应性的研究","创新训练项目","D202306071806240320","0","新能源与材料学院","双向","0804-材料类","-","-","磁性纳米粒子/磁性纳米颗粒（Magnetic Nanoparticles, MNPs）是近年来发展迅速且极具应用价值的新型材料，在现代科学的众多领域如生物医药、磁流体、催化作用、核磁共振成像、数据储存和环境保护等得到越来越广泛的应用。我们的项目是研究制备磁性纳米粒子，并且研究其磁响应。","袁益民","2021011429","新能源与材料学院","储能科学与工程","2021","储能21-1班","1","李勃天/2016880030","副教授","新能源与材料学院","3","董晗/2021011422,王瑾珣/2021011425","新能源与材料学院,新能源与材料学院","储能科学与工程,储能科学与工程","0",null,"A级"]
[266,"1499","应力荧光响应水凝胶的设计制备及性能","创新训练项目","D202306071915201985","0","新能源与材料学院","双向","0804-材料类","-","-","水凝胶作为一种具有良好的生物相容性的亲水材料，刺激响应荧光水凝胶广泛应用在生物传感器、荧光探针、成像跟踪和癌症治疗等领域，但现有的荧光水凝胶力学性能较差，难以实现对应力刺激的指示。本项目计划设计一种内部结构简单、易制备的凝胶体系，同时具有优秀的韧性和强度，能够通过力色团实现对应力刺激的荧光指示。","陈子骏","2021011421","新能源与材料学院","储能科学与工程","2021","储能21-1班","1","李勃天/2016880030","副教授","新能源与材料学院","3","吴信宽/2021011427,张丁予/2021011412","新能源与材料学院,新能源与材料学院","储能科学与工程,储能科学与工程","0",null,"C级"]
[267,"804","基于Transformer模型的时间序列短期预测与模型评估","创新训练项目","D202305131633587783","0","信息科学与工程学院","双向","0808-自动化类","-","-","在本项目中，小组将以自适应学习率和学习率矩阵、AdamW训练算法对MOb-GRU、transformer模型进行训练。对系统进行仿真实验，选取典型的多变量非线性动态过程, 使用训练完成的神经网络对其进行建模和预测. 随后，使用基于VAE的kl散度指标对模型进行评估，并给出最优结构参数下神经网络的预测结果。","宋自强","2020010020","信息科学与工程学院","自动化","2020","自动化20-3转专业班","1","王珠/2016880017","副教授","信息科学与工程学院","4","于镇语/2020011558,王飞/2020011557,杨文强/2020011555","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","自动化,自动化,自动化","0",null,"A级"]
[268,"1446","测井成岩相可视化技术研究","创新训练项目","D202305281739126458","0","信息科学与工程学院","双向","0809-计算机类","-","-","测井成岩相研究在优质储层预测中具有重要的指示作用,对测井成岩相的类型使用合适的可视化技术进行展示对储层预测的精准性具有辅助作用。根据测井的位置对成岩相平面分布进行可视化，提供观察每个成岩相类型区域与产能之间关系的直观可视化，为储层预测研究提供方案。","尹超","2021011590","信息科学与工程学院","计算机科学与技术","2021","计算机21-2班","1","张丽英/2012","讲师","信息科学与工程学院","2","康子学/2021011568","信息科学与工程学院","计算机科学与技术","0",null,"C级"]
[269,"1234","工业机器人关键技术及石油化工领域应用前景研究","创新训练项目","D202305232004064340","0","信息科学与工程学院","双向","0808-自动化类","-","-","探究工业机器人关键技术及应用前景,重点关注在石油化工,包括海洋石油领域的应用前景\n工业机器人是指由电子技术、机械技术、控制技术和计算机技术等多种技术相结合，能够完成各种重复性、高难度或危险作业的智能机器人。在石油领域，工业机器人已经被广泛应用于油田勘探、开采、钻井、生产、输送、储存等环节，发挥了重要作用。","史可清","2021011694","信息科学与工程学院","自动化","2021","自动化21-1班","1","聂建英/1917","讲师","信息科学与工程学院","3","于世隆/2021011699,李贺林/2021011698","信息科学与工程学院,信息科学与工程学院","自动化,自动化","0",null,"B级"]
[270,"953","基于AH模组的通信研究","创新训练项目","D202305191444231280","0","信息科学与工程学院","双向","0809-计算机类","-","-","AH模组是基于IEEE802.11ah协议的通信模组，该模组相对于普通的WiFi，可提供更长的距离（空旷距离可达1200米以上），和更好的穿墙能力。支持多节点，低功耗，中继，漫游等功能，具有非常广阔的应用前景。通过使用MCU连接AH模组的SPI接口可以对AH模组进行控制和通信，使其实现在一对多场景下的自组网以及长距离、高速率和低功耗的通信。","高华阳","2021011487","信息科学与工程学院","计算机科学与技术","2021","计算机21-4转专业班","1","徐朝农/2397","副教授","信息科学与工程学院","3","毕晨诺/2021011730,庞泽群/2021012259","信息科学与工程学院,信息科学与工程学院","计算机科学与技术,计算机科学与技术","0",null,"B级"]
[271,"1236","基于MUSIC算法的目标方位估计方法研究","创新训练项目","D202305232027163768","0","信息科学与工程学院","双向","0807-电子信息类","-","-","DOA(Direction Of Arrival)估计又称为波达方向估计，是阵列信号处理领域十分重要的问题。MUSIC算法是基于矩阵特征空间分解的DOA估计方法，是一种经典且高效的算法，目前已有不少学者基于此提出相应的改进算法。本项目将以MUSIC算法为基础研究信号的方位估计，了解常见DOA估计的原理，着重掌握MUSIC算法的基本原理。","贾子桐","2021011624","信息科学与工程学院","电子信息工程","2021","电子21-1班","1","薛亚茹/1733","副教授","信息科学与工程学院","4","李昊宸/2021010902,刘昊元/2021011638,姜柏骏/2021011664","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","电子信息工程,电子信息工程,电子信息工程","0",null,"B级"]
[272,"1027","基于视觉识别的安全驾驶监测系统的设计与实现","创新训练项目","D202305221005514323","0","信息科学与工程学院","双向","0809-计算机类","-","-","该项目旨在设计和实现一种基于视觉识别的安全驾驶监测系统。该系统使用计算机视觉技术和深度学习模型，实时监控驾驶员的行为，提高驾驶安全性，降低交通事故的发生率。本系统由嵌入式设备、手机应用和云端管理三个部分组成，实现全方位的驾驶行为监测、实时预警和安全管理。","杨文骁","2021012117","经济管理学院","信息管理与信息系统","2021","信管21-2班","1","张建兵/2239","讲师","信息科学与工程学院","4","李雨乐/2021012111,周楚杰/2021012123,刘乐琦/2021012109","经济管理学院,经济管理学院,经济管理学院","信息管理与信息系统,信息管理与信息系统,信息管理与信息系统","0",null,"B级"]
[273,"1019","基于聚类算法的手写数字识别","创新训练项目","D202305212213027583","0","信息科学与工程学院","双向","0808-自动化类","-","-","在光学字符识别领域中，手写字符识别备受关注。手写字符识别是利用图像识别技术对手写内容进行处理和识别，手写体不同于印刷体，不同的人有不同的手写风格，要想正确识别手写体必须采用模式识别技术。本题目针对脱机手写体数字图像，寻找合适的聚类算法实现手写体数字的识别，通过编程验证所提算法的有效性。","郭靖帆","2021010138","信息科学与工程学院","自动化","2021","自动化21-3转专业班","1","冯爱祥/1832","讲师","信息科学与工程学院","3","王卫凯/2021010136,钟柳春/2021010140","信息科学与工程学院,信息科学与工程学院","计算机科学与技术,自动化","0",null,"B级"]
[274,"1037","自主运动欢迎机器人","创新训练项目","D202305221051515816","0","信息科学与工程学院","自主","0808-自动化类","-","-","这是一个自由移动，具有欢迎迎接功能的机器人。主要使用stm32单片机控制，采用多线程分块控制各部分功能，全地形麦轮移动功能，可应用于学校迎新，餐饮或服务行业以及在危险工作领域运输物资和开展救援工作。目前已初步实现人工操作实现所有功能，需要攻克视觉识别，自由行走避障识别取放功能","李俊航","2021010835","信息科学与工程学院","自动化","2021","自动化21-3转专业班","2","聂建英/1917,鲁强/2190","讲师,副教授","信息科学与工程学院,信息科学与工程学院","4","王亮程/2021011752,普禹翔/2021011613,李俊飞/2021011747","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","自动化,计算机科学与技术,自动化","0",null,"B级"]
[275,"1291","面向异构存储的推荐系统优化研究","创新训练项目","D202305241004375236","0","信息科学与工程学院","双向",null,"-","-","推荐系统所处理的海量数据具有高维稀疏的特点，很难直接利用神经网络进行高效训练。现代推荐系统都会采用Embedding技术将高维稀疏特征映射为低维稠密特征再进行神经网络训练。但由于推荐系统处理样本数据量非常巨大，所需要保存的稀疏到稠密的映射关系也非常巨大（至少GB-TB级别），导致单GPU甚至单节点都无法存储下，所以需要设计和实现高效并行策略和异构存储访问模式来提升训练的规模和速度。","陈一豪","2020010787","信息科学与工程学院","计算机科学与技术","2020","计算机20-4转专业班","1","吴双元/2428","讲师","信息科学与工程学院","5","田宇航/2021010300,张思为/2022011588,白舟/2022011654,熊茂晟/2022011317","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院,安全与海洋工程学院","计算机科学与技术,计算机科学与技术,电子信息工程,海洋油气工程","0",null,"A级"]
[276,"1240","AI带来的行业变化及应对研究","创新训练项目","D202305232054434120","0","信息科学与工程学院","双向","0808-自动化类","-","-","身处AI时代，为探寻AI带给各行各业的变换，以及各个行业为应对这种变化采取的措施，团队从大学生的视角入手，调研分析在人工智能技术不断发展过程中被淘汰的传统行业和工作岗位，和由于人工智能而产生的高级技术人才岗位，更进一步的了解人工智能带给当代大学生的机遇和挑战。","郑文仪","2021010218","信息科学与工程学院","自动化","2021","自动化21-3转专业班","1","聂建英/1917","讲师","信息科学与工程学院","5","陈炳荣/2021011972,王启源/2021011870,陈金凤/2021011468,王欣宇/2021010565","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","自动化,自动化,自动化,自动化","0",null,"C级"]
[277,"1072","基于人工智能的教务辅助排课系统：模型与算法","创新训练项目","D202305221556174247","0","信息科学与工程学院","双向","0808-自动化类","-","-","针对目前教务排课系统大多以人工预排为主存在的排课任务重、无法满足越来越多的个性化需求，拟采用人工智能算法，综合考虑教室类型、教师个性化需求等因素，建立辅助排课优化模型，研究优化求解算法，并建设一套辅助排课系统","刘军豪","2020011560","信息科学与工程学院","自动化","2020","自动化20-1班","1","高小永/2016880054","副教授","信息科学与工程学院","5","史明/2020010489,杨希越/2020011581,段训城/2020010724,罗少为/2021011749","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","自动化,自动化,自动化,自动化","0",null,"B级"]
[278,"1201","基于QT的TCP数据处理的上位机软件开发","创新训练项目","D202305231705544925","0","信息科学与工程学院","双向","0807-电子信息类","-","-","井下测量系统通过有线传输介质（短距网线，长距光纤）向地面设备传输数据，地面发送控制指令操控井下设备工作。井上井下通过TCP/IP协议通信，数据形式包括各种传感器以及摄像头产生的数据流。\n基于QT库开发一款上位机软件，要求能够采集井下数据，并且可以实时得到井下设备工作状态（仪器姿态、行驶里程、工作环境等），井下摄像头画面可以实时显示。软件应易于操作、简洁美观、稳定可靠，并且具有一定的3D交互能力。","魏懋超","2021010444","信息科学与工程学院","电子信息工程","2021","电子21-2班","1","陈冲/2018880002","副教授","信息科学与工程学院","5","阮思凯/2021010791,张茜/2021011659,杨晨/2021010927,王浩/2021010111","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","电子信息工程,电子信息工程,电子信息工程,电子信息工程","0",null,"B级"]
[279,"1174","面向党建知识问答的大语言模型研究","创新训练项目","D202305231526467564","0","信息科学与工程学院","双向","0809-计算机类","-","-","目前大语言模型的训练语料绝大多数为英文，中文语料不足1%，这使得大语言模型在回答问题时会产生与国内价值观不符的答案。目前党建系统是习近平新时代中国特色社会主义思想宣传的桥头堡，拥有大量的代表当前国内价值观的语料。如何使用这些语料来微调大语言模型，使得其能够准确回答党员学习中相关问题。","郭文宣","2021011469","信息科学与工程学院","计算机科学与技术","2021","计算机21-4转专业班","1","鲁强/2190","副教授","信息科学与工程学院","4","路军财/2021010310,李科鋆/2021011164,方宇茁/2021011744","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","计算机科学与技术,计算机科学与技术,自动化","0",null,"B级"]
[280,"1125","四旋翼无人机的动态仿真及姿态控制","创新训练项目","D202305230921593117","0","信息科学与工程学院","双向",null,"-","-","假定已经获取了较为准确的陀螺仪数据，需根据这些数据对四旋翼无人机进行飞行模拟控制，包括起飞，定点，降落等。要求建立无人机的基础动力学模型，由四个电机的转速作为控制变量，对各项被控变量进行控制。","黄晨雪","2020011551","信息科学与工程学院","自动化","2020","自动化20-1班","1","万鑫/2021891006","讲师","信息科学与工程学院","4","王栋/2020011556,王坤/2020011596,陈安均/2020011597","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","自动化,自动化,自动化","0",null,"B级"]
[281,"1126","基于模型预测控制的自动驾驶同步感知与路径规划","创新训练项目","D202305230922051846","0","信息科学与工程学院","双向",null,"-","-","在自动驾驶场景中，利用范围感知元件对路况进行实时监测并建立动态地图，基于包含路况信息的栅格化地图实现基于模型预测控制的路径规划算法。","杨洁颖","2020011546","信息科学与工程学院","自动化","2020","自动化20-1班","1","万鑫/2021891006","讲师","信息科学与工程学院","3","董玫君/2020011545,田园/2020011553","信息科学与工程学院,信息科学与工程学院","自动化,自动化","0",null,"B级"]
[282,"1193","人工智能的研究发展带给大学生的创新启示","创新训练项目","D202305231632180515","0","信息科学与工程学院","双向","0809-计算机类","-","-","（1）学习计算机及人工智能的发展历史，了解计算机科学家在重要历史节点上的思考和行为，学习科学家在遇到困难问题时候的思考，例如：Hinton教授于2006年在Science上提出深层网络训练中梯度消失问题的解决方案：无监督预训练对权值进行初始化+有监督训练微调，从此给人工智能发展带来的重要推动。\n（2）大学生在了解历史之后有什么启示，对我国的发展和进步的体会，对未来人工智能今后的个人思考等。","刘若冰","2020011687","信息科学与工程学院","计算机科学与技术","2020","计算机20-1班","1","王智广/1500","教授","信息科学与工程学院","3","李嘉译/2021011692,兰琪儿/2021011689","信息科学与工程学院,信息科学与工程学院","自动化,自动化","0",null,"B级"]
[283,"1200","直流微电网中光伏发电功率控制","创新训练项目","D202305231651579155","0","信息科学与工程学院","双向","0807-电子信息类","-","-","作为一种可再生能源，光伏发电被地广泛用于直流微电网中。为了最大限度地提高传输到电网的输出功率的盈利能力，在光伏发电站中，经常使用最大功率跟踪的方式进行工作。但由于光伏阵列数量以及密度的不断增大，光伏发电的间歇性、过载、过电压等问题成为了光伏发电新的挑战。\n项目意在分析和研究了光伏发电以及相关控制策略的主要内容。","连文清","2021011660","信息科学与工程学院","电子信息工程","2021","电子21-2班","1","曹旭东/2024","副教授","信息科学与工程学院","3","周嘉楠/2021011658,张玉婷/2021010591","信息科学与工程学院,信息科学与工程学院","电子信息工程,电子信息工程","0",null,"B级"]
[284,"1238","家用宠物机器人设计","创新训练项目","D202305232032422094","0","信息科学与工程学院","双向","0808-自动化类","-","-","采用“探索者”模块化机器人套件设计制作一款以陪伴、娱乐为主要功能的家用宠物机器人。需设计合适的宠物机器人外形、动作库、指令库，实现基于语音交互的陪伴和娱乐功能，为用户提供更加智能、趣味和交互化的宠物陪伴体验。","陈志余","2021011695","信息科学与工程学院","自动化","2021","自动化21-1班","1","许亚岚/2085","工程师","信息科学与工程学院","4","李琪琪/2021011728,高峰/2021011703,房亚宁/2020011590","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院","自动化,自动化,自动化","0",null,"C级"]
[285,"1249","无线充电系统输出切换电子模块研究与设计","创新训练项目","D202305232144321210","0","信息科学与工程学院","双向","0807-电子信息类","-","-","无线充电技术具有安全可靠等特点，已被广泛运用于手机等智能设备的充电场景中。对于无线充电过程中恒流到恒压电路的切换，一般由主控芯片通过驱动电路对数字控制信号进行转换，从而控制MOSFET开关实现输出模式的切换。在考虑功率水平和频率要求的情况下，需要驱动电路对输入输出信号进行隔离，防止对无线充电系统的干扰。因此，如何选择合适的主控芯片和驱动电路，并设计和实现稳定可靠的无线充电开关控制至关重要。","孙骁","2021011648","信息科学与工程学院","电子信息工程","2021","电子21-1班","1","吉莉/2020880004","副教授","信息科学与工程学院","3","李婧/2021011623,时豪/2021011646","信息科学与工程学院,信息科学与工程学院","电子信息工程,电子信息工程","0",null,"B级"]
[286,"1288","机器学习加速量子纠缠态分类研究","创新训练项目","D202305240938596774","0","信息科学与工程学院","双向",null,"-","-","量子信息技术，已成为引发各国激烈角逐的科技前沿。在量子信息科学中，一个主要的挑战是寻找一种有效的方法来分类量子态是否含有强关联。当前很有吸引力的一个方法是利用贝尔不等式作为纠缠见证，对纠缠态进行分类。但此方法的问题是，纠缠对于违反贝尔不等式是必要而不充分的条件，这使得这些不等式在量子态分类中不可靠。因此，寻找数值的优化算法为替代解决方案，通过构建寻优算法代替贝尔违反是十分有意义的。","曾宏伟","2022011548","信息科学与工程学院","计算机科学与技术","2022","计算机22-1班","1","王玉坤/2020880018","讲师","信息科学与工程学院","5","张荣桢/2022011549,李惟盛/2022011632,兰忠/2022011631,缪云楚/2022011183","信息科学与工程学院,信息科学与工程学院,信息科学与工程学院,安全与海洋工程学院","计算机科学与技术,电子信息工程,电子信息工程,安全工程","0",null,"B级"]
[287,"1300","面向联邦学习的群智感知任务分配方法","创新训练项目","D202305241044184085","0","信息科学与工程学院","双向","0809-计算机类","-","-","群智感知是结合众包和移动设备感知能力的一种数据获取新型模式。联邦学习技术的兴起和引入将群智感知的范畴从数据扩展至数据+计算，保障了用户数据隐私，具有广阔的应用前景。然后，面向有限的用户和受限的网络与计算资源，如何进行最优的任务分配，以达到任务发布者和用户的双赢，是一个科学难题。对此，本项目拟建立群智感知任务分配的动态优化模型，设计并实现深度强化学习算法进行优化求解，并在开源数据集上进行实验验证。","王志涵","2020011180","信息科学与工程学院","计算机科学与技术","2020","计算机20-4转专业班","1","黄霁崴/2018880026","教授","信息科学与工程学院","3","曹嘉兴/2022011565,胡海龙/2020011266","信息科学与工程学院,信息科学与工程学院","计算机科学与技术,计算机科学与技术","0",null,"B级"]
[288,"1315","分布式光纤麦克风","创新训练项目","D202305241228585925","0","信息科学与工程学院","双向",null,"-","-","基于分布式光纤瑞利散射原理实现声波传感。对声波信号进行检测，通过光纤确定声波的声压实现对声波信号的感知。主要研究工作包括：分布式光纤瑞利散射原理的研究、检测系统的设计与搭建、信号的调制解调方法研究。主要工作量：包括解调算法的设计与编程实现、基于QT-C++的麦克风驱动、解调、声音复现软件的开发。","王明海","2020011676","信息科学与工程学院","电子信息工程","2020","电子20-2班","1","朱明达/2014880007","副教授","信息科学与工程学院","3","张静怡/2020011654,骆昕颖/2020011651","信息科学与工程学院,信息科学与工程学院","电子信息工程,计算机科学与技术","0",null,"B级"]
[289,"1366","基于知识图谱的毛泽东诗词问答系统","创新训练项目","D202305251055153816","0","信息科学与工程学院","双向","0809-计算机类","-","-","随着人工智能技术的快速发展，智能问答系统在各行各业得到了广泛的应用。但是关于毛泽东诗词的智能问答系统鲜有研究。毛泽东是中国人民的领袖，伟大的无产阶级革命家、战略家、理论家，领导中国人民彻底改变了自己的命运和国家面貌的一代伟人。同时，毛泽东还是一位杰出的诗人，公开发表了许多“脍炙人口”的诗词。其诗词境界博大开阔、气势恢宏、撼山震岳。为纪念伟大的毛主席，本项目旨在开发基于知识图谱的毛泽东诗词问答系统。","唐诗雨","2021011535","信息科学与工程学院","计算机科学与技术","2021","计算机21-1班","1","李莉/2325","讲师","信息科学与工程学院","3","胡振阳/2021011543,杜子健/2021011541","信息科学与工程学院,信息科学与工程学院","计算机科学与技术,计算机科学与技术","0",null,"C级"]
[290,"1427","状态反馈预测控制在串联反应釜的应用","创新训练项目","D202305281014241445","0","信息科学与工程学院","双向",null,"-","-","预测控制利用预测模型来预测过程未来的偏差值，以滚动优化确定当前的最优控制策略，控制效果优于传统的PID控制。状态反馈预测控制使用实测状态反馈，具有较强的抗干扰能力。本课题要求以串联反应釜为被控对象，应用状态反馈预测控制算法对其进行控制，并对控制参数对控制效果的影响进行研究。","杨鑫","2020010685","信息科学与工程学院","自动化","2020","自动化20-3转专业班","1","许锋/2199","副教授","信息科学与工程学院","3","何飞越/2020010854,张旭/2020010140","信息科学与工程学院,信息科学与工程学院","自动化,自动化","0",null,"B级"]
[291,"1445","测井成岩相智能分类算法研究","创新训练项目","D202305281735380289","0","信息科学与工程学院","双向",null,"-","-","成岩相研究在优质储层预测中具有重要的指示作用,可以对常规测井曲线如自然伽马(GR)、声波时差(AC)、深侧向电阻率(Rt)、浅侧向电阻率(Rxo)、密度(DEN)、补偿中子(CNL)、自然电位(SP)等进行数据分析和特征工程探索，选用机器学习中的分类或聚类算法对测井曲线进行建模，实现成岩相的智能分类任务,并可视化结果，从而为油田下一步进行优质储层预测工作提供地质依据。","王亚席","2021012091","信息科学与工程学院","计算机科学与技术","2021","计算机21-4转专业班","1","张丽英/2012","讲师","信息科学与工程学院","2","钟宇凡/2021011591","信息科学与工程学院","计算机科学与技术","0",null,"C级"]
[292,"1497","基于机器学习的瞬态仿真步长控制","创新训练项目","D202306071521267403","0","信息科学与工程学院","双向","0809-计算机类","-","-","基于机器学习的瞬态仿真步长控制是一种新型的仿真方法，它通过利用神经网络等机器学习技术对系统行为进行预测和模拟，以自适应调整仿真步长，从而提高仿真效率和准确性。\n\n开发一个可靠的步长控制算法，能够快速、精准地模拟复杂动力系统中的瞬态过程。此外，该算法还可以根据系统状态自适应调整步长，并通过实时监测误差来保证仿真的准确性。","查夏如","2019011712","信息科学与工程学院","计算机科学与技术","2019","计算机19-1班","1","金洲/2017880043","讲师","信息科学与工程学院","1",{"$nulls":3},"0",null,"A级"]
[293,"806","多孔稀土金属氧化物在大气污染治理中的应用","创新训练项目","D202305151524242668","0","理学院","双向","0703-化学类","-","-","大气污染控制是资源环境与生态化工领域的重要研究方向，“双碳”目标的提出使得减污降碳任务迫在眉睫。雾霾、酸雨以及光化学烟雾等大气污染问题，与机动车尾气排放污染物密切相关，机动车排放污染物中包含的PM2.5是造成雾霾天气的主要污染物之一。催化消除PM是一个复杂的固体（PM）-固体（催化剂）-气体（O2和NO）非均相催化反应过程。设计合成多孔稀土金属氧化物有助于研究传质扩散规律和氧化反应机理。","陈凯炫","2022011859","理学院","应用化学","2022","应化22-2班","1","熊靖/2021891003","讲师","理学院","2","张科萌/2022011816","理学院","应用化学","0",null,"B级"]
[294,"816","新能源汽车对中国碳中和的影响及优化对策","创新训练项目","D202305161058202167","0","理学院","自主","0701-数学类","-","-","我们小组以两会提出的“统筹能源安全稳定供应和绿色低碳发展，科学有序推进碳达峰碳中和”为切入点，基于新能源汽车作为二次能源的代表性产业的重要地位，且新能源汽车大量投入市场将有效缓解如今雾霾等环境问题以及石油大量使用等能源安全问题。我们小组通过查阅大量资料与问卷调查双管齐下的方法，研究新能源汽车在当今市场的发展问题以及解决措施，助力我国碳中和的实现。","唐畅","2022011741","理学院","数学类","2022","统计22-1班","1","马宁/2205","副教授","理学院","3","娄心纳/2022011743,崔灿/2022011742","理学院,理学院","数学类,数学类","0",null,"C级"]
[295,"845","非贵金属环保型流化床丙烷脱氢催化剂的分子设计与合成","创新训练项目","D202305171502194766","0","理学院","双向","0703-化学类","-","-","非贵金属丙烷脱氢催化剂的本征活性低、易积碳。原子级分散活性位具有高配位不饱和度可以提高本征活性，同时相邻金属位少可以抑制积碳反应，项目提出基于配体保护策略将原子级分散的非贵金属活性位（Fe, Co, Zn）原位封装入复合介微孔分子筛中，利用微孔孔道的限域效应稳定原子分散活性位，介孔孔道增强传质效率和容碳能力，项目将为设计高效稳定非贵金属丙烷脱氢催化剂提供科学依据。","宋铭栩","2022011863","理学院","应用化学","2022","应化22-2班","1","宋卫余/2015880004","教授","理学院","4","黄增华/2022011824,徐楷钦/2022011864,周旭光/2021011852","理学院,理学院,理学院","应用化学,应用化学,应用化学","0",null,"C级"]
[296,"835","市政有机固废高值利用探索与研究","创新训练项目","D202305162109149252","0","理学院","双向","0703-化学类","-","-","针对市政有机废弃物的现状与问题进行探究，针对特定问题提出解决方案进行可行性评估开展研究，从而制定出相关路径。是一项重要的研究课题。因此，针对市政有机废弃物的特定问题，提出解决方案并进行可行性评估，是一项极具意义的研究工作。通过这样的研究，可实现废弃物的减量化、资源化和无害化，促进循环经济和生态文明建设。","冯家乐","2022011861","理学院","应用化学","2022","应化22-2班","1","周颖/2021891001","讲师","理学院","2","何丽丽/2021011853","理学院","应用化学","0",null,"C级"]
[297,"1294","温差发电的研究","创新训练项目","D202305241014319508","0","理学院","双向","0702-物理学类","-","-","温差发电是热电效应的重要应用之一，设计和制作温差发电装置有利于提高热能利用效率，防止造成能源浪费，符合国家“碳中和”的号召。针对温差发电装置发电效率普遍偏低的问题，拟设计、制作温差发电装置用以探究如何提高热能利用效率，以适用于多种发电及应用环境。","王浩","2021011884","理学院","应用化学","2021","应化21-2班","1","林春丹/2174","副教授","理学院","3","刘毕成/2021011840,徐秋实/2021011833","理学院,理学院","应用化学,应用化学","0",null,"C级"]
[298,"929","碳中和背景下的海水电解制氢的现状与挑战","创新训练项目","D202305182111240841","0","理学院","双向","0703-化学类","-","-","海水电解是一种可持续、且节约淡水资源的氢气生产方案。基于碳中和的背景，本项目尝试对电催化分解海水催化剂的设计思路与改性方法进行系统的调研、整理和总结。尝试设计开发高效、稳定的电催化剂。有利于推进或支撑电解海水的工业化应用拓展，从而推进碳中和目标的实现。","李俊瑶","2022011844","理学院","应用化学","2022","应化22-2班","1","周颖/2021891001","讲师","理学院","2","尹奇祺/2020011860","理学院","应用化学","0",null,"B级"]
[299,"1006","空气中直接捕获CO2 研究（DAC技术开发）","创新训练项目","D202305211226052320","0","理学院","双向","0703-化学类","-","-","“碳达峰”和“碳中和”不仅是一个世界难题也是我国目前的一个重大政治问题和国家治理目标。针对燃烧前和燃烧后的CO2捕获是当下研究较多和较广泛的方向。然而针对废气中CO2捕获只能减缓温室气体上升趋势，而不能从根本上减少现有大气中CO2的浓度。因此，发展从空气中直接捕获CO2的碳负技术DAC (Direct Air Capture)是解决当前CO2的浓度急剧上升的有效途径。","邱绮慧","2022010399","化学工程与环境学院","化工与制药类","2022","能化22-1班","1","彭云雷/2021880031","副教授","理学院","3","叶海宇/2022010407,付晨汐/2022010404","化学工程与环境学院,化学工程与环境学院","化工与制药类,化工与制药类","0",null,"B级"]
[300,"1030","MOFs缺陷调节及其对质子交换膜性能的影响","创新训练项目","D202305221020236233","0","理学院","双向","0703-化学类","-","-","燃料电池在清洁、可持续发展能源领域的应用被寄予厚望，质子交换膜是其核心组件之一。金属有机框架材料（MOFs）是密度低、结构可调的结晶多孔材料，作为填料可提高膜的尺寸稳定性、力学性能和使用寿命等。MOFs及其缺陷可在膜内建立特殊的质子传输通道、提升燃料电池的工作效率。本项目将调节和制备具有不同缺陷结构的MOFs，并研究它对质子交换膜性能的影响。","王贵雯","2021011821","理学院","应用化学","2021","应化21-1班","1","张晓灿/2012880059","副教授","理学院","4","刘颐苒/2022211343,徐沁海/2021011850,索佰慧/2021011820","理学院,理学院,理学院","化学,应用化学,应用化学","0",null,"C级"]
[301,"1035","以环丁砜为溶剂体系的相平衡模型预测基础研究","创新训练项目","D202305221044199455","0","理学院","双向","0703-化学类","-","-","石油中芳烃资源的分布广泛，如汽油、柴油等，随着社会的进步和油品精制技术的发展，芳烃资源的富集利用十分关键，对于过程的优化和设计，复杂体系的芳烃相平衡和萃取模型十分重要。环丁砜液液抽提工艺多见于现代芳烃联合装置中，其工艺流程复杂，影响因素多，虽然目前以环丁砜为溶剂体系的相平衡数据文献中有零散的报道，但是液液相平衡数据不够系统，因此提供以环丁砜为溶剂的芳烃抽提体系的相平衡数据具有重要的研究意义。","陈冠旭","2021011845","理学院","应用化学","2021","应化21-1班","1","高成地/2012880042","工程师","理学院","5","段伯汉/2021011846,谢纬/2021011849,宋京峰/2021011848,冯白驹/2021011847","理学院,理学院,理学院,理学院","应用化学,应用化学,应用化学,应用化学","0",null,"C级"]
[302,"1040","基于NIPS法共混MOFs超滤膜的制备及分离性能的研究","创新训练项目","D202305221126067958","0","理学院","双向","0804-材料类","-","-","超滤技术具备便捷高效和安全清洁的特点，在水处理领域应用广泛。以聚砜（PSf）作为聚合物基底的超滤膜拥有优异的稳定性和耐氯性，但其强憎水性易导致膜表面受蛋白质污染，引发水通量快速衰减和使用稳定性降低等问题。基于此，本项目将通过非溶剂致相转化法（NIPS）制备亲水化改性共混超滤膜，并探究MOFs填料对聚砜超滤膜抗污染性能和分离性能的影响。","崇明涛","2021011874","理学院","应用化学","2021","应化21-2班","1","张晓灿/2012880059","副教授","理学院","4","朱梓源/2021216151,邹绍楷/2021010554,邓文迪/2021011855","理学院,理学院,理学院","化学工程,应用化学,应用化学","0",null,"C级"]
[303,"1055","阴-非离子表面活性剂的合成及界面性能研究","创新训练项目","D202305221414032910","0","理学院","双向","0703-化学类","-","-","阴非离子表面活性剂是在油田化学领域中常见的一种驱油剂，结合了阴离子和非离子表面活性剂分别具有的优异耐温性和耐盐性。本项目通过化学方法合成一种新型的耐温耐盐阴非离子表面活性剂，分析合成产物的结构，测试该表面活性剂样品的表界面性能，开发其在提高采收率方面的应用。","陈龙","2021011873","理学院","应用化学","2021","应化21-2班","1","刘子龙/2020880016","讲师","理学院","3","李杭/2021011878,范晓璐/2021011854","理学院,理学院","应用化学,应用化学","0",null,"C级"]
[304,"1056","无人机自动巡航路线优化研究","创新训练项目","D202305221414102107","0","理学院","双向","0701-数学类","-","-","研究如何根据任务需求和环境条件，制定最优的飞行路径，以达到最佳的任务效果。该研究领域的重点是如何通过数学优化算法和机器学习技术来寻找最优的飞行路径，并且如何对飞行路径进行动态调整，以应对环境变化和任务需求的变化。","李榆晴","2021011795","理学院","统计学","2021","统计21-1班","1","刘子龙/2020880016","讲师","理学院","3","蔡贤治/2021011776,吕果/2021011791","理学院,理学院","数学与应用数学,数学与应用数学","0",null,"B级"]
[305,"1110","基于深度学习算法的CO2驱气窜时间预测","创新训练项目","D202305222042055214","0","理学院","双向","0701-数学类","-","-","基于不同参数下CO2驱生产动态数据和神经网络模型，选用合适的深度学习算法，开展模型建立和训练，实现CO2驱气窜时间预测。CO2驱油过程气窜时间预警模型，有利于抑窜措施的提前介入，提高CO2驱油开发效果。","王航翔攀","2021010423","理学院","统计学","2021","统计21-1班","1","第五鹏祥/2019880016","讲师","理学院","4","聂思玮/2021010067,魏文婧/2021011499,文超/2022010047","理学院,理学院,地球科学学院","统计学,统计学,地质类","0",null,"C级"]
[306,"1111","裂缝性油藏CO2驱平面分配系数反演方法","创新训练项目","D202305222042109803","0","理学院","双向","0712-统计学类","-","-","裂缝性油藏CO2驱过程中，面临极高气窜风险。利用CO2驱平面分配系数反演方法，得到所注CO2向各采油井的分配量，是CO2驱监测的重要内容之一。因此，拟采用物理约束+机器学习/深度学习的技术路线，基于已有的高维小样本数据集，建立一种裂缝性油藏CO2驱平面分配系数反演方法，实现裂缝性油藏CO2驱平面分配系数反演。","周正阳","2021011804","理学院","统计学","2021","统计21-1班","1","第五鹏祥/2019880016","讲师","理学院","3","韩俊雄/2021011805,李金丘/2021011807","理学院,理学院","统计学,统计学","0",null,"C级"]
[307,"1112","大尺度增压过程中变系数偏微分方程建立和求解","创新训练项目","D202305222042214619","0","理学院","双向","0701-数学类","-","-","针对百米级别尺度的一维流动模型，考虑注入端大幅度增压过程，建立对应的一维流动变系数偏微分方程，并实现解析或数值求解，得到采出端压力解，并开展实际数据拟合分析，同时将实验所得数据与石油勘探等领域相结合。","徐祺彧","2021011815","理学院","统计学","2021","统计21-1班","1","第五鹏祥/2019880016","讲师","理学院","2","易超/2021011816","理学院","统计学","0",null,"C级"]
[308,"1177","电炉渣中元素分析及磁性铁含量研究","创新训练项目","D202305231537394563","0","理学院","双向","0703-化学类","-","-","电炉渣是指电炉炼钢过程中排出的熔渣，主要来自金属炉料中各元素被氧化后生成的氧化物、被侵蚀的炉衬、补炉材料、金属炉料带入的杂质和为调整钢渣性质而特意加入的造渣材料。\n  虽然我国已开发了许多有关电炉渣综合利用的方法并且取得了一定的效果，但电炉钢渣综合利用的总体水平还不高，经济效益较低，存在一些亟待解决的问题。因此加强对有价元素炉渣的开发利用以及提高附加值炉渣产品尤为重要。","陈启伟","2021011842","理学院","应用化学","2021","应化21-1班","2","王晓琴/2195,李建梅/2013880039","高级工程师,副教授","理学院,理学院","5","许子涵/2021011843,杨亮亮/2021011837,杨学之/2021011844,徐京/2021011869","理学院,理学院,理学院,理学院","应用化学,应用化学,应用化学,应用化学","0",null,"C级"]
[309,"1256","特殊润湿性油水分离膜的制备及应用研究","创新训练项目","D202305232212262668","0","理学院","双向","0703-化学类","-","-","近年来，水资源短缺形势日益严峻，含油废水的排放及海上漏油事故频繁发生造成了一系列的生态环境污染，针对膜分离法分离含油废水中存在的膜通量低、亲水性差、膜污染和不能有效分离油滴粒径小于10μm的乳化油等问题，利用共混法将亲水纳米粒子HNTs-DETA-TA和HNTs-DA/PEI-TA掺杂进聚醚砜铸膜液中，提升膜表面的润湿性和粗糙度，制备出特殊润湿性油水分离膜，并对膜进行了性能测试及成分表征。","袁正","2022011848","理学院","应用化学","2022","应化22-2班","1","宋昭峥/1745","副教授","理学院","5","马俊杰/2022011847,刘沂宸/2022011855,王腾/2021011829,庞浩宇/2021011819","理学院,理学院,理学院,理学院","应用化学,应用化学,应用化学,应用化学","0",null,"C级"]
[310,"1189","感温聚合物微球的合成与应用性能与评价","创新训练项目","D202305231612411585","0","理学院","双向","0703-化学类","-","-","本项目旨在研制出一种能够耐高温耐高盐，且能实现缓膨缓释深部运移的聚合物微球。本项目以丙烯酰胺(AM)，丙烯酸(AA)为单体采用反相乳液聚合法制备出常规聚合物微球 P(AA-AM)。通过调控油水比、乳化剂配比、搅拌速度、温度、引发剂用量来优化聚合物产率与粒径。用改性剂对纳米颗粒进行改性制备出无机/有机复合微球。 使用 SEM、EDS等分析微球结构，最后对聚合物微球调剖堵水效果进行评价。","闫鼎睿","2022011850","理学院","应用化学","2022","应化22-2班","1","宋昭峥/1745","副教授","理学院","6","张津荣/2022011814,王靓靓/2021011857,李国瑞/2022011804,杨雪/2022011803,鲁泽琛/2019011863","理学院,理学院,理学院,理学院,理学院","应用化学,应用化学,应用化学,应用化学,应用化学","0",null,"C级"]
[311,"1196","AI介入短视频制作程度对视频质量影响的分析","创新训练项目","D202305231637459321","0","理学院","自主","0701-数学类","-","-","对关于AI介入视频制作程度的不同对视频质量的影响进行了研究，通过调研和数据分析找出适中的AI介入程度以达到视频高质量的呈现效果。通过量化分析，给出相关数据，分析得视频质量最高时AI的介入程度的量化值。最后根据这些结果对视频制作者如何合理使用AI辅助制作视频给出合理化建议。","姚佳乐","2022011797","理学院","数学类","2022","数学22-1班","1","马宁/2205","副教授","理学院","4","彭毅飞/2022011786,龙秉文/2022011792,杨子懿/2022011796","理学院,理学院,理学院","数学类,数学类,数学类","0",null,"A级"]
[312,"1209","aiFrac——打开地下未知世界的智慧钥匙","创新训练项目","D202305231730577686","0","理学院","双向","0709-地质学类","-","-","简介：本项目针对裂缝的定量化描述困难、预测成本高等问题，建立了基于改进RANSAC的裂缝识别技术，实现对裂缝地质结构快速、准确、便捷的定量化描述。为了满足地质工作者的野外勘探需求，借助云计算技术构建了aiFrac智能地质数字露头裂缝分析网页、客户端、APP，从上传图像到导出模型仅需3分钟，大大提高了工作效率。平台已与数皮科技有限公司达成战略合作，aiFrac将进一步运用于地质开发、资源勘探等领域。","傅铠锋","2021011777","理学院","统计学","2021","统计21-1班","1","董少群/2019891005","副教授","理学院","4","孔黄帅/2021011778,戚玉洁/2021010098,杨景麟/2021011600","理学院,地球科学学院,信息科学与工程学院","统计学,资源勘查工程,计算机科学与技术","0",null,"A级"]
[313,"1299","海底管道水平弯曲方程的摄动解及数值模拟","创新训练项目","D202305241035475427","0","理学院","双向","0701-数学类","-","-","海洋管道内承载着大量油气，一旦发生屈曲甚至破坏，就会导致油气泄漏，不仅造成资源的严重浪费，而且还会对海洋生物及人类的安全构成威胁。因此，研究高温高压下海底管道的水平向整体屈曲，有着重要的理论意义和工程价值。由于地基土体对管道作用的非线性特点，本课题拟运用多尺度展开法求解海底管道水平向整体屈曲的摄动解，同时将所得解与数值结果进行对分析，从而为研究高温高压下海底管道整体屈曲变形问题提供解析方法。","郝天天","2021011767","理学院","数学与应用数学","2021","数学21-1班","1","许韬/2011880025","教授","理学院","3","刘智扬/2021011810,王甲乐/2021011782","理学院,理学院","统计学,数学与应用数学","0",null,"C级"]
[314,"1464","王铁冠院士间接访谈","创新训练项目","D202305282243256282","0","理学院","双向","0503-新闻传播学类","-","-","通过对王铁冠院士的亲友及同事访谈，了解王铁冠院士的个人经历与贡献王铁冠于1956年从北京石油地质学校毕业，并进入江汉石油地质学校任教；1965年从北京石油学院毕业；1983年至1984年在美国特拉华大学做研究学者；1984年至1986年担任俄勒冈州立大学客座副研究员；1986年至1994年担任江汉石油学院教授；1994年担任中国石油大学（北京）教授；2005年当选中国科学院院士。","王一帆","2022011838","理学院","应用化学","2022","应化22-2班","1","周广刚/1824","副教授","理学院","2","杨萱文/2022011835","理学院","应用化学","0",null,"C级"]
[315,"1367","基于厨余垃圾的碳量子点制备研究","创新训练项目","D202305251502246876","0","理学院","双向","0804-材料类","-","-","碳量子点具有优秀的光学性质，其在显示、照明、医学成像技术、环境监测、化学分析、催化剂制备、能源开发等许多的领域都有较好的应用前景。厨余垃圾的高值化利用是处理厨余垃圾最值得期待的方式之一，本项目拟通过一定的化学工艺处理，将厨余垃圾制备成具有良好性质的碳量子点，并将其应用于显示、照明以及生物成像领域，以期获得良好的效果。","齐锦轩","2021011881","理学院","应用化学","2021","应化21-2班","1","李凯/2022880012","副教授","理学院","3","缪鹏远/2021011879,丁一/2021011877","理学院,理学院","应用化学,应用化学","0",null,"C级"]
[316,"1419","基于乙醛制备的模拟仿真研究","创新训练项目","D202305271849389864","0","理学院","双向","0703-化学类","-","-","乙醛作为有机化学品的重要原料之一，其合成方法的研究至关重要。本项目拟通过查阅相关工艺路线，对项目工艺进行优化研讨，用实验模拟软件（比如Mlabs、chmist、Crocodile chemistry）制作或通过绘图表述等方式展示优化后的工艺流程和参数，培养学生的发现问题、分析问题和解决问题的能力。","李硕","2021011872","理学院","应用化学","2021","应化21-2班","1","李凯/2022880012","副教授","理学院","5","刘耀强/2021011871,胡蕊/2021010647,王宁致/2021011885,王逢勃/2021011883","理学院,机械与储运工程学院,理学院,理学院","应用化学,油气储运工程,应用化学,应用化学","0",null,"C级"]
[317,"1452","丁腈橡胶材料在钻井工具中的应用","创新训练项目","D202305281842008140","0","理学院","双向","0801-力学类","-","-","橡胶作为密封材料在石油钻井工具中使用较为普遍。钻井工具在井下作业过程中长期接触泥浆介质，泥浆对钻井工具具有腐蚀作用，从而影响钻井工具的正常使用。\n    钻井工具中使用最为普遍的橡胶材料是丁腈橡胶或者氢化丁腈橡胶，一般根据钻井工具的使用温度高低来选择合适的橡胶材料。本次研究主要探究丁腈橡胶材料在钻井工具的应用，探索丁腈橡胶材料在工作环境中的受力分析。","刘尧","2019011220","安全与海洋工程学院","海洋油气工程","2021","海工21-1班","1","周广刚/1824","副教授","理学院","3","夏啟/2021011887,张瑀岑/2022011833","理学院,理学院","应用化学,应用化学","0",null,"C级"]
[318,"817","双碳背景下储能技术商业化现状和趋势研究","创新训练项目","D202305161103095972","27","经济管理学院","双向",null,"-","-","近年来，储能技术的发展取得了跨越式的进展，随着新能源发电技术和智能用能技术的出现和发展，未来储能会有更大的发展空间。本项目主要研究不同储能技术商业化现状、趋势，并提出发展建议。项目如果产出质量好，可以参加大挑、能经赛和碳中和大赛。","任江珊","2022011918","经济管理学院","经济学类","2022","经济类22-2班","1","齐继国/2022880077","讲师","经济管理学院","5","胡春雨/2022011910,高文月/2022011914,李宇涵/2022011911,董俊楠/2022011913","经济管理学院,经济管理学院,经济管理学院,经济管理学院","经济学类,经济学类,经济学类,经济学类","0",null,"C级"]
[320,"870","管理层和审计师双重视角下重要性水平应用的差异研究","创新训练项目","D202305172220017500","14","经济管理学院","双向","1202-工商管理类","-","-","本项目基于自2021年起非标准审计意见专项说明中披露的合并财务报表整体重要性水平的数据，结合自2011年起披露的上市公司内控缺陷定量标准数据，探究不同利益相关主体对重要性水平的评估是否具有显著差异，为投资者和监管者基于可观测到的重要性水平进行精准投资、分析和监管提供借鉴意义。","刘杰丽","2020010117","经济管理学院","会计学","2020","会计20-2班","1","王俊/2022880073","中级","经济管理学院","2","李子涵/2019012219","经济管理学院","会计学","0",null,"C级"]
[324,"847","硬科技企业创新商业模式研究","创新训练项目","D202305171548194026","17","经济管理学院","双向",null,"-","-","该项目旨在对硬科技企业商业模式进行研究，归纳创新商业模式类型，撰写商业模式创新研究报告和管理案例或案例研究论文。为此可以在前期构建一个创新商业模式学习交流平台（公众号），介绍国内外硬科技、创新商业模式、有趣的企业、投融资情况等，也可以做相应案例调研和研究。同学通过这个项目可以熟悉产业、投融资以及最新商业模式。优秀的报告可以参加明年的各种调研类、学术类及案例大赛。","王心雨","2022011902","经济管理学院","经济学类","2022","经济类22-2班","1","齐继国/2022880077","讲师","经济管理学院","5","白玉冰/2022011881,李成程/2022011456,贾舜尧/2022012356,刘铭菲/2022011523","经济管理学院,新能源与材料学院,经济管理学院,信息科学与工程学院","经济学类,材料科学与工程,工商管理类,计算机科学与技术","0",null,"C级"]
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[326,"849","高校构建创业生态系统赋能产学研的模式和路径研究","创新训练项目","D202305171625221935","22","经济管理学院","双向",null,"-","-","创新和创业生态系统已经成为世界顶级学者研究的热点，而高校如何吸引在校师生、校友、企业、投资机构，构建创新创业生态系统，对高校促进高校科技成果转化，服务产学研也有重要意义。本研究结合最新的创新创业生态系统文献，调研产教融合驱动的全球不同的创新创业教育模式，识别高校构建创新创业生态系统的模式和路径。优秀的项目产出可以参加非创业类比赛，如挑战杯、能经赛等。","张伊铭","2022011889","经济管理学院","经济学类","2022","经济类22-1班","1","齐继国/2022880077","讲师","经济管理学院","5","吴紫绮/2022011920,张廷/2022011908,夏柳钦/2022011909,李文锐/2021011949","经济管理学院,经济管理学院,经济管理学院,经济管理学院","经济学类,经济学类,经济学类,能源经济","0",null,"C级"]
[327,"850","”一带一路”背景下的投资机会、投资模式及效果研究","创新训练项目","D202305171631417994","25","经济管理学院","双向",null,"-","-","“一带一路”作为重要的国家战略，已经得到了国际社会的广泛关注和支持。本项目的研究内容包括：当前一带一路背景下有哪些方面的的投资机会？企业参与的模式有哪些？不同类型的企业投资效果（绩效）如何？，以及国家应该制定什么样的金融政策来支持企业参与一带一路？","王博菲","2022011901","经济管理学院","经济学类","2022","经济类22-2班","1","齐继国/2022880077","讲师","经济管理学院","5","瞿静湘/2021011903,尹征南/2022010276,张辰逸/2022010283,张琪悦/2022012105","经济管理学院,石油工程学院,石油工程学院,马克思主义学院","金融学,石油工程,石油工程,思想政治教育","0",null,"C级"]
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[331,"871","审计重要性水平的信息含量研究——基于《监管规则适用指引——审计类第1号》的经验证据","创新训练项目","D202305172220042601","6","经济管理学院","自主","0101-哲学类","-","-","本项目基于自2021年起非标准审计意见专项说明中披露的合并财务报表整体重要性水平的数据，系统性地研究我国审计实务中重要性水平的选取以及所伴随的信息含量，预期对监管者如何通过披露审计重要性提升审计意见的信息含量和沟通价值提供经验证据，为投资者和监管者基于可观测到的重要性水平进行精准投资、分析和监管提供借鉴意义。","高锐","2020012068","经济管理学院","会计学","2020","会计20-2班","1","王俊/2022880073","中级","经济管理学院","2","王子涵/2020012009","经济管理学院","会计学","0",null,"B级"]
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[333,"904","可再生能源对化石能源的替代效应机理研究","创新训练项目","D202305181628032095","26","经济管理学院","双向","0201-经济学类","-","-","项目首先从量的角度研究可再生能源对化石能源总量的替代，其次研究可再生能源对化石能源总量的替代机理；然后分别从将化石能源细分为煤炭、石油、天然气，从量的角度分别研究可再生能源对它们的替代，以及替代机理。","贺美","2019011985","经济管理学院","能源经济","2019","能经19-1班","1","孙仁金/0683","教授","经济管理学院","2","冯岩琳/2019011986","经济管理学院","金融学","0",null,"C级"]
[334,"967","基于三维生态足迹模型的区域生态可持续发展能力评估","创新训练项目","D202305192103521457","29","经济管理学院","双向",null,"-","-","项目基于表征区域可持续发展能力的负生态足迹指数概念,利用该指数将区域可持续发展能力水平分为强可持续发展、弱可持续发展、不可持续发展和严重不可持续发展4个等级。在Matlab平台上构建了加入三维生态足迹的区域可持续发展能力评估模型,可提供丰富的统计信息来直观地表达区域的可持续发展能力。","赵豪伟","2022012071","经济管理学院","信息管理与信息系统","2022","信管22-1班","1","孙仁金/0683","教授","经济管理学院","3","支栋钰/2022012061,田川/2022011101","经济管理学院,地球物理学院","信息管理与信息系统,地球物理学类","0",null,"B级"]
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[338,"954","海上绿电制氢的成本影响因素及其发展潜力分析","创新训练项目","D202305191447296670","1","经济管理学院","双向",null,"-","-","该训练计划从经济角度出发，对海上绿电制氢工程总成本及其影响因素和行业经济可行性展开深度研究，探索海上绿电制氢于新能源领域之中的个性与共性，寻求海上绿电制氢的专业化发展路径。了解国内外海上绿电制氢工程项目的造价组成与造价水平，分析影响造价的关键因素与行业经济发展潜力等。力求为传统能源公司转型升级找准方向；为双碳目标的实现注入新动能；向世界展示中国始终高举人类命运共同体旗帜，坚持走可持续发展道路。","刘佳伟","2021011952","经济管理学院","能源经济","2021","能经21-1班","1","赵晓丽/2014880063","教授","经济管理学院","5","刘灿/2021015442,王茗/2021011907,宋秉懋/2021012236,王钰萱/2022012030","信息科学与工程学院,经济管理学院,经济管理学院,经济管理学院","计算机科学与技术,能源经济,财务管理,工商管理类","0",null,"A级"]
[342,"1009","管理理论新流派——以价值论视角阐述管理学与量化分析","创新训练项目","D202305211508013033","39","经济管理学院","双向",null,"-","-","通过哲学价值论的视角分析管理的过程，并予以鲜活的事例来多方面阐述管理学理论，融合统一进价值论中，并定义管理的流程，核心是证明：“管理是提高价值的过程”本次研究把管理分成两个过程——价值保值过程、价值增值过程，并用数学建模的方式来量化这一过程","伦英琦","2021012035","经济管理学院","会计学","2021","会计21-1班","1","刘力/2013880061","副教授","经济管理学院","3","王云昊/2021012151,陈瑞/2021012033","马克思主义学院,经济管理学院","思想政治教育,财务管理","0",null,"C级"]
[343,"1124","数字经济的二元悖论——基于企业数字化与能源消耗量的调研","创新训练项目","D202305230915132477","2","经济管理学院","双向","0201-经济学类","-","-","“实现双碳目标”与“大力发展数字经济”的双重背景下，数字经济与实体经济的深度融合能够促进经济高质量快速增长。但现今，数字经济产业也成为了“碳排放大户”，能源消耗量快速增长。通过企业访谈、数据调研等模式，建立计量经济学模型，试图以全面的视角评价数字技术和数字经济的发展对经济增长和低碳转型的影响。","刘靖娴","2021011940","经济管理学院","金融学","2021","金融21-1班","1","高立/2017880027","副教授","经济管理学院","5","徐雨诗/2021011944,李昱萱/2021011939,张涵/2021011999,养文婧/2021011908","经济管理学院,经济管理学院,经济管理学院,经济管理学院","能源经济,能源经济,能源经济,能源经济","0",null,"A级"]
[344,"1165","基于机器学习的投诉信息分析与挖掘","创新训练项目","D202305231505443200","16","经济管理学院","双向","1201-管理科学与工程类","-","-","本项目是基于机器学习，对民航服务投诉数据进行文本分析和预测，通过训练建模来获取当前民航服务投诉信息的热点主题，以及通过分析投诉用户的特征来实现对高概率投诉用户的预测，预判潜在投诉的问题做到事前防范，建立一个高效科学的投诉预警系统，通过对投诉数据的处理来了解服务存在的问题，帮助民航企业针对性地改善服务问题，提高投诉处理效率，降低投诉处理成本，提升用户的满意度。","吴爽","2021012075","经济管理学院","信息管理与信息系统","2021","信管21-1班","1","李明/2427","教授","经济管理学院","3","许志文/2022012100,尹航/2022012083","经济管理学院,经济管理学院","信息管理与信息系统,信息管理与信息系统","0",null,"B级"]
[345,"1166","融合网络文本情感分析的碳价预测研究","创新训练项目","D202305231505546272","11","经济管理学院","双向","1201-管理科学与工程类","-","-","将过往的碳价格与网络文本情感分析相融合，以中国碳交易平台的数据为主，通过对文本进行情感计算，指标分析，总结出情感词表，利用情感积极和消极倾向和历史碳价结合，形成新的相关变量，从而进行碳交易价格的预测。提高预测的准确性，帮助投资者、企业和政府更好的决策。","雷雅珺","2021012095","经济管理学院","信息管理与信息系统","2021","信管21-2班","1","李明/2427","教授","经济管理学院","2","黄晓莉/2021012101","经济管理学院","信息管理与信息系统","0",null,"C级"]
[346,"1327","重点煤炭区域（企业）转型中面临的主要风险挑战与机遇","创新训练项目","D202305241444358660","13","经济管理学院","双向",null,"-","-",null,"李文钰","2021011987","经济管理学院","财务管理","2021","财务21-1班","1","赵晓丽/2014880063","教授","经济管理学院","4","王佳艺/2020011061,杨振宇/2022011876,刘丹丹/2021011922","经济管理学院,经济管理学院,经济管理学院","能源经济,经济学类,能源经济","0",null,"A级"]
[349,"1139","双碳背景下碳市场驱动缓解电荒问题的实现路径研究","创新训练项目","D202305231035379437","5","经济管理学院","双向",null,"-","-","2023年两会上有专家建议，将碳排放配额发放给居民等终端用户，同时适当放开电价市场化波动，在长期有助于电价更好地反映发电成本，从而在使用端形成节能减排的激励。然而，当前全国碳市场尚在发展初期，将碳配额下放居民端存在极大挑战。本项目拟通过对当地电厂的实地访谈和调研，探索下放碳配额的可行性，以及缓解近年因去煤化和低碳转型导致的电荒问题的可能性，最终形成可行性调研报告，并提出完善碳市场运行的相关建议。","张玥","2021011935","经济管理学院","能源经济","2021","能经21-1班","1","高立/2017880027","副教授","经济管理学院","5","侯亚洲/2021011912,马秀/2021010154,周心怡/2021011891,牟镱/2022011952","经济管理学院,经济管理学院,经济管理学院,经济管理学院","能源经济,金融学,金融学,工商管理类","0",null,"C级"]
[351,"1160","京津冀协同发展背景下城市间产业网络演化及其影响因素研究","创新训练项目","D202305231422099258","4","经济管理学院","双向",null,"-","-","2014年习近平总书记发表“2·26讲话”强调要实现京津冀协同发展。京津冀协同发展是习近平总书记亲自谋划、亲自部署、亲自推动的重大国家战略，距今已有9年，在这一战略背景下，京津冀地区的产业结构、产业布局、区域间联系都发生了哪些变化？它们的影响因素有哪些？这些问题亟待揭示和分析。本项目基于城市间投入产出表，构建京津冀城市间产业关联网络，分析其演化规律，揭示主要影响因素。","赵楠","2021011911","经济管理学院","能源经济","2021","能经21-1班","1","林绿/2015880010","副教授","经济管理学院","3","李俊超/2019011109,刘晔文/2019011935","地球物理学院,经济管理学院","勘查技术与工程（物探）,能源经济","0",null,"B级"]
[352,"1168","基于机器学习的在线音乐歌单播放量预测研究","创新训练项目","D202305231506246472","24","经济管理学院","双向","1201-管理科学与工程类","-","-","该项目基于机器学习，通过分析歌单播放量影响因素对歌曲播放量进行预测，从而帮助判断歌曲的优劣和受欢迎程度，方便平台对歌单质量进行把关，从而为用户推送更多高质量的歌单，提升用户体验，响应国家号召，营造健康积极的音乐传播环境，推动中国音乐文化市场发展。","聂雨博","2022012066","经济管理学院","信息管理与信息系统","2022","信管22-1班","1","李明/2427","教授","经济管理学院","4","菅璞/2022012057,陈逸铭/2022012064,周金淏/2022012059","经济管理学院,经济管理学院,经济管理学院","信息管理与信息系统,信息管理与信息系统,信息管理与信息系统","0",null,"C级"]
[353,"1269","上市公司碳中和实践案例研究","创新训练项目","D202305232347039666","31","经济管理学院","双向","1202-工商管理类","-","-","ESG披露是企业关于环境（Environmental）、社会（Social）和治理（Governance）三方面信息的披露体系。本案例研究，在借鉴国外ESG评价指标的基础上，对我国上市公司ESG信息披露情况进行案例开发，分析ESG在具体实践中的现状和问题，有利于企业信息披露质量的提高；对开发出的案例进行宣传推广，对其他上市公司的ESG管理实践有一定借鉴意义，有助于促进我国企业ESG信息的完善。","赵玉婷","2021011955","经济管理学院","财务管理","2021","财务21-1班","1","吕慧/2017880017","讲师","经济管理学院","5","孙子璨/2021011998,郭靖飞/2021012034,安可欣/2022011880,马若楠/2022011877","经济管理学院,经济管理学院,经济管理学院,经济管理学院","会计学,财务管理,经济学类,经济学类","0",null,"C级"]
[358,"1375","北京市居民碳普惠机制参与意愿调研","创新训练项目","D202305252230065246","7","经济管理学院","双向","0201-经济学类","-","-","作为公众生活消费领域的一种新型减排机制，碳普惠是对现有碳排放权交易制度的创新和拓展，有利于解决公众消费领域节能减碳行为长期存在的激励不足、效率不高等问题。本项目拟在北京市六个主城区开展分层随机抽样及问卷调研，研究分析北京市居民对各类碳普惠绿色行为的偏好，不同激励手段对其意愿的影响，以及不同群体的异质性，旨在从居民生活视角为全国碳市场的健全和完善，以及为双碳目标的实现提供经验支持。","刘姝杞","2021011926","经济管理学院","能源经济","2021","能经21-1班","1","高立/2017880027","副教授","经济管理学院","5","王奕欢/2022011961,刘家钰/2022012001,冯钰森/2021010051,袁童话/2020012021","经济管理学院,经济管理学院,地球科学学院,经济管理学院","工商管理类,工商管理类,资源勘查工程,财务管理","0",null,"B级"]
[359,"1254","可降解塑料产业链技术经济评价","创新训练项目","D202305232207383289","8","经济管理学院","双向",null,"-","-","塑料是现代化工行业最重要的材料之一，但使用后的废弃塑料制品形成了全球关注的“白色污染”问题。而可降解塑料是白色污染的最佳解决方案，在限塑背景下，传统塑料正向可降解塑料过渡。可降解塑料产业链条长，发展潜力大，具有较好的生物降解性，不会对环境造成污染和危害。可降解塑料的出现为人们提供了一种新的选择，但是要想实现可降解塑料产业的健康发展，需要对可降解塑料产业链进行经济技术评价。","张梓怡","2021011924","经济管理学院","能源经济","2021","能经21-1班","1","冯连勇/1973","教授","经济管理学院","2","夏小迪/2022011888","经济管理学院","经济学类","0",null,"C级"]
[360,"1265","分布式户用光伏激励机制研究——基于居民安装意愿的问卷调查","创新训练项目","D202305232245034991","10","经济管理学院","双向",null,"-","-","双碳背景下户用分布式光伏逐渐成为我国光伏发展的重要力量，然而户用光伏始终存在初期投入大、投资回收周期长、维护成本高等问题，随着上网电价补贴不断退坡，户用光伏发展遇到瓶颈。本项目拟在北京、山东等地开展问卷调研，将通过考察居民安装的意愿，分析影响居民安装户用光伏的因素，进而为突破当前政策困境提出政策建议。","房佳佳","2021011938","经济管理学院","能源经济","2021","能经21-1班","1","高立/2017880027","副教授","经济管理学院","3","丁海媛/2021011937,热子亚·阿布都瓦依提/2021011888","经济管理学院,经济管理学院","金融学,能源经济","0",null,"B级"]
[362,"1307","电烯氢技术识别与技术经济评价研究","创新训练项目","D202305241121182068","18","经济管理学院","双向",null,"-","-","在电气化重构时代，电烯氢技术能够助力实现绿色低碳转型，然而，当前尚未形成以电烯氢技术为对象的系统性评价方法。希望学生能够基于专利地图和文献数据，初步识别出几条具备潜在颠覆性的技术路径；再对初步识别出的技术路径进行指标评估，量化计算得出最具颠覆性技术路径；最后从环境、能源与经济三个维度，用碳投入回报（CROI）、能源投入回报（EROI）以及净现金流（NPV和IRR）等指标对电烯氢技术进行综合评估。","王亚玮","2021010623","经济管理学院","能源经济","2021","能经21-1班","1","冯连勇/1973","教授","经济管理学院","5","李坤/2021010038,王世豪/2020010549,潘瑞彬/2021010635,李孜怡/2021012022","经济管理学院,化学工程与环境学院,化学工程与环境学院,经济管理学院","能源经济,化学工程与工艺,化学工程与工艺,会计学","0",null,"B级"]
[364,"1383","所得税优惠政策对企业扶贫捐赠行为的影响研究","创新训练项目","D202305260854053694","33","经济管理学院","双向",null,"-","-","2019年，党中央、国务院出台了《财政部 国务院扶贫办关于企业扶贫捐赠所得税税前扣除政策的公告》(财政部 税务总局 国务院扶贫办公告2019年第49号)支持我国企业良性发展，同时鼓励企业发挥社会力量积极参与扶贫捐赠，持续巩固和拓展脱贫攻坚成果。本项目拟以沪深A股上市公司为研究对象，利用双重差分模型，探究税收优惠政策对企业扶贫捐赠意愿、捐赠规模和捐赠形式等行为的影响。","张媛媛","2020012044","经济管理学院","会计学","2020","会计20-2班","1","王珮/2025","教授","经济管理学院","3","祁海博/2020012088,王鑫蕊/2021012025","经济管理学院,经济管理学院","会计学,会计学","0",null,"A级"]
[365,"1407","炼化企业二氧化碳捕集与利用投资决策及激励政策研究","创新训练项目","D202305271112219593","15","经济管理学院","双向",null,"-","-","炼化企业在应用CCUS技术方面具有两项独特优势：一是自身是大的碳排放源，具备碳捕集的规模效应；二是二氧化碳是一种很好的化工原料。本项目希望学生通过查阅资料、建立投资分析模型及进行模拟分析，研究分析炼化企业二氧化碳捕集及利用的投资价值和投资时机，并探究不同政策激励及碳价波动对投资决策的影响，并在此基础上提出了相关政策建议。","甘先翔","2021011951","经济管理学院","能源经济","2021","能经21-1班","1","吴丽丽/2014880066","副教授","经济管理学院","4","张孟祥/2021010636,罗楚龙/2021010642,乔颖/2022011917","信息科学与工程学院,经济管理学院,经济管理学院","自动化,能源经济,经济学类","0",null,"A级"]
[366,"1409","能源经济与国民经济的关系研究","创新训练项目","D202305271124321403","35","经济管理学院","双向",null,"-","-","能源经济是国民经济发展的基础，本项目旨在研究能源转型和碳中和背景下能源经济在国民经济中的作用，从物理和经济双视角探讨能源的内生性和外生性关系；论证为什么能源经济是国民经济的核心，主要可从工业化的发展进程、世界各国的能源转型、新的能源经济体系等多维度入手；同时，量化碳中和背景下能源经济对国民经济的驱动效应。","姚小楠","2021011909","经济管理学院","能源经济","2021","能经21-1班","1","吴丽丽/2014880066","副教授","经济管理学院","3","玄泳馨/2021010160,马宏阳/2021011890","经济管理学院,经济管理学院","金融学,金融学","0",null,"C级"]
[373,"866","世界媒体中的中国乡村","创新训练项目","D202305172129418684","0","马克思主义学院","双向","0503-新闻传播学类","-","-","中国乡村是世界媒体中经常被提到的话题之一。近年来，随着中国城市化进程的加快和农村发展的逐步推进，中国乡村的变革也吸引了国际社会的关注。本研究将采用文献分析法和案例研究法相结合的方法，通过收集和分析相关的文献和报道，深入分析中国乡村的发展现状、问题以及解决策略，并结合具体的案例进行分析和比较，来推进乡村振兴战略、拓展国际视野、促进媒体良性报道、探索新型国际传播模式。","孔令涵","2022012206","外国语学院","英语","2022","英语22-2班","1","杨卫东/1493","副教授","马克思主义学院","5","潘纪钊/2021012189,刘昕烨/2022012193,王晶晶/2022012192,周美辰/2022012213","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"C级"]
[374,"923","晚清与民国时期石油在中国的应用与发展","创新训练项目","D202305182043389991","0","马克思主义学院","自主","0601-历史学类","-","-","该项目研究晚清和民国时期石油在中国的应用与发展，从洋务运动开始，中国近代工业开始发展，第二次工业革命的爆发使中国的石油应用更加广泛，有了更大的发展空间。本项目从政治、军事、经济三方面研究晚清和民国时期石油在中国的发展应用。","杜维霄","2022011310","安全与海洋工程学院","海洋油气工程","2022","海工22-3班","1","赵亮/2022880023","教授","马克思主义学院","5","冯胜/2022011307,郭嘉懿/2022011295,陈美桦/2022011298,何佳乐/2022011297","安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院,安全与海洋工程学院","海洋油气工程,海洋油气工程,海洋油气工程,海洋油气工程","0",null,"C级"]
[375,"939","马克思主义哲学视域下的全人类共同价值研究","创新训练项目","D202305190902589235","0","马克思主义学院","双向",null,"-","-","运用马克思主义的哲学立场、观点和方法，阐述习近平总书记关于全人类共同价值论断的提出背景和实践意义；追溯全人类共同价值的理论渊源；辨析全人类共同价值与西方普世价值的异同；阐述全人类共同价值在马克思主义理论发展史上的理论价值及世界性意义","陈锐","2021012164","马克思主义学院","思想政治教育","2021","思政21-2班","1","李卫红/0985","教授","马克思主义学院","5","钟梦婷/2021012132,孙嘉璐/2021012142,李潇/2021012139,李响/2021012168","马克思主义学院,马克思主义学院,马克思主义学院,马克思主义学院","思想政治教育,思想政治教育,思想政治教育,思想政治教育","0",null,"C级"]
[376,"1117","大学生创新创业项目助力乡村振兴","创新训练项目","D202305222228475547","0","马克思主义学院","双向","0303-社会学类","-","-","习近平总书记勉励广大学子要“扎根中国大地了解国情民情，用青春书写无愧于时代、无愧于历史的华彩篇章”。为深入贯彻落实习近平总书记关于教育工作、“三农”工作、乡村振兴的重要论述，精准对接乡村振兴实践，本项目以大学生创新创业项目为依托，鼓励大学生探索乡村振兴实践方式，助力未来全面推进乡村振兴。","邢路易","2022011246","安全与海洋工程学院","海洋油气工程","2022","海工22-1班","1","李晓夏/2022880020","中级","马克思主义学院","4","王颖哲/2022011245,古丽旦·加那依/2022010672,王锦聪/2022010071","安全与海洋工程学院,机械与储运工程学院,地球科学学院","海洋油气工程,油气储运工程,地质类","0",null,"C级"]
[377,"1171","人工智能对高校思想政治教育生态影响研究","创新训练项目","D202305231508579705","0","马克思主义学院","自主","0305-马克思主义理论类","-","-","目前，人工智能与教育的融合是初级阶段的融合；人工智能与教育的融合仅仅局限于教学领域，且更注重探究人工智能技术在教育领域的应用，是一种表面的、浅层次的融合。一方面，教育人工智能本身就是一个跨学科的领域。思想政治教育是哲学、法律、政治、管理、心理、教育的有机结合。两者具有一定共通性。另一方面教育人工智能可以看作是支持思想政治教育的一种外部手段。","曲玉新","2022211510","马克思主义学院","马克思主义理论","2022",null,"1","刘彤彤/2018880010","讲师","马克思主义学院","3","李姿雨/2021311002,郭新婷/2020012198","马克思主义学院,马克思主义学院","马克思主义理论,思想政治教育","0",null,"C级"]
[378,"1198","智绘大中型水库移民的乡村发展蓝图——甘肃省瓜州县广至藏族乡水库移民的发展调查","创新训练项目","D202305231647478749","0","马克思主义学院","自主","0303-社会学类","-","-","为探究广至藏族乡水库移民后的发展成就以及存在的问题，本项目立足当地的6个行政村，以“摸清现状——查找问题——提出对策”的调查模式，利用问卷数据并使用数字方法分析得出调查结论，从而为当地政府建言献策，规划广至乡的发展，助力解决当前产业发展难题，推动乡村振兴，兴旺产业，改善民生。","李艺婷","2020012199","马克思主义学院","思想政治教育","2020","思政20-2班","2","石卫林/2013880008,贾庆超/2017881007","副教授,无","马克思主义学院,团委","3","程玉夏冰/2022012140,高闻阳/2020012197","马克思主义学院,马克思主义学院","思想政治教育,思想政治教育","0",null,"B级"]
[379,"1239","农村基层党建工作如何引领乡村振兴","创新训练项目","D202305232037384112","0","马克思主义学院","双向","0303-社会学类","-","-","实施乡村振兴战略，人才是关键，加强基层党组织带头人队伍建设。要大力实施头雁工程，青苗培养工程等，为乡村振兴提供“智力”支撑。要充分发挥基层党组织在推动乡村振兴中的战斗堡垒作用，提升党员能力素质，围绕发展壮大集体经济，并以其为保障，发展特色产业。鼓励党员领头兴办农民专业合作社等，发展经营规模，拓宽增收渠道，充分发挥党员的先锋模范作用，打通农产品的销售渠道，为产业振兴，农民增收发挥应有的作用。","丁彬","2022010838","机械与储运工程学院","机械类","2022","机械22-1班","1","杨卫东/1493","副教授","马克思主义学院","4","李欣怡/2022010824,刘小萌/2022011586,李彤辉/2022011946","机械与储运工程学院,信息科学与工程学院,经济管理学院","机械类,计算机科学与技术,工商管理类","0",null,"C级"]
[380,"1268","00 后大学生精神生活的自我认知研究","创新训练项目","D202305232304518836","0","马克思主义学院","双向","0301-法学类","-","-","习总书记说过，要把青年工作当做战略工作来抓，通过选用调查问卷、深度访谈、查阅文献等方法对当代00后大学生群体精神生活的自我认知进行调研，在此基础上完成研究报告，从而对当下青年群体的价值取向、心理现象以及行为选择有更为深入的了解，响应党的号召，推进青年工作的深化落实。","钟佳君","2021012157","马克思主义学院","思想政治教育","2021","思政21-2班","1","刘托托/2020880014","讲师","马克思主义学院","5","刘文静/2022012149,李佳宁/2022012148,路雅茗/2022012150,黄佳/2022012147","马克思主义学院,马克思主义学院,马克思主义学院,马克思主义学院","思想政治教育,思想政治教育,思想政治教育,思想政治教育","0",null,"C级"]
[381,"1343","B站对青少年“四史”认识和历史观的影响调查","创新训练项目","D202305241700088324","0","马克思主义学院","双向",null,"-","-","本项目将以B站百大up主中的知识区up主为主要对象，考察B站历史类视频对青少年形成正确的党史、共和国史、革命史和社会主义发展史认识以及科学历史观的影响，并对历史类视频未来发展和管理提出建议。项目将包括历史类视频本身历史内容和历史观的分析，以及青少年历史认识影响调查两个主要的实践环节。","罗清华","2022012158","马克思主义学院","思想政治教育","2022","思政22-2班","1","袁鹏/2017880020","讲师","马克思主义学院","5","杜奕成/2022012159,张新钰/2022012157,张皓博/2022012162,柳帅/2021011612","马克思主义学院,马克思主义学院,马克思主义学院,信息科学与工程学院","思想政治教育,思想政治教育,思想政治教育,计算机科学与技术","0",null,"A级"]
[382,"1341","类ChatGPT人工智能对教育生态的影响及应对策略研究","创新训练项目","D202305241624579808","0","马克思主义学院","双向",null,"-","-","以ChatGPT为代表的人工智能技术正在以其强大的功能和快速的发展改变着教育的历史叙事。一方面，类ChatGPT人工智能技术成为教育创新的强大催化剂，将打破固有教育模式的路径依赖，加速释放教育数字化转型的庞大红利，对推动形成全新数字教育生态和全面建设中国式教育现代化发挥重大作用。另一方面，随之而来的风险与挑战如学生主体性异化风险、数字伦理风险以及数字教育治理风险等也需我们思考和警惕。","黄姝境","2021012136","马克思主义学院","思想政治教育","2021","思政21-1班","1","向晶/2020880008","讲师","马克思主义学院","5","仪蕾/2021012175,张蕾/2021012131,范益良/2021011592,吴在玥/2022012134","马克思主义学院,马克思主义学院,信息科学与工程学院,马克思主义学院","思想政治教育,思想政治教育,计算机科学与技术,思想政治教育","0",null,"A级"]
[383,"1424","中东（能源）格局新特点及对中国的启示","创新训练项目","D202305272249576828","0","马克思主义学院","双向",null,"-","-","指导老师：杨卫东，联系方式：13581809818","陈梦琪","2020012154","马克思主义学院","思想政治教育","2020","思政20-1班","1","杨卫东/1493","副教授","马克思主义学院","2","寿乐鹏/2021010268","石油工程学院","石油工程","0",null,"C级"]
[384,"1425","一带一路背景下的中国新能源外交","创新训练项目","D202305272250107417","0","马克思主义学院","双向",null,"-","-","指导老师：杨卫东，联系方式：13581809818","张可莹","2020012192","马克思主义学院","思想政治教育","2020","思政20-2班","1","杨卫东/1493","副教授","马克思主义学院","2","陶金羽菲/2022012211","外国语学院","英语","0",null,"C级"]
[385,"1461","农村能源革命现状与挑战","创新训练项目","D202305282158471302","0","马克思主义学院","双向",null,"-","-","指导老师：杨卫东\n联系方式：13581809818","祝志宇","2022010826","机械与储运工程学院","机械类","2022","机械类22-2班","1","杨卫东/1493","副教授","马克思主义学院","5","吴琮昊/2022010830,王菁禾/2022010874,王崇印/2022010827,宋子杭/2022010804","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机械类,机械类,机械类","0",null,"B级"]
[386,"1479","大学生创新创业助力乡村振兴","创新训练项目","D202305301343049361","0","马克思主义学院","自主","0305-马克思主义理论类","-","-","1. 培养乡村青年的创新创业意识和能力。我们将通过开展创新创业课程、组织实践活动等形式，帮助乡村青年了解创新创业的基本知识和技能，激发他们的创业热情。\n2. 推进乡村产业升级。我们将通过引进新技术、新产品和新市场，促进乡村产业升级，提高农产品附加值和市场竞争力，推动乡村经济发展。","何鹏辉","2022010831","机械与储运工程学院","机械类","2022","过程22-3班","1","李晓夏/2022880020","中级","马克思主义学院","6","杨乐/2022010832,肖杰耀/2022010833,郝子涵/2022010834,高立奥/2022010835,周立仁/2022010861","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,机械类,机械类,机械类,过程装备与控制工程","0",null,"C级"]
[387,"1493","新时代基层文化发展现状调查 ——基于某某某的调查研究","创新训练项目","D202306071241201983","0","马克思主义学院","双向",null,"-","-","基层文化包括乡土文化、社区文化等形态，可参考“村BA”带来的启示","亓宸玥","2022012151","马克思主义学院","思想政治教育","2022","思政22-2班","1","杨关玲子/2417","副教授","马克思主义学院","5","化晚晴/2022012146,王欣月/2022012232,陈佳璐/2022010879,吕佳琪/2022010851","马克思主义学院,外国语学院,机械与储运工程学院,机械与储运工程学院","思想政治教育,英语,机械类,机械类","0",null,"B级"]
[388,"1506","与“石”俱进：当代大学生身份认同的价值培育与路径选择——以xx专业为例","创新训练项目","D202310121913152235","0","马克思主义学院","双向",null,"-","-","读大学是为了什么？大学生可以做些什么？几乎是每一位大学生从入校之初到毕业离校之际都曾想过的问题。解答此题，或许可以从探索逻辑自洽开始，突破理想与现实博弈的青春困境，构建自我-集体-国家的价值认同与成长路径。从项目研究的角度出发，就是在充分社会调查的基础上，讨论如下问题：1.影响大学生身份认同的因素；2.当代大学生身份价值的构成及其影响；3.如何成为社会主义事业的建设者和接班人？","王焯辉","2022010902","信息科学与工程学院","自动化","2022","自动化22-3转专业班","1","国若家/2020880003","讲师","马克思主义学院","5","邵子杭/2022010900,王锐/2022010903,杨兆骐/2022010904,周翎珊/2022011950","信息科学与工程学院,机械与储运工程学院,机械与储运工程学院,经济管理学院","自动化,机械设计制造及其自动化,过程装备与控制工程,市场营销","0",null,"C级"]
[389,"898","中西媒体危机事件报道的话语策略对比研究","创新训练项目","D202305181257075315","0","外国语学院","双向",null,"-","-","话语可以建构现实，并被现实所建构。特定的话语可以塑造威胁身份，叙述危机故事，对言语对象制造话语障碍，形成话语压力，建构话语危机，影响相关政策。本文以中西媒体对一些重大突发事件的报道为语料，系统对比英汉危机话语的语篇特征和修辞结构，尤其是在话语实践和社会实践中所呈现出来的异同点，进而探讨我国在“百年未有之大变局”环境下，如何调整话语策略，提升国际话语权，避免不必要的话语攻击和误解。","赵冉冉","2021012258","外国语学院","英语","2021","英语21-3班","1","柴同文/2425","副教授","外国语学院","5","卢奕凤/2021012246,郑哲慧/2021012244,高英博/2021012248,王兆亮/2021012260","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"C级"]
[390,"1061","青少年户外活动时间调查","创新训练项目","D202305221507389910","0","外国语学院","双向",null,"-","-","户外活动是青少年生长发育的重要支撑因素。户外活动可以促进青少年体内VD的合成，有利于青少年免疫、骨骼肌肉的发育。户外活动有利于青少年建立社会关系，包括同伴关系，对其心理健康至关重要。目前，我国青少年可能存在户外活动不足的情况，对此进行调查具有一定的理论和实践价值。","于沁暄","2022012183","外国语学院","英语","2022","英语22-1班","1","隋岩/2138","副教授","外国语学院","3","唐舞/2022012217,黄心悦/2022012223","外国语学院,外国语学院","英语,英语","0",null,"A级"]
[391,"891","在地化教学助力中国乡村英语教育的路径研究","创新训练项目","D202305181031289487","0","外国语学院","双向",null,"-","-","乡村英语教育要融入乡村文化、利用乡村资源，在提高学生学业成就的同时，提升学生对乡村事务的关注、增强学生对乡村社区的认同感，促进乡村学校和乡村社区的互惠共建。本项目以在地化教学为视角，通过调查研究，探讨在地化教学助力乡村英语教育的有效路径，促进乡村英语教育和乡村振兴战略的有机结合，赋予乡村英语教育国家战略意义。","马立芮","2020012215","外国语学院","英语","2020","英语20-1班","1","石虹/2016880039","副教授","外国语学院","5","万卓盈/2020012223,吴琳/2020012257,于欣悦/2020012212,金雨喆/2021012197","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"B级"]
[392,"896","法国软实力之一法国奢侈品品牌文化","创新训练项目","D202305181217140408","0","外国语学院","双向","0303-社会学类","-","-","软实力是一种能力，它能通过吸引力而非威逼利诱达到目的，是一个国家综合实力中的重要组成部分。本项目旨在通过分析代表法国软实力之一的法国奢侈品品牌文化来说明法国软实力的输出能力，井给民族品牌走出国门，走向世界提供一定的参考价值。","杨小艺","2022012168","外国语学院","英语","2022","英语22-1班","1","范吉宏/2036","讲师","外国语学院","3","牛一然/2022010035,申佳欣/2022012218","地球科学学院,外国语学院","地质类,英语","0",null,"C级"]
[393,"899","北京红色旅游景点英语简介语篇的多模态分析及其话语建构策略","创新训练项目","D202305181257123806","0","外国语学院","双向",null,"-","-","红色旅游作为具有中国特色的旅游项目，旨在弘扬红色文化，加快“中国文化走出去”战略的实施。在此背景下，其英文介绍就成了国外游客深入了解红色旅游信息、中国历史和中国文化的重要途径。本项目拟在视角语法框架下，以北京市主要红色旅游景点的英译简介为语料，系统分析该类语篇的再现意义、互动意义以及构图意义，在识别相关问题和不足的基础上，从多模态视角探讨该类语篇的生成和话语建构策略。","薛沐阳","2021012255","外国语学院","英语","2021","英语21-3班","1","柴同文/2425","副教授","外国语学院","5","于越/2021012256,王丽敏/2021012247,步伊雯/2021012249,黄坤鸿/2021012209","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"B级"]
[394,"966","大学生学业情绪的现状调查及对策研究","创新训练项目","D202305192046304967","0","外国语学院","双向",null,"-","-","学生的学业情绪越来越受到关注，但是目前研究并不多见。全面了解大学生的学业情绪，有利于促进学生的积极心理，为学生的心理健康指导提供借鉴。本项目通过对大学生学业情绪展开全面调查研究，了解大学生学业情绪现状、特征及影响因素，探讨如何增强学生积极情绪、降低消极情绪，对于提高学业成就、提升学生心理素质和学习幸福感有着重要意义。","郭柔伽","2022012176","外国语学院","英语","2022","英语22-1班","1","石虹/2016880039","副教授","外国语学院","4","陈晓璐/2022012170,赵阳/2022012241,李佳融/2022012239","外国语学院,外国语学院,外国语学院","英语,英语,英语","0",null,"B级"]
[395,"965","新时代理工类高校文科专业大学生就业现状及问题研究","创新训练项目","D202305191933474490","0","外国语学院","双向",null,"-","-","通过对京内外理工类高校文科专业大学生就业现状开展调研，汇总数据，总结当前阶段理工类高校文科专业大学生就业的难点和堵点，同时提出相应的解决对策，提升就业质量。同时，通过该项调研，使调研小组的成员养成科研基本素养，学会文献查询和综述写作方法。在指导教师的指下学会制作调研问卷，开展调查研究，整理调研数据，形成调研报告，同时使自身了解就业趋势，提前掌握相关就业技能。","顾晴","2021012216","外国语学院","英语","2021","英语21-2班","1","刘春阳/2185","讲师","外国语学院","3","邹丹艺/2021012220,董忘忧/2021012222","外国语学院,外国语学院","英语,英语","0",null,"A级"]
[396,"1003","大学生热点新闻关注度调查分析","创新训练项目","D202305210919421725","0","外国语学院","双向",null,"-","-","通过问卷调查的方法，调查大学生对热点新闻的关注情况并对调查结果进行分析，了解大学生在热点新闻关注上存在的问题，并讨论如何引导大学生正确对待国内外热点问题。","王庆基","2022010304","石油工程学院","石油工程（创新班）","2022","石工22-1班","1","张丽丽/1951","讲师","外国语学院","3","张雅军/2022010334,梁政/2022010240","石油工程学院,石油工程学院","石油工程（创新班）,石油工程","0",null,"B级"]
[397,"1087","勇担时代使命 争做青年榜样，舞台剧在第二课堂中的育人研究——以中国石油大学（北京）《青春之歌》为例","创新训练项目","D202305221730314030","0","外国语学院","双向",null,"-","-","作为校园文化的一种载体，校园舞台剧不仅是一种活跃在校园舞台上的艺术样式，而且也是第二课堂中青年学生重要的创新实践内容。校园舞台剧具有积极的育人作用：德育功能，智育功能，美育功能等。中国石油大学（北京）外国语学院师生创编的校园舞台剧《青春之歌》通过学生陈江宇、大伟、菡涵、文兰参与冬奥会、支教、抗疫和国际中文教育志愿者工作的优秀事迹，展现当代青年学生的优秀品质和风采，有着独特创新式的育人作用。","李鑫宇","2022012207","外国语学院","英语","2022","英语22-2班","1","李滨/2276","讲师","外国语学院","3","罗静娴/2022012208,毛嘉瑶/2022012209","外国语学院,外国语学院","英语,英语","0",null,"B级"]
[398,"1115","中国儿童英语视觉词研究","创新训练项目","D202305222223156157","0","外国语学院","双向",null,"-","-","视觉词对儿童词汇及阅读能力的培养非常重要。视觉词采用整体认读方法，对常用词汇进行图形性整体认读，视觉词的学习和掌握，扫清了儿童阅读的初步障碍，对儿童的语感培养也起着重要作用。我国目前在视觉词方面的研究并不多见，该研究具有一定的理论和实践基础。","张硕颖","2021012257","外国语学院","英语","2021","英语21-3班","1","隋岩/2138","副教授","外国语学院","3","王可敏/2021011867,任自力/2021011865","理学院,理学院","应用化学,应用化学","0",null,"C级"]
[399,"1194","翻译硕士毕业论文摘要平行语料库建设与应用研究","创新训练项目","D202305231634325403","0","外国语学院","双向",null,"-","-","平行语料库是由原文及其翻译文本在特定单位进行对齐后构成的数据库。平行语料库可用于译者的翻译风格研究、翻译规范研究，以及翻译教学研究等不同方面。本项目拟通过在中国知网收集多所高校翻译硕士毕业论文的中英文摘要，通过应用AbbyyAligner等语料库建设工具，建成一个有一定规模、有代表性的、历时的平行语料库。该语料库建成后，可用于译者行为研究和学术翻译研究，也可为翻译硕士论文摘要写作翻译提供数据参考。","程玉君","2021012245","外国语学院","英语","2021","英语21-3班","1","于红/1955","副教授","外国语学院","5","雷晓蕊/2021012251,熊浩颖/2021012254,刘佳怡/2021012252,吴穹雁/2021012227","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"C级"]
[400,"1233","双碳目标背景下能源话语的中国特色和国际传播","创新训练项目","D202305231957537035","0","外国语学院","双向",null,"-","-","围绕“双碳”概念的提出、时间进程和目标、涵盖的内涵以及“能源革命”在中国式现代化中的战略考量，调研四卷《习近平谈治国理政》和二十大报告等经典政治话语文献的中英版本中的主要论述，梳理能源话语的主要论述及其英文表达，从翻译和传播效果的角度分析评价英文表达的传播性和接受度，为讲好中国能源故事提供话语构建支撑。","辛烽阳","2021012228","外国语学院","英语","2021","英语21-2班","1","徐方富/0791","教授","外国语学院","5","高艺铷/2021012223,罗书萱/2021012215,元超然/2021012191,徐鸿庭/2022012214","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"C级"]
[401,"1264","人类命运共同体视角下中国与中亚能源合作与挑战","创新训练项目","D202305232241085394","0","外国语学院","双向","0502-外国语言文学类","-","-","本项目旨在系统研究中国与中亚国家在能源领域的合作与面临的挑战,从人类命运共同体的高度,提出进一步深化合作的建议和路径。\n1.理论意义:从人类命运共同体视角研究中国与中亚能源合作,有助于理解合作的内在逻辑和提高合作水平。 \n2.实践意义:项目研究成果可为中国政府制定与中亚能源合作战略提供参考,并为企业进入中亚能源市场带来机会。","蔡知薇","2021012195","外国语学院","英语","2021","英语21-1班","1","郑世高/2098","副教授","外国语学院","5","余小青/2021012203,张欣然/2021012193,王思琦/2021012212,郑钰婷/2021012204","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"C级"]
[402,"1276","北京市高校校园文化建设的调研及思考","创新训练项目","D202305240715065437","0","外国语学院","双向",null,"-","-","高校校园文化是高校文化的重要组成部分，是社会主义核心价值观在校园的直观体现。优秀的校园文化对高校立德树人根本任务的落实至关重要。本项目通过对北京市具有代表性的的高校进行走访调研，了解其校园文化建设的理念、内容及特色，分析当前大学校园文化建设存在的一些问题等，探讨加强和完善高校校园文化建设，营造良好文化环境的实践路径。","李明宇","2022011461","新能源与材料学院","材料科学与工程","2022","材料22-2班","1","李音/1953","讲师","外国语学院","4","龚瑞敏/2022011455,曹上哲/2022010657,邢近朱/2022010666","新能源与材料学院,机械与储运工程学院,机械与储运工程学院","材料科学与工程,油气储运工程,油气储运工程","0",null,"C级"]
[403,"1338","当代大学生的科幻文学阅读现状与未来想象力的培养","创新训练项目","D202305241606199886","0","外国语学院","双向",null,"-","-","项目采用调查的形式了解当代大学生的中西科幻文学阅读现状，包括受欢迎的阅读书目、阅读时长、阅读方式和阅读感悟等等，然后基于现状探讨培养大学生未来想象力的建议，考证文学阅读对于探究未来科技、能源、环境、社会、文化等多重问题的现实意义。","段佳一","2021012196","外国语学院","英语","2021","英语21-1班","1","唐建南/1671","教授","外国语学院","5","马双悦/2021012194,邱梓琳/2021012200,雷婷/2021012224,郭盈盈/2020012251","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"C级"]
[404,"1372","大学理工科教材的视觉和谐对学习态度的影响","创新训练项目","D202305252012254608","0","外国语学院","双向",null,"-","-","考察大学本科理工科教材或教辅材料中的视觉内容，在满足和未满足视觉和谐的情况对于学生的学习态度是否有影响。设计中，通常会组合基本的视觉元素来构成视觉效果，如形状、素材和颜色。这些素材作为个体和组合会导致学生情绪上的变化。这种情绪上的变化是否会让学生产生对内容的厌恶和兴趣，以此影响其学习的热情。","徐碧娴","2020010060","外国语学院","英语","2020","英语20-2班","1","YI YAN/2020880005","讲师","外国语学院","4","夏新艺/2020010421,舒娜娜/2022012163,杨妮娜/2021012229","外国语学院,外国语学院,外国语学院","英语,英语,英语","0",null,"C级"]
[405,"1357","大学生志愿服务与社会实践有效融合的价值意蕴与路径探索","创新训练项目","D202305242249387058","0","外国语学院","双向",null,"-","-","将志愿服务和社会实践有效融合、相互促进，将实践育人理念融入到青年志愿服务工作中，实现文化特质与实践品质的结合，多角度全方位地培养大学生，增强青年大学生在志愿服务与社会实践活动中的获得感。理论联系实际，“语”你一起向未来志愿服务团，通过调研分析和实践活动，总结志愿服务和社会实践有效结合的实践育人的新方式与新路径。","范其乐","2021012250","外国语学院","英语","2021","英语21-3班","1","谌丛/2363","讲师","外国语学院","5","石嘉嘉/2021012190,周伊恬/2021012205,徐跃/2021012186,刘畅/2022012171","外国语学院,外国语学院,外国语学院,外国语学院","英语,英语,英语,英语","0",null,"C级"]
[406,"1364","人类命运共同体视角下中国与尼日利亚能源合作与挑战","创新训练项目","D202305251050061616","0","外国语学院","双向",null,"-","-","1. 理论意义:从人类命运共同体视角探讨南南合作,有助于理解合作内在逻辑和发展潜力。\n2. 实践意义:为中国政府和企业制定与尼日利亚能源合作战略提供决策参考。 \n3. 方法论意义:使用比较研究等方法,分析合作模式和机制,为研究新兴经济体提供经验借鉴。","朱炫毅","2022012215","外国语学院","英语","2022","英语22-2班","1","郑世高/2098","副教授","外国语学院","4","刘力瑗/2022012172,康岚婷/2022012177,刘芯淼/2022012191","外国语学院,外国语学院,外国语学院","英语,英语,英语","0",null,"C级"]
[407,"1385","城市公共标识语英译错误调查研究","创新训练项目","D202305260944480256","0","外国语学院","双向",null,"-","-","在城市的公共场所，有很多中英双语公共标识语，但是这些标识语有很多错误和不规范之处，极大地影响了城市的形象。参与本项目的同学需要对某城市的中英公共标识语进行调查研究，收集第一手资料，对其中的错误进行分类，分析出现这些出现错误的主要原因，并且给出正确的翻译方案和建议。","马海月","2021012218","外国语学院","英语","2021","英语21-2班","1","李素真/2006860001","副教授","外国语学院","4","刘慧琳/2021012214,孟润妍/2022012231,蒙濛/2022012226","外国语学院,外国语学院,外国语学院","英语,英语,英语","0",null,"C级"]
[408,"1388","大学生英语移动学习调查研究","创新训练项目","D202305261018344103","0","外国语学院","双向",null,"-","-","随着互联网和智能手机的迅速发展，移动学习已经成为一种新型的学习方式。本项目需要使用调查问卷或面谈的方式，了解我校（也可以是外校学生）大学生对英语移动学习设备的使用状况、移动学习资源的利用情况，以及使用移动学习设备学习英语的动机、学习兴趣和实际表现等。并且就发现的问题提出有针对性的建议，以便提高移动学习资源在英语学习中的使用效率。","张心怡","2022010674","机械与储运工程学院","油气储运工程","2022","储运22-2班","1","李素真/2006860001","副教授","外国语学院","5","林彤彤/2022010882,李佳欣/2022010673,黄伶俐/2022010854,张鑫齐/2022010907","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","机械类,油气储运工程,机械类,机械类","0",null,"C级"]
[409,"1411","北京市高校智慧校园建设的现状调研及思考","创新训练项目","D202305271156490305","0","外国语学院","双向",null,"-","-","智慧校园建设是高校“双一流”建设的重要组成部分，加快智慧校园建设可以进一步落实国家教育数字化战略行动，加快推进教育数字转型和智能升级。本项目通过对北京部分高校智慧校园建设的现状进行调研，分析存在的问题和困难，探讨建设高校智慧校园的路径和模式。","姚为杰","2022011465","新能源与材料学院","材料科学与工程","2022","材料22-2班","1","李音/1953","讲师","外国语学院","3","黄乐/2022011494,冯昕然/2022010965","新能源与材料学院,机械与储运工程学院","材料科学与工程,机械类","0",null,"C级"]
[410,"1431","中华老字号品牌海外传播的现状和效果研究","创新训练项目","D202305281123006961","0","外国语学院","双向",null,"-","-","中华老字号如何加强品牌对外传播，提高在国际上的知名度，增强竞争力，对于构建良好的中国国家形象，增强文化软实力有重要意义。本研究通过调研中华老字号品牌的海外传播现状和效果，总结中国企业海外传播的优势和不足，为中国企业和品牌走出去提供思考和借鉴。","孙佳音","2022012197","外国语学院","英语","2022","英语22-2班","1","田芸/2207","讲师","外国语学院","5","罗语涵/2022012194,高晨曦/2022012205,兰佳睿/2022012221,吴贤英/2021012031","外国语学院,外国语学院,外国语学院,经济管理学院","英语,英语,英语,财务管理","0",null,"C级"]
[411,"1433","基于虚拟现实技术的英语口语与表达训练：告别哑巴英语，提升思辨能力","创新训练项目","D202305281332529160","0","外国语学院","双向",null,"-","-","此项目旨在设计一套利用虚拟现实技术提供有效的英语口语和表达训练的方案，帮助学生彻底告别哑巴英语，同时提升思辨能力。让学生可以利用人工智能工具、各种思维模型，模拟不同语境中的口语交流，例如商务会议、学术交流、演讲汇报、日常生活沟通等，并提供语音识别、口语评估等，帮助学生自测发音、语调、演讲结构等方面的问题，并且给出针对性的建议和指导。","黎之旭","2022012229","外国语学院","英语","2022","英语22-3班","1","连洁/2070","讲师","外国语学院","4","张子怡/2022012228,杨越/2022012236,熊采奕/2022012212","外国语学院,外国语学院,外国语学院","英语,英语,英语","0",null,"C级"]
[412,"1473","西语国家（及地区）青年对中国文化的认知","创新训练项目","D202305291615072800","0","外国语学院","自主","0502-外国语言文学类","-","-","西班牙语作为全球第二大语言（母语者人数），其覆盖的二十多个国家和地区，其庞大的青年群体对中国文化认知总体较少。本项目拟对该问题进行调研分析，以期了解西语文化区域内中国文化对青年的影响，考虑青年对新媒体和流行文化的接受特性，这一调研对促进中外文化交流沟通很有意义。\n\n（根据实际研究条件，研究对象范围可以调整，如缩减至某一国家地区，以及至具体某一方面的文化或其传播途径等）","李怡昊","2020012244","外国语学院","英语","2020","英语20-2班","1","丁宁/2407","讲师","外国语学院","5","陈诗妍/2022012203,买尔阿巴·艾海提/2021012240,裴雪铃/2021012238,庞臣/2021010796","外国语学院,外国语学院,外国语学院,机械与储运工程学院","英语,英语,英语,能源与动力工程","0",null,"C级"]
[413,"1149","“五四”寻踪   ——重走五四之路","创新训练项目","D202305231151320900","0","体育与人文艺术学院","双向",null,"-","-","本项目要求学生重走当年五四运动学生游行的路线，通过对五四运动发生地的考察，借助文史互鉴的方法，体验那场伟大的震惊中外的爱国运动，让学生更深刻地感受“爱国、进步、民主、科学”为核心的伟大五四精神。\n一、重走五四之路：\n从北大红楼沿着五四运动学生游行路线走到赵家楼，实地考察五四运动发生的过程。\n二、阅读五四运动的相关的历史文献和研究著作。\n三、以图文结合的方式写作项目报告。","邹加鑫","2021012150","马克思主义学院","思想政治教育","2021","思政21-1班","1","赵成文/1823","讲师","体育与人文艺术学院","5","朱迅/2018010696,党靖怡/2021012166,胡光鑫/2021012154,卢孟茜/2021011941","马克思主义学院,马克思主义学院,马克思主义学院,经济管理学院","思想政治教育,思想政治教育,思想政治教育,能源经济","0",null,"C级"]
[414,"907","高校女生体质健康研究——以中国石油大学（北京）2016级本科女生为例","创新训练项目","D202305181637031780","0","体育与人文艺术学院","双向","0402-体育学类","-","-","本项目旨在调查中国石油大学（北京）2016级本科女生的体质状况，探讨现代女性大学生的生活方式与体质健康关系，并提出相关建议。通过体能测试数据分析，了解生活方式、运动情况等方面的情况，并对其进行分析和对比。本研究旨在为高校女性提供科学、健康的生活方式指导，促进学生身心健康发展，并为高校创建健康、活力、积极的校园文化，为建设健康中国作出贡献。","李康慧","2022012075","经济管理学院","信息管理与信息系统","2022","信管22-2班","2","王晶/2035,何帆/2019881022","讲师,初级","体育与人文艺术学院,体育与人文艺术学院","3","吴占军/2019011928,李诗涵/2021012125","理学院,马克思主义学院","应用化学,思想政治教育","0",null,"C级"]
[415,"910","首都高校本科女生体质现状调查及发展对策研究","创新训练项目","D202305181707217108","0","体育与人文艺术学院","双向","0402-体育学类","-","-","本项目旨在对首都高校本科女生的体质现状进行调查研究，并提出相应的发展对策。通过对样本进行身体指标测量、体能测试、生活习惯调查分析等方面的研究，了解女生的身体健康情况，并探讨影响女生体质健康的原因和实施有效的改善方向。本研究的目的是为首都高校本科女生提供科学、健康的生活方式指南，提高其体质水平，促进其身心健康发展。","陈伟玄","2022010837","机械与储运工程学院","机械类","2022","化工22-3班","2","王晶/2035,张旭/2014880018","讲师,副教授","体育与人文艺术学院,体育与人文艺术学院","3","郑子诺/2022010310,王铜/2022010836","石油工程学院,机械与储运工程学院","石油工程,机械类","0",null,"C级"]
[416,"1034","校园新媒体作品创作实践","创新训练项目","D202305221039440859","0","体育与人文艺术学院","双向",null,"-","-","本项目旨在带领鼓励学生成员综合运用媒体作品创作的理论和技术，用年轻语态的视听表达以及传媒特有的艺术视角和形式来诠释他们对于大学生活类宣传主题的理解，挖掘展示心中关于中石大青年学生的精彩世界，引导鼓励更多青年释放灵感、放飞想象。","曲昶安","2021011035","地球物理学院","勘查技术与工程（物探）","2021","物探21-1班","1","张姣/1956","助理研究员（社会科学）","体育与人文艺术学院","4","李卓悦/2022012114,任正元/2021012060,马瑞/2021011031","马克思主义学院,经济管理学院,地球物理学院","思想政治教育,市场营销,勘查技术与工程（测井）","0",null,"B级"]
[417,"1122","中华传统文化在学校体育中的传承与创新","创新训练项目","D202305230901057169","0","体育与人文艺术学院","双向",null,"-","-","中华武术源远流长，威震八方。它在中国传统文化的滋养和哺育中发展，具有浓郁的民族特色。由于外来文化的冲击以及全球化浪潮等原因，中华武术发展处于困局之中，对武术的学习与传承已势在必行。该项目以“中华传统文化进校园”为主题，在前期面向校内师生与学校周边社区、学校，以展演、讲座、教学演示等方式传播中华武术，鼓励更多人加入到武术的学习中来。并借助新媒体平台广泛传播，以小见大，做中华传统文化的创新实践者。","郭敬薇","2020011918","经济管理学院","能源经济","2020","能经20-1班","1","郑茗芥/2016880019","讲师","体育与人文艺术学院","5","冯麟喧/2022011059,黄允恩/2022011342,张帅/2022010477,姚爽/2022010609","地球物理学院,新能源与材料学院,化学工程与环境学院,化学工程与环境学院","地球物理学类,新能源科学与工程,化工与制药类,环境科学与工程类","0",null,"A级"]
[418,"1204","通过学生原创音乐弘扬中华优秀传统文化并树立文化自信","创新训练项目","D202305231711446923","0","体育与人文艺术学院","双向",null,"-","-","此项目充分结合石油大学七十周年校庆，以点·石原创音乐活动为基础，紧密结合音乐教学实践进行改革，在学生原创音乐中展现石油精神，培养学生的家国情怀，深化他们传承中华优秀传统文化的使命感，增强学生的文化自信。项目训练成果是通过对学生的音乐创作培训，激发学生创作出具有中国优秀传统文化与彰显石油精神的歌曲，并且能够在点‧石音乐专场中展演，充分体现石大学子的石油精神，彰显青春力量，树立文化自信。","巴合提亚尔·库格依","2022012337","机械与储运工程学院","机械类","2022","机械类22-3班","1","刘晓婷/2044","讲师","体育与人文艺术学院","5","王梓洋/2022011197,马欣宇/2022011689,童薪蒙/2022011220,曲莎莎/2022012210","安全与海洋工程学院,信息科学与工程学院,安全与海洋工程学院,外国语学院","安全工程,自动化,安全工程,英语","0",null,"B级"]
[419,"1214","通过原创音乐将国风说唱文化与校园文化融合","创新训练项目","D202305231747237877","0","体育与人文艺术学院","自主","1302-音乐与舞蹈学类","-","-","当今嘻哈文化盛行，各大音乐节人山人海的场面的足以证明嘻哈文化受众于越来越多的青年人。而嘻哈文化中的经典元素说唱文化也是一股新潮，我们将首次把本校校园文化与嘻哈文化相结合，利用说唱这种嘻哈文化中经典的艺术形式来表示这两种文化融合的形式，把我校优秀的文化底蕴来彰显出来，我们将自主编曲制作，打造出独属于我校文化内涵和我校学子精神风貌的说唱音乐作品，来实现这种嘻哈文化和校园文化融合的创新形式。","贾京昊","2021011774","理学院","统计学","2021","统计21-1班","1","刘晓婷/2044","讲师","体育与人文艺术学院","5","万林昊/2022011766,冯玺淋/2022010347,龙元浩/2021215618,高渐如/2021011112","理学院,石油工程学院,机械与储运工程学院,地球物理学院","数学类,石油工程,能源动力,地球物理学","0",null,"C级"]
[420,"807","基于PIV/PTV的支撑剂运移铺置规律研究","创新训练项目","D202305151843387023","1","人工智能学院","双向","0809-计算机类","-","-","利用PIV和PTV结合方法，通过在流体中添加示踪粒子，并使用激光照射和图像处理技术来跟踪这些颗粒在流体中的运动轨迹，从而得到流体速度场的信息。粒子图像测速技术是通过在流场中散入示踪粒子,通过激光脉冲照射流场的固定切面区域，再通过成像系统拍摄两次或多次曝光的粒子图像5]。通过对粒子图像的分析得到流场的流动情况。PIV测速是现已成为流场测速的主要测量手段。","朱广妍","2022012242","人工智能学院","人工智能","2022","人工智能22-1班","1","胡晓东/2019880008","助理研究员（自然科学）","非常规油气科学技术研究院","2","尹恺瑞/2022012269","人工智能学院","人工智能","0",null,"C级"]
[421,"808","井场施工水击压力波的智能识别方法","创新训练项目","D202305151843456529","1","人工智能学院","双向","0809-计算机类","-","-","基于水力压裂现场实测的井口压力数据，开展特征工程建立对水击波特征的认识，利用合适的人工智能算法构建模型并利用实测数据训练，实现对施工中水击波的实时识别及特征提取；使用智能方法识别井场实测的井口压力数据中的水锤波形，并提取压力波特征，不仅能够为停泵水击压力波诊断提供数据指导，而且能够辅助现场判断当前井下情况。","张皓元","2022012271","人工智能学院","人工智能","2022","人工智能22-1班","1","胡晓东/2019880008","助理研究员（自然科学）","非常规油气科学技术研究院","3","余奥凯/2022012270,余振/2022012251","人工智能学院,人工智能学院","人工智能,人工智能","0",null,"C级"]
[422,"809","人工智能算法在光度法测量裂缝宽度的应用","创新训练项目","D202305152046051871","1","人工智能学院","双向","0702-物理学类","-","-","该项目基于对光度法的应用，对岩石裂缝的宽度通过合理选择合适算法，进行智能拟合工作以及优化，建立一套具有光强拟合裂缝宽度作用的实验模型，此模型可以将测量裂缝的宽度进行拟合和优化，给出精确的测量数据和宽度。","杨宇","2022012268","人工智能学院","人工智能","2022","人工智能22-1班","1","胡晓东/2019880008","助理研究员（自然科学）","非常规油气科学技术研究院","2","严永一/2022012267","人工智能学院","人工智能","0",null,"C级"]
[423,"811","NLP驱动的问答式搜索系统","创新训练项目","D202305160908029399","1","人工智能学院","双向","0809-计算机类","-","-","1.采用关键词定位、OCR技术实现不同格式规范的文档关键信息自动提取，并建立专家知识库；\n2.搭建基于NLP技术的数据库查询命令及自然语言智能生成系统。\n要求：1.具有良好的调研文献能力及英文阅读能力；2.熟练掌握python语言编程；3.能够积极主动学习数据库、NLP等相关技术。","杨琳轩","2022012256","人工智能学院","人工智能","2022","人工智能22-1班","1","朱丹丹/2015880005","副教授","信息科学与工程学院","3","吕晓彤/2022012244,李蓉蓉/2022012245","人工智能学院,人工智能学院","人工智能,人工智能","0",null,"C级"]
[424,"1454","基于语义分割的碳酸盐岩铸体薄片组分定量分析","创新训练项目","D202305281947408250","1","人工智能学院","双向","0807-电子信息类","-","-","调研该领域内发展现状，汇总目前铸体薄片图像定量分析的方法，依托指导老师数据制作一套语义分割数据集，并基于python语言建立语义分割模型。将制作好的数据集应用于常用语义分割模型进行效果评估与定量分析。","张哲羲","2021011089","地球物理学院","勘查技术与工程（物探）","2021","物探21-1班","1","宋泽章/2016880043","副教授","地球科学学院","2","金世贵/2020010012","地球科学学院","资源勘查工程","0",null,"C级"]
[425,"903","固井质量预测与优化方法","创新训练项目","D202305181624499061","1","人工智能学院","双向","0815-矿业类","-","-","1、形成一套井筒集数据预处理方法；\n2、基于智能算法建立一套适用于固井质量预测的模型；\n3、基于优化算法优化固井施工参数，提高固井质量。\n在已有的算法上对其进行优化，根据其结果进行改良得出一个更优的算法","李起豪","2020010128","人工智能学院","人工智能","2020","人工智能20-1班","1","宋先知/2012880038","教授","石油工程学院","2","赵桓宇/2020010093","人工智能学院","人工智能","0",null,"B级"]
[426,"1025","基于电量分离算法的家庭节能技术研发","创新训练项目","D202305220949056067","1","人工智能学院","双向","0809-计算机类","-","-","基于Python计算机语言，通过编程和机器学习算法，在得知家用电器总用电量的基础上，应用电量分离算法实现家用电器的用电量预测及故障检测，以用电量分离后的结果和机器故障的检测结果为基础为用户提供节能建议。","邓鑫龙","2022012257","人工智能学院","人工智能","2022","人工智能22-1班","1","姜洁/2022880038","副研究员（自然科学）","人工智能学院","5","赵云鹏/2022012253,陈浩宁/2022012252,王彪/2022012250,杨涵/2022012255","人工智能学院,人工智能学院,人工智能学院,人工智能学院","人工智能,人工智能,人工智能,人工智能","0",null,"B级"]
[427,"1132","成像测井图像智能识别与定量分析方法研究","创新训练项目","D202305231022058085","1","人工智能学院","双向","0807-电子信息类","-","-","1.智能图像增强方法研究和智能图像识别方法研究：结合其他领域的智能图像增强和识别和成像测井领域图像增强和识别方法，构建成像测井智能图像增强和识别方法。\n3.定量分析方法研究：对图像所获取的不同数据分门别类运用合适的定量分析方法得出数据结果","马进荣","2022012261","人工智能学院","人工智能","2022","人工智能22-1班","1","廖广志/2013880002","教授","地球物理学院","5","田文栋/2022012263,杜毅沛/2022012258,刘磊/2022012260,李昆熹/2022012259","人工智能学院,人工智能学院,人工智能学院,人工智能学院","人工智能,人工智能,人工智能,人工智能","0",null,"C级"]
[428,"1133","核磁共振数据智能数据处理方法研究","创新训练项目","D202305231022110200","1","人工智能学院","双向","0807-电子信息类","-","-","在熟悉机器学习，深度学习并擅长编程的前提下：\n1.根据地质体的形状、产状和物性数据等，通过构造数学模型计算得到其理论值（数学模拟），或通过构造实体模型来观测模型所产生的地球物理效应的数值（物理模拟）构建数据集在python运行环境下测试机器学习算法；\n2,对比不同算法的特征，改进处理结果。","唐懿民","2022012262","人工智能学院","人工智能","2022","人工智能22-1班","1","廖广志/2013880002","教授","地球物理学院","4","王奥来/2022012264,闵波/2022012243,石怡然/2022012246","人工智能学院,人工智能学院,人工智能学院","人工智能,人工智能,人工智能","0",null,"B级"]
[429,"1227","基于人工智能方法预测水力压裂过程中的异常情况","创新训练项目","D202305231915383605","1","人工智能学院","双向","0807-电子信息类","-","-","通过实验，利用传感器采集到的水力压裂信号数据，采用人工智能方法来预测水力压裂过程中的异常情况。通过开发高效准确的异常检测、分类与诊断模型，以及预测与预警系统，为水力压裂作业提供及时的异常监测和预测，以及决策支持，从而提高作业的安全性、效率和可持续性。","严羽","2022012248","人工智能学院","人工智能","2022","人工智能22-1班","1","胡晓东/2019880008","副研究员（自然科学）","非常规油气科学技术研究院","3","周雅晴/2022012249,王一喆/2022012247","人工智能学院,人工智能学院","人工智能,人工智能","0",null,"C级"]
[430,"1457","深水气田生产动态状况数字可视化系统构建","创新训练项目","D202305281954569825","1","人工智能学院","双向","0807-电子信息类","-","-","项目以“深海一号”能源站为研究对象，构建仿真模型，结合生产数据流，构建深水气藏-井筒-平台数字孪生系统，实现生产过程的可视化、智能化\n研究内容：采用三维建模软件开发气藏、井筒、平台的三维仿真模型\n气藏仿真：结合储层的三维地质模型和三维建模软件构建气藏仿真模型；井筒仿真：基于实际数据，对信息模型中的井身结构、钻柱、井眼轨迹和井内流体进行高精度3D建模；平台仿真：实现海上平台组件的三维仿真和可视化","李维","2020010327","人工智能学院","人工智能","2020","人工智能20-1班","1","林伯韬/2013880064","教授","人工智能学院","5","吴子敬/2022012266,杜航/2020010325,刘浩博/2021010755,阿斯哈提/2021010177","人工智能学院,石油工程学院,机械与储运工程学院,地球科学学院","人工智能,石油工程,过程装备与控制工程,资源勘查工程","0",null,"C级"]
[431,"890","闲置采盐溶腔捕存低浓度CO2可行性探讨","创新训练项目","D202305181023153012","0","非常规油气科学技术研究院","自主","0805-能源动力类","-","-","2020年，中国CO2排放量约为100亿吨，占世界排放总量的30.7%。8%~29%的低浓度CO2是主要的排放源，占排放总量超过75%，华东和华南地区分布最为稠密。CCS的单位成本中，捕集和运输成本占比较高，目前仍不具备大规模化封存低浓度CO2的经济性条件。我国井盐年均产量5600万吨，分布于我国东南部的地下盐穴溶腔置体积超过2亿方，与CO2排放源距离短，研究其捕集与封存低浓度CO2具有重要意义。","张晨曦","2022011418","新能源与材料学院","储能科学与工程","2022","储能22-1班","1","姚二冬/2015880042","助理研究员（自然科学）","非常规油气科学技术研究院","3","马梓宸/2022011416,曾睎/2022011399","新能源与材料学院,新能源与材料学院","储能科学与工程,储能科学与工程","0",null,"A级"]
[432,"1102","铠甲泡沫驱油体系微观渗流机理研究","创新训练项目","D202305222021034765","0","非常规油气科学技术研究院","双向",null,"-","-","CO2驱被广泛用于提高原油采收率，然而，由于其不利流度比导致波及系数低。虽然泡沫能有效提高流体粘度扩大波及体积，但不稳定性制约了其应用。无机颗粒和生物型表面活性剂构筑界面铠甲强化泡沫是一种具有潜力的泡沫驱油体系。本项目研究铠甲强化泡沫的稳定性，分析CO2/液相界面的动态界面张力和界面扩张粘弹性。在此基础上，通过微观可视化实验研究强化泡沫的微流动行为以及封堵及驱油规律。","罗嘉阳","2022010329","石油工程学院","石油工程","2022","石工22-5班","1","吕其超/2018880016","副研究员（自然科学）","非常规油气科学技术研究院","3","许椿枫/2022010333,宋子硕/2022010330","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"B级"]
[433,"1108","驱油用泡沫流体分子模拟","创新训练项目","D202305222036217496","0","非常规油气科学技术研究院","双向",null,"-","-","CO2泡沫驱增大CO2的流动阻力，提高其波及体积。可通过降低原油黏度和油水界面张力、与原油形成混相或近混相而成为提高原油采收率的主要技术之一，但由于地层存在非均质性、CO2流度比原油和水高，会出现CO2气窜和黏性指进现象，影响CO2驱提高采收率的效果。应用分子模拟设计思想，筛选出能与CO2形成稳定泡沫的表面活性剂体系，以得到满足目标油藏需求、经济实用的复配体系。","王新乔","2022216608","非常规油气科学技术研究院","化学工程","2022",null,"1","吕其超/2018880016","副研究员（自然科学）","非常规油气科学技术研究院","3","马晓涵/2021010185,牛智/2020010233","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"C级"]
[434,"1107","Z油田储层堵塞机理研究","创新训练项目","D202305222036162145","0","非常规油气科学技术研究院","双向",null,"-","-","Z油田区块储层是典型的低渗透油藏，由于储层物性差，孔隙结构复杂，渗透率低，在水驱开发过程中出现大量堵塞井，但经过解堵措施处理后，解堵效果较差，开发一段时间之后再次出现堵塞现象。现通过对储层岩心及堵塞垢样开展铸体薄片、X射线衍射、SEM扫描电镜等实验技术手段进行研究，以解决储层堵塞问题，明确储层堵塞原因，掌握主控因素，更好地指导油田开发。","李长勇","2022216639","非常规油气科学技术研究院","石油与天然气工程","2022",null,"1","吕其超/2018880016","副研究员（自然科学）","非常规油气科学技术研究院","2","王魁/2022216640","非常规油气科学技术研究院","石油与天然气工程","0",null,"C级"]
[435,"1105","高倾角砂岩油藏双向驱渗流规律研究","创新训练项目","D202305222028340579","0","非常规油气科学技术研究院","双向","0815-矿业类","-","-","高倾角油藏油水渗流规律受重力作用影响大，顶部原油动用难度高，油藏高部位及边角处形成大量剩余油，水驱采收率偏低。双向驱作为一种有效的驱替方式被应用于高倾角油藏开发。本项目旨在通过二维可视化驱替物模拟装置，制作二维填砂模型以反映高倾角砂岩油藏地质特征，开展注气时机、注气方式等因素对气驱效果影响评价，研究气驱过程中原油、水、油水及油气过渡带分布特征和运移过程，为高倾角砂岩油藏双向驱开发提供理论支撑。","李龙瑄","2022211736","非常规油气科学技术研究院","石油与天然气工程","2022",null,"1","吕其超/2018880016","副研究员（自然科学）","非常规油气科学技术研究院","2","肖凯/2022211725","非常规油气科学技术研究院","石油与天然气工程","0",null,"C级"]
[436,"1106","低渗油藏非稳态泡沫驱调控优化研究","创新训练项目","D202305222028576826","0","非常规油气科学技术研究院","双向",null,"-","-","泡沫驱是提高低渗透油藏采收率的有效途径，其驱油机理主要包括选择性封堵、气液重力分异作用以及表面活性作用。常规泡沫体系通常不耐油，在接触地层原油后快速消泡，一般很难再次起泡，大幅削弱泡沫在多孔介质的长期作用效果。本项目通过微观可视化模型，开展泡沫驱油体稳定性测试，明晰泡沫体系生成-破灭规律，揭示泡沫驱油体系动态稳定机理，并分析不同注入参数对波及和洗油性能的影响规律，指导低渗油田泡沫驱长效开发。","韩嘉琦","2021010250","石油工程学院","石油工程","2021","石工21-3班","1","吕其超/2018880016","副研究员（自然科学）","非常规油气科学技术研究院","3","张安迪/2021010217,宋太宏/2021010269","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"B级"]
[437,"1109","纳米纤维素复合稳泡剂的动态稳定机理研究","创新训练项目","D202305222036255516","0","非常规油气科学技术研究院","双向",null,"-","-","泡沫动态稳定性指的在地下环境下泡沫受到自发消泡和流动剪切起泡的共同作用，两种因素会产生泡沫的动态稳定。纳米纤维素是一种环境友好的生物源纳米材料，最新的研究表明纳米纤维素特有性质可以提升水基泡沫稳定性。但是纤维素价格较贵，起泡所需能量较大，将零维纳米粒子与其复配有着更加优异的性能。项目目的在于寻找合适的浓度，分析界面流变性以及环境因素的影响，探索动态稳定性最佳指标。","陈博文","2021010232","石油工程学院","石油工程","2021","石工21-2班","1","吕其超/2018880016","副研究员（自然科学）","非常规油气科学技术研究院","3","郑盟/2021010213,刘芯爱/2021010215","石油工程学院,石油工程学院","石油工程,石油工程","0",null,"C级"]
[438,"1128","多相流反应溶质运移模拟在储层成岩作用中的应用","创新训练项目","D202305230956417114","0","非常规油气科学技术研究院","双向","0814-地质类","-","-","随着地球科学的发展，无论是在环境和能源领域，还是在资源和经济方面，均要求人们对一些地球作用过程的特征进行详细描述，包括成岩过程中流体的流动、矿物的转化和元素的迁移等，而刻画这些复杂的过程，需要一个关于物质流动和化学运移的整合方法。地下多组分反应溶质运移模拟是解释地球系统中的诸多耦合过程（地球化学、微生物和物理过程等）的重要工具。项目重点是多相流反应溶质运移模拟在储层成岩作用中的应用","聂瀚文","2021010458","碳中和未来技术学院","碳储科学与工程","2021","碳储21-1未来班","1","杨磊磊/2016880038","副研究员（自然科学）","非常规油气科学技术研究院","2","田宇喆/2021011921","碳中和未来技术学院","碳储科学与工程","0",null,"C级"]
[439,"1155","基于多相流数值模拟的二氧化碳地质封存研究","创新训练项目","D202305231328517297","0","非常规油气科学技术研究院","双向","0814-地质类","-","-","碳捕集、利用与封存是实现碳中和的重要途径之一。“双碳”目标下，CO2在油气藏中的应用由原来的“尽量少的CO2获得最高的采收率”发展为“在有限的地质空间内封存更多的CO2”。但存在一系列关键科学问题尚未突破，包括CO2引发多相流动和溶质运移反应机理，以及长期封存机制。","杨广坤","2021010077","地球科学学院","资源勘查工程","2021","资源21-2班","1","杨磊磊/2016880038","副研究员（自然科学）","非常规油气科学技术研究院","4","张博焱/2021010050,范易辉/2021010083,曲宸可/2022012298","地球科学学院,地球科学学院,碳中和未来技术学院","资源勘查工程,资源勘查工程,碳储科学与工程","0",null,"C级"]
[440,"1484","超临界二氧化碳萃取天然产品的制备和市场开发","创新训练项目","D202305312033408318","0","非常规油气科学技术研究院","双向","0813-化工与制药类","-","-","随着生活水平的提升，天然产品由于其低碳、亲和、无害等特点，被市场所关注;同时，二氧化碳的利用是目前双碳目标下的重点领域。本项目针对超临界二氧化碳所具有的溶解度高、萃取效率好等特征，采用超临界二氧化碳，根据萃取原理，开发具有生物活性的超产品，并进行市场开发。主要内容包括，天然产品的筛选、二氧化碳萃取的适宜性和可行性、工艺路线的选择、融资和市场的开发。","郑林岳","2021011348","新能源与材料学院","新能源科学与工程","2021","新能源21-1班","1","彭勃/1402","教授","非常规油气科学技术研究院","2","倪晓冬/2021011358","新能源与材料学院","新能源科学与工程","0",null,"C级"]
[441,"1476","嗜稠油微生物筛育","创新训练项目","D202305300752078186","0","非常规油气科学技术研究院","双向",null,"-","-","深地油气藏天然的是极端微生物的生境，各种嗜油微生物，特别是嗜好稠油、蜡、芳烃、非烃和沥青质的微生物也天然的存在，高效的分离培养保藏，将对我国油气工业后续高效经济“双碳”生态开发具有重要科学和技术价值。本项目将重点研究对稠油嗜好的油气藏极端微生物，通过新型的筛育技术，高效的分离捕获这些宝贵驱油生命，实现科学和技术的双重突破。","许议方","2022010251","石油工程学院","石油工程","2022","石工22-3班","1","万云洋/2247","研究员（自然科学）","非常规油气科学技术研究院","2","段珂宇/2021216532","非常规油气科学技术研究院","地质工程","0",null,"C级"]
[442,"802","超临界CO2体系增稠的微观分子机理研究","创新训练项目","D202305101413254276","1","碳中和未来技术学院","双向","0804-材料类","-","-","基于分子尺度和介观模拟尺度模拟，计算不同类型添加剂分子在超临界CO2流体中的溶解度、内聚能密度以及原子间径向分布函数，设计并优选添加剂分子结构理论模型，从分子尺度分析不同类型添加剂在超临界二氧化碳中增稠机理。","李德谦","2021010599","碳中和未来技术学院","碳储科学与工程","2021","碳储21-1未来班","1","刘子龙/2020880016","讲师","理学院","3","张高榕/2021010578,李帅寒/2021010297","化学工程与环境学院,碳中和未来技术学院","环境工程,碳储科学与工程","0",null,"A级"]
[443,"1455","人工智能驱动的高性能液流电池离子交换膜设计","创新训练项目","D202305281953336907","1","碳中和未来技术学院","双向","0805-能源动力类","-","-","发展铁/铬液流电池长时储能技术对于实现我国能源结构向绿色清洁低碳方向转型发展具有重要作用。以理性设计和自动优化为研究方向，聚焦提升铁/铬液流电池能量效率和系统稳定性研究，以 AI辅助多尺度模拟为手段，结合理论指导实验的方法，围绕调控电极反应活性提升能量效率和创新设计材料强化长时稳定性的研究主线，通过复杂分子结构-作用力辨识模型和自动优化方法的理论创新。","郭霁霄","2022012275","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","周天航/2022880032","岗位副教授","碳中和未来技术学院","2","左润国/2021011342","碳中和未来技术学院","储能科学与工程(未来班）","0",null,"C级"]
[444,"946","“智能封堵剂”CO2响应型凝胶的制备与性能评价","创新训练项目","D202305191128432056","1","碳中和未来技术学院","双向","0804-材料类","-","-","针对CO2地质封存中可能出现气体泄漏通道的问题，本课题拟开发出一种响应前具有良好注入性，响应后有一定封堵强度的智能凝胶封堵剂，选用含有CO2响应基团的单体进行聚合反应合成出一种遇到CO2后可质子化为聚阳离子体的聚合物，并选用另一种聚阴离子体与其复配成胶，并通过流变、热重、扫描电镜等表征方法对其响应性能以及成胶后的凝胶强度进行考察，为CO2地质封存过程中潜在的CO2泄漏问题提供一种可行的技术路线。","陈雨萌","2022012276","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","刘琦/2015880051","副研究员（自然科学）","非常规油气科学技术研究院","3","曹锦鹏/2022012287,聂博丹/2022012277","碳中和未来技术学院,碳中和未来技术学院","碳储科学与工程,碳储科学与工程","0",null,"C级"]
[445,"947","画地为牢，高效固碳——CO2原位矿化封存技术","创新训练项目","D202305191128498445","1","碳中和未来技术学院","双向","0813-化工与制药类","-","-","CO2原位矿化封存技术利用基性-超基性矿物将CO2转变为稳定的碳酸盐矿物，在实现长久固碳降低泄漏风险，是一种安全高效的CO2减排技术。本项目立足于CO2原位矿化封存技术的关键环节，采用室内实验与数值模拟相结合的方式，开展针对性CO2原位矿化封存反应机理和矿化反应速率的控制因素研究，探究矿化封存项目的封存效率，建立矿化封存储量计算方法和矿化封存经济评价，为实现大规模CO2商业化封存奠定理论基础。","蒋子明","2022012295","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","刘琦/2015880051","副研究员（自然科学）","非常规油气科学技术研究院","3","曹胜晟/2022012294,张伊萌/2022012280","碳中和未来技术学院,碳中和未来技术学院","碳储科学与工程,碳储科学与工程","0",null,"B级"]
[446,"948","碳储未来-二氧化碳矿化再生绿色循环建筑材料技术","创新训练项目","D202305191128544466","1","碳中和未来技术学院","双向","0815-矿业类","-","-","在开展CO2捕集、封存与利用（CCUS）技术研发，通过封存并利用当地工业排放的CO2和北京朝阳区东坝资源中心回收的建筑垃圾生产再生低碳混凝土，在封存CO2的同时实现北京市建筑垃圾的资源化利用，改善北京市生态环境，促进循环经济发展，并产生一定的经济效益。","王彦博","2022012300","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","刘琦/2015880051","副研究员（自然科学）","非常规油气科学技术研究院","4","张湛/2022012301,邱泽第/2022012297,佟维泽/2022012299","碳中和未来技术学院,碳中和未来技术学院,碳中和未来技术学院","碳储科学与工程,碳储科学与工程,碳储科学与工程","0",null,"C级"]
[447,"1076","中国石油大学（北京）接诉即办平台“e诉通”使用情况分析","创新训练项目","D202305221641254384","1","碳中和未来技术学院","双向","0807-电子信息类","-","-","研究内容：本课题通过关键词搜索等方式，查找咨询、诉求和建议类频次较高问题，并进行排序；对各部门问题回复情况进行分类和分析（包括但不限于文明用语使用、问题解决程度、直接办理还是告知联系人等间接办理等进行分析）；对各学院（研究院）学生使用平台诉求情况进行分析等。","王超尘","2020010438","人工智能学院","人工智能","2020","人工智能20-1班","1","于富海/2022880050","助教","人工智能学院","1",{"$nulls":3},"0",null,"A级"]
[448,"996","CO2驱油过程中的埋存优化设计","创新训练项目","D202305202356555225","1","碳中和未来技术学院","双向","0815-矿业类","-","-","把CO2注入储层驱油的同时进行埋存是实现双碳目标最现实的途径，本项目调研CO2驱油与埋存的影响因素，明确CO2驱油与埋存的协同关系，根据具体油藏特征优化CO2的注入参数，获得不同因素影响下的CO2的埋存动态变化。","范士锦","2022012272","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","刘哲宇/2022880026","岗位副教授","石油工程学院","3","刘星佚/2022012274,刘玘璐/2022012273","碳中和未来技术学院,碳中和未来技术学院","碳储科学与工程,碳储科学与工程","0",null,"C级"]
[449,"1022","亲水石墨烯导电添加剂辅助构筑高性能硅基锂离子电池","创新训练项目","D202305220849455994","1","碳中和未来技术学院","双向","0804-材料类","-","-","由于Si具有资源丰富、比容量高和嵌锂电位低等优势，被视为未来商业化锂离子电池负极的首选材料。然而，其差的导电性和大的体积膨胀率严重降低了锂离子电池的能量密度和循环寿命。因此，本项目拟将原位碳包覆和亲水性石墨烯导电浆料相结合，协同提升Si负极的导电性和抑制其体积膨胀。通过研究硅基锂离子电池在不同温度下的电化学性能，结合多种表征技术探究电极的微观结构变化，耦合理论模拟，实现高性能硅基锂电池的可控制备。","叶强","2021010344","碳中和未来技术学院","储能科学与工程(未来班）","2021","储能21-1未来班","1","肖志华/2022880067","岗位副教授","碳中和未来技术学院","5","许翰林/2021011267,杨丰硕/2021010252,崔德治/2022012282,王子越/2022012281","碳中和未来技术学院,碳中和未来技术学院,碳中和未来技术学院,碳中和未来技术学院","储能科学与工程(未来班）,储能科学与工程(未来班）,碳储科学与工程,碳储科学与工程","0",null,"A级"]
[450,"1039","致密油藏注CO2提高采收率室内实验设计方法","创新训练项目","D202305221122308123","1","碳中和未来技术学院","双向","0815-矿业类","-","-","注CO2是提高致密油藏采收率最有效的方法之一。但是，由于致密油藏压力较高，室内物理模拟实验很难达到目标油藏压力，从而还原CO2在油藏中流动和与原油相互作用的实际情况。本项目旨在研究致密油藏注CO2提高采收率室内模拟实验设计方法，将实验压力降到既安全可控、又能反应CO2在实际油藏中主要流动特征的范围内。","王晨","2022012278","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","杨钰龙/2017880006","副研究员（自然科学）","非常规油气科学技术研究院","3","黄子祺/2022011094,荆赢/2020011103","地球物理学院,地球物理学院","地球物理学类,勘查技术与工程（测井）","0",null,"C级"]
[451,"1054","驱油用表面活性剂复配体系协同增效的实验研究","创新训练项目","D202305221413556245","1","碳中和未来技术学院","双向","0813-化工与制药类","-","-","驱油用表面活性剂复配体系中，表面活性剂之间的协同效应是获得优异界面性能的关键。本项目通过对复配体系表面张力的测试，获得临界胶束浓度、表面张力值，C20等表面化学参数，计算不同复配体系的协同作用参数β，筛选具有良好协同效应的复配体系。","南炜通","2021010228","碳中和未来技术学院","碳储科学与工程","2021","碳储21-1未来班","1","刘子龙/2020880016","讲师","理学院","3","刘吉祥/2021010236,陈东/2021010916","碳中和未来技术学院,碳中和未来技术学院","碳储科学与工程,碳储科学与工程","0",null,"C级"]
[452,"1064","Cu2O基异质结光催化剂的设计、制备及其光催化还原CO2性能的研究","创新训练项目","D202305221528075904","1","碳中和未来技术学院","双向","0703-化学类","-","-","采用水浴法制备还原氧化石墨烯包裹的八面体Ag-Cu2O光催化剂，获得最佳的光还原CO2的催化体系。通过各种表征和分析，系统的研究催化剂的结构、形貌、改性物种等对CO2光催化还原效率的影响，从而揭示光催化还原CO2的反应机理。","杨晔星","2022012285","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","韦岳长/2012880017","教授","理学院","3","刘敦宇/2022012284,张泽宇/2022012283","碳中和未来技术学院,碳中和未来技术学院","碳储科学与工程,碳储科学与工程","0",null,"C级"]
[453,"1065","光催化减碳：利用太阳能还原CO2的量子点发光材料的制备及其性能研究","创新训练项目","D202305221528117531","1","碳中和未来技术学院","双向","0703-化学类","-","-","利用太阳能还原CO2的量子点发光材料的制备及其性能研究，采用油浴法制备钙钛矿量子点材料，再通过超声搅拌复合对量子点进行分散保护。通过各种表征和分析，系统地研究影响CO2光催化还原效率的因素，从而制备出性能最佳的光还原CO2材料。","郭昊慷","2022012289","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","韦岳长/2012880017","教授","理学院","3","杨瑞柯/2022012293,高哲轩/2022012288","碳中和未来技术学院,碳中和未来技术学院","碳储科学与工程,碳储科学与工程","0",null,"C级"]
[454,"1130","二氧化碳驱油封存一体化模拟及封存潜力评估","创新训练项目","D202305230956525000","1","碳中和未来技术学院","双向","0814-地质类","-","-","二氧化碳驱油封存一体化模拟是指通过计算机模拟技术，将二氧化碳驱油和地下封存两个过程结合起来模拟，以便更好地评估二氧化碳驱油封存技术的可行性和封存潜力。\n该模拟技术可以模拟二氧化碳驱油过程中的油藏物理化学特性、CO2注入量和注入速率等参数，同时还可以考虑地下封存过程中的地质条件、封存深度等因素。不同类型储层固碳潜力评价包括不同类型储层的有效固碳矿物，C02封存形态及封存量，不同类型储层固碳潜力等。","王金","2022012279","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","杨磊磊/2016880038","副研究员（自然科学）","非常规油气科学技术研究院","2","王亦非/2022012290","碳中和未来技术学院","碳储科学与工程","0",null,"C级"]
[455,"1449","京津冀地区PP/PE废弃塑料高性能回收利用","创新训练项目","D202305281757376433","1","碳中和未来技术学院","双向","0825-环境科学与工程类","-","-","加大塑料再生利用有着重要意义。聚乙烯（PE）/聚丙烯（PP）废弃共混物中加入共聚物相容剂，可以打破原有体系热力学极限，提高共混物相容性，实现其高价值回收。结合热力学剖析结构-性质关系，构建主动学习框架，以精准设计具有高相容性潜在共聚物的分子量、嵌段比例和序列","郄子文","2022012296","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","周天航/2022880032","岗位副教授","碳中和未来技术学院","2","吴泽恩/2021011886","碳中和未来技术学院","碳储科学与工程","0",null,"C级"]
[456,"1211","基于树莓派的显示系统设计","创新训练项目","D202305231735560177","1","碳中和未来技术学院","双向","0807-电子信息类","-","-","利用树莓派的便携性和灵活性，可以开发一个全新的显示系统，为多功能显示设备增添更多特定显示情景下的功能。通过在树莓派上进行开发，可以实现投放、滚播、霸屏等功能，从而进一步提升校园显示设备在不同应用场景下的实用性和效果。通过这些功能的完善，可以更好地满足校园内的信息传递和展示需求，无论是学术讲座、校园活动宣传还是通知公告发布，都可以通过这个新的显示系统得到更好的展示效果。","张嘉铭","2020011579","人工智能学院","人工智能","2020","人工智能20-1班","1","于富海/2022880050","助教","人工智能学院","2","杨仁杰/2022310505","安全与海洋工程学院","机械工程","0",null,"C级"]
[457,"1222","高原低氧环境的脂质代谢分析","创新训练项目","D202305231850416034","1","碳中和未来技术学院","双向","0710-生物科学类","-","-","高原低氧条件下的人类机能变化和适应性对我国军事战略安全具有重要意义。本研究针对高原低氧环境在分子层面进行生物体的脂质代谢研究，探索脂质在高原环境下的重要生理功能，探究高原疾病的发病机制，通过改变人体内脂质代谢来更好的适应高原环境，避免或缓解高原疾病对人体的伤害。","于子杰","2022012292","碳中和未来技术学院","碳储科学与工程","2022","碳储22-1班","1","韩晔华/2012880010","教授","化学工程与环境学院","3","申溱/2022010390,久阿拉姆/2022012367","化学工程与环境学院,化学工程与环境学院","化工与制药类,环境科学与工程类","0",null,"B级"]
[458,"1363","超低渗透砂岩油藏CO2封存潜力评价研究","创新训练项目","D202305251047289263","1","碳中和未来技术学院","双向","0709-地质学类","-","-","超低渗透砂岩油藏CO2封存机理分析；学习相关软件技术和油藏知识，对超低渗透砂岩油藏CO2封存进行相关数值模拟，通过对数值分析以找到CO2在底下封存与相关因素的规律，来找到合适CO2封存的最佳条件。\n。","魏原森","2021011479","碳中和未来技术学院","碳储科学与工程","2021","碳储21-1未来班","1","赵阳/2022880007","副高级","石油工程学院","2","李卿熙/2021010025","碳中和未来技术学院","碳储科学与工程","0",null,"B级"]
[459,"1460","功能蚕丝纤维设计及柔性器件应用","创新训练项目","D202305282127250349","0","碳中和未来技术学院","双向",null,"-","-","对蚕丝结构与处理工艺关系深入研究，发展对天然蚕丝纤维进行﻿可控逐级解离的方法，制备得到蚕丝纳纤，从而发挥其本征结构优势；通过微纳多尺度结构调控，结合纺丝工艺设计，实现设计组装高强度功能蚕丝纤维，并对其柔性器件应用进行探索。","李梦莹","2022011421","新能源与材料学院","材料科学与工程","2022","材料22-1班","1","王春雅/2022880039","副教授","碳中和未来技术学院","5","任友桐/2022011422,周旭利洋/2022011471,柏云天/2022011340,魏奥珈/2022011426","新能源与材料学院,新能源与材料学院,新能源与材料学院,新能源与材料学院","材料科学与工程,材料科学与工程,新能源科学与工程,材料科学与工程","0",null,"B级"]
[460,"1492","锂电池电动车换电研究","创新训练项目","D202306032156583531","0","碳中和未来技术学院","双向","0805-能源动力类","-","-","第一阶段：调查研究：\n1.以北京市电动私家车为主要调研对象开展车载电池换电调查研究；\n2.锂电池电动车的普及对于北京市碳排放的影响； \n第二阶段：对调研结果进行分析总结，进一步优化路径建议； \n第三阶段：实地调研走访，形成调研报告和实施方案； \n第四阶段：试点运行方案，根据实际反馈完善方案；","张馨瑶","2022011401","碳中和未来技术学院","储能科学与工程(未来班）","2022","储能22-1未来班","1","谢静/2013880077","助理研究员（自然科学）","教务处","4","马燕/2022010033,唐浩鹏/2022010715,锁国燕/2021011983","地球科学学院,机械与储运工程学院,经济管理学院","地质类,油气储运工程,会计学","0",null,"A级"]
[461,"889","基于小样本时序数据钻井风险预警的研究","创新训练项目","D202305181019342901","1","碳中和示范性能源学院","双向","0709-地质学类","-","-","1.查阅文献，调研国内外钻井风险预警研究现状；\n2.录井数据处理、时序小样本数据增强、特征工程；\n3.智能预警模型构建、评估和迁移性研究等；\n4.对研究的主要结论进行总结，并对未来研究的发展方向进行展望。","董宇鑫","2022011505","新能源与材料学院","材料科学与工程","2022","材料22-3班","1","宋先知/2012880038","教授","石油工程学院","2","陈泽雨/2022011503","新能源与材料学院","材料科学与工程","0",null,"C级"]
[462,"1337","大位移水平井全井段岩屑运移数值模拟研究","创新训练项目","D202305241602304606","1","碳中和示范性能源学院","双向","0815-矿业类","-","-","1.建立适用于岩屑运移中液-固两相流模型；2.利用数值模拟方法，模拟钻柱旋转对大位移水平井中岩屑运移特性；3.分析钻柱旋转条件下钻柱两侧岩屑床高度及倾角、岩屑床层与悬浮层交界面处的流体及岩屑运移速度和悬浮层岩屑浓度等特性。","刘彦晗","2022010535","化学工程与环境学院","环境科学与工程类","2022","碳中和能源创新22-1班","1","周蒙蒙/2022880018","副教授","碳中和示范性能源学院","3","戴剑苓/2022010616,宋泽旭/2022011501","化学工程与环境学院,新能源与材料学院","环境科学与工程类,材料科学与工程","0",null,"B级"]
[463,"949","双管齐下助力碳中和-MOF强化CA捕集CO2技术","创新训练项目","D202305191128581333","1","碳中和示范性能源学院","双向","0805-能源动力类","-","-","在开展CO2捕集、封存与利用（CCUS）技术研发，碳捕集是关键一环，本项目选择碳捕集效率最高的碳酸酐酶(CA)作为捕集过程催化剂，高效低碳环保的进行CO2捕集，更好地服务与CCUS全技术流程，项目解决生物酶法捕集CO2过程中工业限制问题，通过分子修饰，固定化及定向演化提升CA稳定性，固定化与制备出自带捕集性能的MOF材料，双管齐下增强碳捕集能力，更好地应用于工业化，助力我国早日实现“碳中和”目标。","王皓廷","2022010084","地球科学学院","地质类","2022","资源22-1班","1","刘琦/2015880051","副研究员（自然科学）","非常规油气科学技术研究院","5","王旖华/2022010669,雷宇乐/2022010713,邢其昌/2022010728,何知乐/2022010707","机械与储运工程学院,机械与储运工程学院,机械与储运工程学院,机械与储运工程学院","油气储运工程,油气储运工程,油气储运工程,油气储运工程","0",null,"C级"]
[464,"1045","基于python编程的深水钻井管柱力学分析软件构建","创新训练项目","D202305221205269129","1","碳中和示范性能源学院","双向","0809-计算机类","-","-","基于课题组已有深水钻井隔水管和水下井口环空带压分析模型，采用python软件，编制深水钻井管柱力学分析软件，完成程序的调试与优化。\n小组成员需要先了解建模原理，理解求解过程，查阅文献；再基于此完成matlab代码到python代码到改编，让结果可视化。","沈昊旸","2022012334","人工智能学院","油气储运工程","2022","碳中和能源创新22-1班","1","王宴滨/2016880016","岗位教授","石油工程学院","4","袁帅胜典/2022010731,陈佳菲/2022010705,陈浩鑫/2022010180","机械与储运工程学院,机械与储运工程学院,地球科学学院","油气储运工程,油气储运工程,地质类","0",null,"C级"]
[465,"1150","石油公司碳中和转型策略规划调研","创新训练项目","D202305231222412053","1","碳中和示范性能源学院","双向","0815-矿业类","-","-","1.梳理国家碳中和政策：整理归纳近些年国家颁发的相关的碳中和文件政策；\n2.调研石油工程碳中和规划：通过对石油公司进行相关调研，以多种形式收集并整理其过往、现在和未来的碳中和规划；\n3.给出合理的碳中和策略路径建议：经过一系列整理调研，针对我国实际国情和石油公司实际情况提出合理的碳中和策略路径建议，促进双碳目标的实现。","苗得雨","2022010214","石油工程学院","石油工程","2022","碳中和能源创新22-1班","1","薛亮/2014880051","副教授","石油工程学院","4","孙唯真/2022010216,付安/2022010211,李子敬/2022010405","石油工程学院,石油工程学院,化学工程与环境学院","石油工程,石油工程,化工与制药类","0",null,"A级"]
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[null,"D202204191459433239",null,null,2021216537,"资源与环境","非常规油气科学技术研究院"]
[4,"合成高性能聚氨酯弹性体","创新训练项目","新能源与材料学院","阮浩航","新能源与材料学院","周琼","延期结题"]
[null,"D202204112032044716",null,null,2020011464,"材料科学与工程","新能源与材料学院"]
[5,"基于机器学习的CO2-EOR采收率预测","创新训练项目","安全与海洋工程学院","魏沛霖","安全与海洋工程学院","陈浩","延期结题"]
[null,"D202204181717357883",null,null,2020011223,"海洋油气工程","安全与海洋工程学院"]
[6,"提高碳纳米管制备效率的文献调研和实验研究","创新训练项目","化学工程与环境学院","李奕飞","化学工程与环境学院","申宝剑","延期结题"]
[null,"D202204181252015323",null,null,2021010388,"化工与制药类","化学工程与环境学院"]
[7,"CO2吸附器的流体力学模拟研究","创新训练项目","化学工程与环境学院","喜小月","化学工程与环境学院","刘梦溪","延期结题"]
[null,"D202204141952039315",null,null,2020010603,"化学工程与工艺","化学工程与环境学院"]
[8,"海底管道和海底电缆监测和防冲刷技术研究","创新训练项目","机械与储运工程学院","王成","机械与储运工程学院","陈严飞","延期结题"]
[null,"D202204072308509091",null,null,2020011013,"油气储运工程","机械与储运工程学院"]
[9,"二氧化碳增强页岩气开采技术机制分析","创新训练项目","石油工程学院","成浩瑾","石油工程学院","王建国","延期结题"]
[null,"D202204191946104145",null,null,2020010237,"石油工程","石油工程学院"]
[10,"石遇·DIY手工坊","创业训练项目","经济管理学院","孙一铭","地球科学学院","王思聪","延期结题"]
[null,"D202204082124527902",null,null,2021010090,"地质类","地球科学学院"]
[11,"一种基于空化射流清除牙结石的电动牙刷","创新训练项目","石油工程学院","王瑞","石油工程学院","王海柱","延期结题"]
[null,"D202204172024149740",null,null,2019010283,"石油工程","石油工程学院"]
[12,"黏土矿物X射线衍射实验前处理方法优化研究","创新训练项目","地球科学学院","杨亚琪","地球科学学院","史燕青","延期结题"]
[null,"D202204200005396848",null,null,2020010173,"地质学","地球科学学院"]