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["序号","项目名称","所属分类","项目所属学院","项目来源","项目所属学科","项目级别","项目奖级","项目简介","项目负责人姓名","项目负责人学号","项目负责人学院","项目负责人专业","项目负责人年级","项目负责人班级","指导教师数","指导教师","指导教师职称","指导教师学院","团队学生","成员"]
[1,"榴辉岩的岩石学特征 -以祁连山超高压变质岩为例","创新训练项目","地球科学学院","自主","0709-地质学类","A","一等奖","  众所周知，石榴石与辉石组成的矿物为石榴辉石岩。它与榴辉岩是两种完全不同的岩石。而且目前对其中石榴石的研究较为细致，但是对辉石缺少相应的分类及特征。因此我们的目的主要是通过对祁连山地区超高压变质岩的岩石学等综合研究，通过探索其榴辉岩的矿物成分和结构构造来判断其岩石学特征及构造成因。为同学们积累部分榴辉岩岩石学特征且能为学校提供薄片标本，丰富标本的种类，使学校标本更加齐全。","党文乐","2020010057","地球科学学院","地质学","2020","地质20-1班","1","李壮/2017880028","副教授","地球科学学院","2","冈子杨/2020010008"]
[2,"辉绿岩侵入对页岩油储层的影响机理","创新训练项目","地球科学学院","双向","0814-地质类","A","一等奖","中国陆相泥页岩层系中常见辉绿岩侵入，在侵入区往往可见丰富的页岩油资源显示。本项目综合运用地震、钻井、测井和野外露头资料，以苏北盆地辉绿岩侵入体与围岩为研究区，利用储层研究技术，开展岩浆侵入作用对围岩储层影响机理研究。通过岩石学特征、矿物成分、化学成分、储层孔隙度、渗透率、储层分布特征等，分析辉绿岩对储层的影响，并与未受侵入岩影响的同层位储层进行对比，从而探讨辉绿岩侵入对页岩油储层的影响。","彭闻迪","2019010105","地球科学学院","资源勘查工程","2019","资源19-2班","1","刘小平/2002","教授","地球科学学院","3","史昊/2020010151,董国梁/2020010081"]
[3,"河流-三角洲体系自成因机制的相互作用","创新训练项目","地球科学学院","自主","0709-地质学类","A","二等奖","本项目聚焦三角洲的发育过程，研究储集-释放和岸线自动后退两种自成因机制之间的相应特征关系。首先，在文献调研的基础上，对河口位置变化、三角洲平原坡度变化、ABT、三角洲平原水域占比和三角洲平原半径变化5个模拟实验的结果进行数据处理。然后，以实验参数为依据，构建储集-释放机制和岸线自动后退机制的数值模型。最后通过数值模型对两种自成因机制间的响应特征进行分析，得出结论。","陈锦霖","2019010168","地球科学学院","资源勘查工程","2019","资源19-4班","1","王俊辉/2016880027","副教授","地球科学学院","4","戴昀珊/2021010130,韦宇/2019010084,苏悦/2021010123"]
[4,"沧东凹陷孔二段页岩油可动性评价","创新训练项目","地球科学学院","双向","0814-地质类","A","二等奖","本研究课题以沧东凹陷孔二段页岩油为研究对象，在页岩含油性及可动性研究现状调研基础上，开展核磁共振、多温阶热解分析等分析测试，进行页岩含油性轻烃恢复和重烃补偿定量研究，并对孔二段页岩含油性进行评价。\n研究内容：1.页岩含油性及可动性研究现状调研；2.孔二段页岩含油性分析；3.孔二段页岩油可动性定量评价。","谢文辉","2019010201","地球科学学院","资源勘查工程","2019","资源19-5班","1","刘小平/2002","教授","地球科学学院","3","李佐伟/2019010206,刘延峰/2019010213"]
[5,"利用波痕参数定量恢复古水深——以北京虎峪长城系常州沟组为例","创新训练项目","地球科学学院","双向","0709-地质学类","B","二等奖","  用沉积岩的沉积构造再造古沉积环境是沉积地 质学研究的重要内容之一 。已有一些学者在定量地 研究古环境的物理参数方面进行了有意义的探索 。许多实验研究表明,波痕的波长与摆动流近床底幅度密切相关。保存在地质体中的尖峰状摆动波痕是重塑古沉积环境的参数良好的工具。\n  本项目通过测量北京虎峪长城系常州沟组的波痕参数，定量恢复出古水深，重塑古沉积环境。","刘师晴","2020010033","地球科学学院","资源勘查工程","2020","资源20-5班","1","王俊辉/2016880027","副教授","地球科学学院","2","李宝莉/2020010007"]
[6,"榴辉岩包体定年的几种同位素方法对比","创新训练项目","地球科学学院","自主","0709-地质学类","B","二等奖","00000000000000000000","黄铖铮","2020010051","地球科学学院","地质学","2020","地质20-1班","1","孙晶/2015880039","副教授","地球科学学院","1"]
[7,"鄂尔多斯盆地庆城油田长7页岩层系微裂缝发育特征研究","创新训练项目","地球科学学院","双向","0814-地质类","B","三等奖","本项目主要是研究鄂尔多斯盆地庆城油田长7页岩层系微裂缝。结合岩心、地表露头，通过铸体薄片、扫描电镜分析等方法，先对该区域宏观裂缝发育特征进行总结记录，再对微观裂缝进行定量、定性、物性参数描述，明确在砂岩和泥页岩两类不同岩性储层中影响微裂缝发育的因素，如沉积作用、构造作用等，并在此基础上对比不同岩性的差异，总结出长7页岩层系微裂缝的成因类型，影响不同成因类型微裂缝发育的控制因素和其对储层物性的贡献。","郭芮彤","2020010088","地球科学学院","资源勘查工程","2020","资源20-4班","1","吕文雅/2017880034","副教授","地球科学学院","3","梁冯韬/2020010183,吕对林/2020010113"]
[8,"陆相页岩微纳米孔隙结构与分形特征研究","创新训练项目","地球科学学院","自主","0814-地质类","B","三等奖","以四川盆地仪陇-平昌地区侏罗系为例，通过X射线衍射(XRD)分析、扫描电镜(SEM)图像分析、核磁共振(NMR)实验，运用分形维数理论，讨论NMR分形维数与矿物组成、地球化学参数、物性参数之间的相互关系，并且通过SEM图像提取技术定量化研究页岩储层孔隙特征。研究内容：① 泥页岩矿物组成；② 泥页岩地化特征；③ 泥页岩孔隙类型；④ 孔隙结构与分形特征；⑤ 储层控制因素","陈毅","2020010041","地球科学学院","地质学","2020","地质20-1班","1","朱世发/2011880009","教授","地球科学学院","5","袁英博/2020010191,魏博/2020010107,牟箭宇/2020010043,宋鹏/2020010040"]
[9,"花岗岩风化损失量及其控制因素研究","创新训练项目","地球科学学院","自主","0814-地质类","B","三等奖","自然界是一个变化多端的动态环境,每一个事物无时无刻都在变化。其中,岩石风化的过程一直为地质学家们所研究,随着科学技术的进步,信息知识的不断融合,研究岩石风化的过程以及岩石化学成分的变化规律越来越深入,本文主要通过北京周口店地区出露一块花岗岩基底，分析砂岩风化的矿物丢失情况，对岩石进行定量分析得出风化对成分的改变，拟得出具体数据。","李馨瑜","2020010003","地球科学学院","资源勘查工程","2020","资源20-4班","1","金振奎/1265","教授","地球科学学院","3","黎飞凡/2020010162,王雨轩/2020010026"]
[10,"研究金属在原油中赋存形式的实验方法","创新训练项目","地球科学学院","双向","0709-地质学类","B","三等奖","原油中蕴藏有丰富的金属资源, 具有重要的工业价值。但世界范围内对原油中的金属资源综合回收利用的工业实例却相对较少。本项目目的为通过实验，优选出金属在原油的赋存形式的实验方法，从而找到从原油中综合回收利用金方法，提高原油利用率，提高收益。","王雪","2020010029","地球科学学院","资源勘查工程","2020","资源20-3班","1","倪智勇/2012880049","副教授","地球科学学院","2","苏洋/2020010063"]
[11,"I型花岗岩岩石学研究","创新训练项目","地球科学学院","自主","0709-地质学类","B","三等奖","本项目先从花岗岩分类问题入手，了解其化学特征及分类依据，再仔细了解I型花岗岩地球化学特征。通过电子探针实验对样本中斜长石、角闪石、黑云母、榍石、碱性长石进行矿物化学分析，并通过对其成分变化和含量观察，对其类型进行鉴定和划分。","高航远","2019010016","地球科学学院","地质学","2019级","地质19-1班","1","李壮/2017880028","副教授","地球科学学院","3","夏昌盛/2019010018,王玥/2019010047"]
[12,"基于地震属性的砂体智能预测方法对比优选","创新训练项目","地球科学学院","自主","0814-地质类","B","未获奖","本次研究拟以属性融合方法优选对比为核心，通过地震切片技术来提取不同尺度层位的地震属性，并用多元回归、支持向量、GBDT、深度学习等方法来实现属性与测井解释砂体数据的拟合，并通过优选分析，选择与属性数据特征具有一致性的融合方法最终建立预测模型，推广并到井间，实现平面上砂体分布的预测。","林紫豪","2020010192","地球科学学院","资源勘查工程","2020","资源20-4班","2","孙盼科/2016880015,徐朝晖/2316","讲师,副研究员（自然科学）","地球科学学院,地球科学学院","5","金世贵/2020010012,雷雯婧/2020010089,钟大桂/2020010149,李起豪/2020010128"]
[13,"基于遥感影像资料的碳汇演变预测方法对比优选","创新训练项目","地球科学学院","自主","0814-地质类","B","未获奖","以研究基于Landsat8遥感影像的研究区碳汇储量预测方法为核心目标，主要研究是通过提取目标区近年的遥感影像图，并用归一化植被指数计算公式、像元二分模型等计算方法得到的关于人工林植被覆盖度的计算公式对遥感影像进行处理得到植被覆盖面积，建立转化模型，计算区域内的人工林碳汇储量，以实现对目标区未来碳汇储量变化的预测。","胡深宇","2020010039","地球科学学院","资源勘查工程","2020","资源20-1班","1","周子勇/1884","副教授","地球科学学院","2","吴明金/2020010038"]
[14,"基于测井数据和人工神经网络的岩石热物性建模","创新训练项目","地球科学学院","双向","0814-地质类","B","未获奖","随着人工智能和神经网络技术的发展，测井数据广泛地与之相结合，解决了许多地质问题。所以将测井大数据与人工神经网络相结合，对热导率进行预测也成为值得探索的方法。我们期望将塔里木、松辽、四川、渤海湾盆地的热导率实测资料和测井大数据与人工神经网络相结合，实现对此处岩石热导率的预测建模，结合当地的其他地质特征对该模型的鲁棒性进行扩展。","王浩羽","2019010014","人工智能学院","人工智能","2019","人工智能19-1班","1","朱传庆/2012880015","副教授","地球科学学院","5","谢芳/2018010173,赵桓宇/2020010093,李秀财/2020010080,代强/2021010133"]
[15,"中低温水热型地热资源优化开发的数值模拟研究","创新训练项目","地球科学学院","双向","0814-地质类","C","未获奖",0,"周一珂","2019010160","地球科学学院","资源勘查工程","2019","资源19-4班","1","朱传庆/2012880015","副教授","地球科学学院","4","史泽辉/2020010072,宋钰楦/2021010002,张佳琦/2018010165"]
[16,"鄂尔多斯盆地庆城油田长7页岩层系天然裂缝对水力压裂缝的影响研究","创新训练项目","地球科学学院","双向","0709-地质学类","C","未获奖","关于研究区的裂缝和压裂方面的研究内容其实已经做的较多，而研究区人工压裂缝和多尺度天然裂缝耦合规律不明确；关于天然裂缝与人工裂缝耦合关系是裂缝性地层中水力裂缝扩展研究不可回避的问题，开展页岩储层脆性条件下地应力、天然裂缝与人工裂缝的研究，以便于更好地指导页岩储层的注水开发。","霍靖麒","2020010052","地球科学学院","资源勘查工程","2020","资源20-4班","1","吕文雅/2017880034","副教授","地球科学学院","3","李卓远/2020010134,马占才/2020010076"]
[17," 西湖凹陷反转构造特征及控油气作用","创新训练项目","地球科学学院","自主","0814-地质类","C","未获奖","西湖凹陷区具有良好的油气地质条件，经过四十年余年的地质勘探，已探明了多个油田，有很大的开发潜力，且西湖凹陷有重要且典型的反转构造，在之前的研究中已经对其有了一定的成果，本次科创以西湖凹陷中的反转构造为主要背景，更进一步的探究：1反转构造的变形特征和一些基本的动力学形成机制2、反转构造形成演化过程；3、反转构造与油气聚集关系。从而更好的服务油气。","欧长健","2020010075","地球科学学院","资源勘查工程","2020","资源20-4班","1","余一欣/2183","副教授","地球科学学院","3","史国梁/2020010110,唐锋/2020010049"]
[18,"北京房山-下苇甸地区中生代构造变形特征及成因模拟","创新训练项目","地球科学学院","自主","0709-地质学类","C","未获奖","研究地区为京西的房山至下苇甸地区，利用现代仪器，探究其中生代的构造变形及其相应特征，收集构造要素信息，根据断裂褶皱要素信息作出玫瑰花图和褶皱赤平投影，同时采取野外调研，采集研究地区的构造要素信息和火成岩样品，进行分析化验，得到相关结果并建立构造模型，随后开展物理模拟实验进行验证。","李德伟","2020010042","地球科学学院","地质学","2020","地质20-1班","1","于福生/2045","教授","地球科学学院","3","罗珊/2020010175,曾维永/2020010139"]
[19,"假蓝宝石的矿物学研究","创新训练项目","地球科学学院","自主","0709-地质学类","C","未获奖","已经对含假蓝宝石的薄片进行了观察研究，查阅了相关文献，对假蓝宝石的出露地点、与其他矿物的共生关系有了一定的了解，目前需要做的工作大致可分为四个方面:\n  1.假蓝宝石矿物学特征。\n  2.假蓝宝石在全世界的出露情况及其与其他矿物的共生关系。\n  3.对假蓝宝石进行电子探针研究，揭示其化学成分。\n  4.假蓝宝石的出现揭示的大地构造环境。","李昊翀","2020010176","地球科学学院","地质学","2020","人工智能20-1班","1","李壮/2017880028","副教授","地球科学学院","2","马振然/2020010047"]
[20,"海—湖相泥页岩岩石学特征与岩相类型对比","创新训练项目","地球科学学院","自主","0709-地质学类","C","未获奖","本项目主要研究对象是美国Marcellus页岩和我国松辽盆地青山口组泥页岩，通过对两种页岩进行显微镜下鉴定、X-射线衍射全岩分析、TOC及δ13C含量测定等实验，对比两种页岩的岩石学特征、岩相类型等与富有机质层段的关系，进而对比海相与湖相富有机质页岩中“油气甜点”的差异。","赵柯欣","2021010127","地球科学学院","地质类","2021","地质21-2班","1","陈睿倩/2016880036","副教授","地球科学学院","3","杨子涵/2021010007,陈天顺/2021010179"]
[21,"川南地区深层页岩孔隙结构表征研究","创新训练项目","地球科学学院","自主","0814-地质类","C","未获奖","页岩气作为非常规能源之一，在我国储量极为丰富，是常规天然气的重要补充，但是与海相页岩相比，陆相页岩具有地质条件复杂、黏土矿物富集、孔径结构复杂、超低孔渗等特点。页岩的孔隙类型、大小、形态等结构参数直接决定了储层质量和开发效果。首先，孔隙特征决定了页岩的吸附性能及气体在孔隙中的赋存状态，进而决定了孔隙中含气量的高低；其次，孔隙结构也影响着气体在孔隙中渗能力和压裂过程中缝网的发育程度。","阎慧琳","2020010142","地球科学学院","资源勘查工程","2020","资源20-5班","1","宋泽章/2016880043","副教授","地球科学学院","1"]
[22,"昌平地区地质滑坡隐患的模拟实验研究","创新训练项目","地球科学学院","双向","0709-地质学类","C","未获奖","昌平位于燕山山脉南麓，发育多个河流冲积扇，雨季存在比较大的滑坡地质隐患。本项目拟通过遥感、野外地质考察等，实测岩层产状、裂缝发育程度，结合实验室测试的孔隙度、渗透率等参数，开展构造物理与数值模拟实验，探讨昌平典型地区的地质滑坡隐患。","李杰客","2020010070","地球科学学院","资源勘查工程","2020","资源20-4班","2","罗良/2412,刘志娜/2014880068","副教授,副教授","地球科学学院,地球科学学院","5","赵桐/2020010196,蒲浩澜/2020010037,李心怡/2020010034,隆琳茜/2020010141"]
[23,"双碳目标下油气行业发展前景","创新训练项目","地球科学学院","自主","0814-地质类","C","未获奖","本团队选择研究“双碳目标下油气行业发展前景“课题，旨在为关注油气行业发展的人们提供帮助，让他们能快速有效真实地了解油气行业的最新发展情况，从而解答疑虑，增强信心；同时对相关技术的开发技术进行研究，收集资料，了解国内外相关研究，对比总结发现问题、提出可行性方案解决问题.","周芷羽","2021010069","地球科学学院","地质类","2021","资源21-1班","1","康永尚/1178","教授","地球科学学院","4","王栋/2021010020,张梦洋/2021010064,蔡雯静/2021010092"]
[24,"克拉通盆地走滑断裂带变形构造","创新训练项目","地球科学学院","双向","0814-地质类","C","未获奖","克拉通盆地是指长期保持相对稳定、较少遭受变形的广大区域。早前地质学家发现走滑断层一般发育在板块边缘，处于活动性大陆地带，但随着研究技术的发展，地质学家在稳定的盆地内部也发现了小型走滑断裂，这种断裂带的形成机理与其中的变形构造与常规走滑断层有所不同，研究小组将结合资料和理论知识，实现对该类型走滑断裂带变形模式的建立，变形的机理的明确以及了解其与油气藏的关系。","孙章琴","2020010085","地球科学学院","资源勘查工程","2020","资源20-3班","1","余一欣/2183","副教授","地球科学学院","3","蓝苑榕/2020010006,谭忠爽/2020010147"]
[25,"当代大学生法治意识现状及培养途径","创新训练项目","地球科学学院","双向","0101-哲学类","C","未获奖","针对目前大学生存在的法律知识欠缺且未形成系统，学习法律途径有限，对法律现象的关注碎片化、主观性强，不具备实际应用法律的能力等问题,以创新的精神调研当代大学生的法治意识现状，并提出培养大学生法律意识的具体途径。","常峰铭","2021010024","地球科学学院","地质类","大一、大二","地质21-1班","1","洪丽燕/2018881013","无","团委","5","王超强/2021010026,赵雅/2020011945,徐成煜/2020011962,刘铄/2020011960"]
[26,"基于地球科学视角的碳循环与双碳目标","创新训练项目","地球科学学院","双向","0709-地质学类","C","未获奖","现今中国距碳达峰目标实现时间不足十年，距碳中和目标实现时间不足四十年，我国双碳目标任务紧迫。本次研究拟从地球科学视角出发，系统研究重大地质事件的地质碳循环过程、地质碳封存过程中潜在的气/水-岩反应过程以及对岩石孔隙结构的影响、碳排放与气候变化的关系，进而明晰地质碳循环与双碳目标的关系，并改进已有数学模型为CCUS技术提供理论支撑，推动CCUS技术的发展，为碳中和事业提出地球科学视角下的看法。","李娜","2020010172","地球科学学院","资源勘查工程","2020级","资源20-5班","1","朱世发/2011880009","教授","地球科学学院","5","贾亿博/2021010110,邵临波/2020010044,刘雄/2021010056,吴泽恩/2021011886"]
[27,"基于深度学习的岩石矿物智能识别方法研究","创新训练项目","地球科学学院","自主","0709-地质学类","C","未获奖","本次研究拟在前人研究成果基础上，充分利用机器学习算法，通过知识与数据双驱动，从海量的矿物薄片的单偏光、正交偏光图像中提取有用特征和信息，进而构建基于深度学习的岩石矿物判别模型，从而提高岩石矿物识别的精度和效率。","李智博","2019010050","人工智能学院","人工智能","2019","人工智能19-1班","1","徐朝晖/2316","副研究员（自然科学）","地球科学学院","3","周德涛/2019010228,高桓宇/2019010031"]
[28,"超深层微生物白云岩多尺度定量表征","创新训练项目","地球科学学院","双向","0709-地质学类","C","未获奖","为了对超深层微生物白云岩的微观孔隙结构实现全方位的精细表征，对其孔喉类型、孔喉配置、孔喉形态、沥青质分布、赋存状态及含量、孔喉连通性（微裂缝发育情况）、孔喉非均质性、沥青质非均质性等方面进行研究和评价。\n","杨茜元","2019010077","地球科学学院","资源勘查工程","2019","资源19-1班","1","宋泽章/2016880043","副教授","地球科学学院","1"]
[29,"压裂设计软件开发与应用","创新训练项目","石油工程学院","双向","0815-矿业类","A","一等奖","压裂优化设计软件是进行低渗透和非常规油气储层压裂施工参数优化的必备工具，但长期以来，国内基本依赖进口。对于低渗透油藏来说，压裂是重要增产措施，压裂设计软件是优选油层改造措施和优化设计措施的基本手段。随着近年来水平井单井开发效果的提高，目前的压裂设计软件整合性较差，可视化程度低，数据复杂，对于国内环境来说，开发一款“压裂设计软件”、加强产能预测、性质优选、数据可视化等是一个重要的任务。","朱俊锋","2020010255","石油工程学院","石油工程","2020","石工20-2班","1","陈冬/2014880071","副教授","石油工程学院","4","薛壬捷/2020010266,王帅/2020010257,冯键宇/2020010241"]
[30,"复杂气藏生产动态分析系统","创新训练项目","石油工程学院","双向","0815-矿业类","A","二等奖","采用计算机语言，将课题组近年来提出的异常高压气藏、水驱气藏、凝析气藏、协同开发的气藏群等复杂气藏工程理论模型软件化，实现计算过程的自动化和可视化 。分别实现如下四个模块：\n1、动态储量计算模块；\n2、平均地层压力实时预测模块；\n3、气井产能分析及合理配产模块；\n4、采收率预测模块。","刘晓旗","2020010226","石油工程学院","石油工程","2020","石工20-1班","1","石军太/2012880036","副教授","石油工程学院","5","段连东/2020010279,冯歌/2020010340,韩雪源/2020010281,王坤博/2020010215"]
[31,"非常规气藏生产动态分析系统","创新训练项目","石油工程学院","双向","0815-矿业类","B","二等奖","本项目拟采用计算机语言，将煤层气藏、页岩气藏、致密气藏等非常规气藏工程理论模型软件化，实现计算过程的自动化和可视化。其中，软件预期可实现煤层气开采全过程的动态储量计算、平均地层压力实时预测、气井产能分析及合理配产、采收率预测，为工程人员预测调整开采方案提供稳定性强的生产动态分析系统。","全悦","2020010258","石油工程学院","石油工程","2020","石工20-3班","1","石军太/2012880036","副教授","石油工程学院","3","袁丹晨/2020010207,赵锐/2020011722"]
[32,"页岩储层压后渗流实验研究","创新训练项目","石油工程学院","双向","0815-矿业类","B","三等奖","页岩储层经过压裂后，其裂缝形态呈现并不均匀，裂缝中的渗流规律也存在极强的不确定性。希望采用3D打印技术，与北京大学合作，制作压裂后页岩岩样，开展渗流实验，对压裂页岩储层的渗流规律进行研究与分析。在实验数据的基础上尽力做到对页岩储层压后的部分流动参数进行反演及评价。","韩佳鹏","2019015141","石油工程学院","石油工程","2019","石工19-1班","1","陈志明/2021880001","教授","石油工程学院","2","张佳豪/2020010303"]
[33,"底水油藏水平井沿程见水规律动态识别模块编制","创新训练项目","石油工程学院","自主","0815-矿业类","B","三等奖","底水油藏水平井由于采油速度快，井控面积大，在底水油藏得到广泛应用，但开采时易发生水淹且水淹原因复杂。因此，进行底水油藏水平井沿程见水规律具有重要意义。本项目为了进行底水油藏水平井沿程见水规律研究，基于Python语言，利用Pyqt5工具编制一个底水油藏水平井沿程见水规律动态识别模块。","张秋月","2019010239","石油工程学院","石油工程","2019","石工19-1班","1","曹仁义/2356","教授","石油工程学院","2","沈生磊/2019010241"]
[34,"基于地质工程大数据与人工智能的压裂效果评价与产能预测研究","创新训练项目","石油工程学院","双向","0815-矿业类","B","三等奖","本项目拟开展基于实际储层地质、完井、油气数据为一体的大数据挖掘与分析研究，厘清影响压裂效果的关键地质及工程因素，并建立基于不同储层及压裂参数条件下对气井压裂效果的预测模型。应用大数据分析挖掘方法可以有效规避页岩压裂的复杂机理研究，从大量真实数据中挖潜价值，从而为优化页岩压裂方案设计、合理决策现场施工调整提供了理论指导及技术支撑。","安天翔","2020010251","石油工程学院","石油工程","2020","石工20-2班","2","肖聪/2021880016,张士诚/0475","讲师,教授","石油工程学院,石油工程学院","3","何家成/2020010240,李云清/2020010278"]
[35,"五峰组-龙马溪组页岩气藏提高采收率可行性技术研究 ","创新训练项目","石油工程学院","双向","0709-地质学类","B","未获奖","本项目依托中国石油大学（北京）与中国石油勘探开发研究院合作生产项目《深层页岩沉积微地貌与有利区块筛选》。截至目前，四川盆地五峰组-龙马溪组页岩气藏开发处于开发初期。本项目研究该页岩气藏开发后期的提高气藏采收率技术，研究具有前瞻性性质。我国页岩气藏开发晚，相关提高采收率技术尚未应用，研究程度低，亟需开展相关研究。","李柏辰","2020010224","石油工程学院","石油工程","2020","石工20-1班","1","兰朝利/1977","讲师","石油工程学院","2","王梦冉/2020010200"]
[36,"考虑裂缝时变性的岩石流固耦合数值新模型研究","创新训练项目","石油工程学院","双向","0815-矿业类","C","未获奖","致密砂岩气藏的高效开发对我国能源安全和“双碳目标”实现至关重要，然而现有 模拟模型中裂缝一经加入，后期并未考虑其变化，严重影响模拟精度和预测结果。本项目基于岩石应力平衡与多相流动效应，建立考虑裂缝时变性的岩石流固耦合数值模型，创新性地进行动态分析裂缝形态和扩展对渗流的影响，以及裂缝和多相流体动态变化对气井产量的作用，为合理开发指标制定提供更为准确的方法。","龚博雅","2020010360","石油工程学院","石油工程","2020","石工20-6班","1","田冷/2197","教授","石油工程学院","3","张子鸣/2020010376,杨冬男/2020010375"]
[37,"基于机器学习的压裂裂缝扩展代理模型研究","创新训练项目","石油工程学院","双向","0815-矿业类","C","未获奖","本项目拟通过分析压裂工程数据的分布特征，利用数值模拟软件生成更丰富的完整样本库，做相关性分析法、敏感性分析法与降维方法优选特征参数，得到压裂裂缝几何参数的主控因素，并建立机器学习模型,得到工程参数、工艺流程选择与压裂裂缝参数间的关系，结合现场数据校正模型，实现压裂裂缝几何参数、有效改造体积、产量的快速预测。","李申建","2019011353","安全与海洋工程学院","安全工程","2019","安全19-2班","1","盛茂/2014880021","教授","石油工程学院","2","胡忠宇/2018010357"]
[38,"钻头选型知识库的开发与应用","创新训练项目","石油工程学院","双向","0815-矿业类","C","未获奖","通过实际施工过程中钻头选择的数据搜集整理，用相关软件建立钻头的数据库，并使用数据挖掘、知识图谱等先进智能算法对目标用户推荐个性化钻头选择方案，方便根据不同情况筛选合适钻头，从而简化钻头选型这一复杂问题。","聂晓宇","2021010339","石油工程学院","石油工程","2021","石工21-6班","1","陈冬/2014880071","副教授","石油工程学院","5","李炳意/2021010347,曾舒妍/2021010337,李鹏飞/2021010356,李秋宇/2021010342"]
[39,"“双碳”目标下二氧化碳在页岩油开发中的应用","创新训练项目","石油工程学院","自主","0805-能源动力类","C","未获奖","在完成“双碳“的大环境下，针对准东新区页岩油储层特点，如储层渗流能力差，采用衰竭开采方式地层能量下降较快，实际采收率低难题，开展CO2与原油、储层作用机理实验，揭示在准东新区页岩油储层中，如何利用CO2来提高采收率机理与方法。","王健","2020010361","石油工程学院","石油工程","2020","石工20-6班","1","马新仿/1811","教授","石油工程学院","3","池依海/2020010373,乔一卓/2020010367"]
[40,"二氧化碳作用后页岩化学结构与润湿特性实验研究","创新训练项目","石油工程学院","自主","0815-矿业类","C","未获奖","目前有关于CO2作用后页岩力学性质与孔隙结构等物理性质的相关研究， 而化学结构等特征处于起步阶段。CO2注入页岩储层后，高温高压环境下，CO2-页岩相互作用改变页岩的力学和物理化学性质，进而影响页岩气的开采效果。其影响规律与作用机制尚不清楚。因此开展CO2作用后页岩化学特性研究对 CO2强化页岩气高效开采及地质封存一体化实践具有一定指导意义。","卫登科","2020010235","石油工程学院","石油工程","2020","石工20-2班","1","王建国/2285","讲师","石油工程学院","4","倪阳/2020010234,牛硕/2020010236,牛智/2020010233"]
[41,"输油管道油水两相流动规律研究","创新训练项目","石油工程学院","双向","0802-机械类","C","未获奖","通过完成输油管道典型流动条件调研，研究管道参数（倾角、直径、长度）、油水物性（含率、密度、粘度、界面张力等）对油水两相流型的影响，研究管道参数（倾角、直径、长度）、油水物性（含率、密度、粘度、界面张力等）对油水两相压降的影响，建立输油管道油水两相流动模型，从而降低实际生产、运输成本。","尚腾飞","2021010726","机械与储运工程学院","油气储运工程","2021","储运21-3班","1","曾泉树/2017880037","讲师","石油工程学院","5","张子涵/2021010715,刘泽嘉/2021010737,曲润蕾/2021010688,宋佳隆/2021010723"]
[42,"深地储层金属-CO2电池可行性、规律与机理研究","创新训练项目","石油工程学院","双向","1207-工业工程类","C","未获奖","运用或制备不同金属-CO2电池，模拟深地储层条件并分析金属-CO2电池在深地储层中运用的可行性；优选适用于深地储层的金属-CO2电池并分析其在深地储层中的反应稳定性、反应速率等规律；深入探究金属-CO2电池在深地储层的作用机理。","周琛展","2020010377","石油工程学院","石油工程","2020","石工20-6班","1","刘月田/0632","教授","石油工程学院","3","马学强/2020010366,韩硕/2020010355"]
[43,"超级电容器用电容碳材料的制备及性能研究","创新训练项目","化学工程与环境学院","双向","0804-材料类","A","一等奖","石油沥青和石油焦是石油加工过程中的一种副产品，目前其主要用于道路建设和燃料，经济利用价值较低。石油沥青和石油焦中碳含量较高，因此石油沥青有望成为规模化生产新型碳材料的理想碳源。该碳材料由于具有多孔的性质而有望成为超级电容器的电极材料，在储能领域展现出巨大的应用前景。","陈耀鹏","2020010578","化学工程与环境学院","化学工程与工艺","2020","化工20-1班","1","杨旺/2019880018","副高级","化学工程与环境学院","5","王铁夫/2020010454,吴诺/2020010639,聂馨尧/2020010636,刘书昊/2020010579"]
[44,"油气田废水膜法锂资源回收技术研究","创新训练项目","化学工程与环境学院","双向","0825-环境科学与工程类","A","一等奖","随着科技的高速发展，锂资源在生活中的应用越来越广泛，众多行业对于锂的需求量也逐步增长。传统的锂矿提锂已经不能满足人们对锂资源的需求，而油气田废水含有的丰富的金属资源也吸引着人们的探索，使用膜分离方法分离锂离子最大的难点是废水高镁锂比对分离效果的影响，本团队计划研制出一种新型镁锂分离膜技术将镁锂得到有效分离从而达到锂资源化利用的目的。","王铁夫","2020010454","化学工程与环境学院","化学工程与工艺","2020","化工20-1班","1","孔繁鑫/2015880044","副教授","化学工程与环境学院","4","李承琛/2020010396,赵紫伊/2020010389,周雪/2020010379"]
[45,"基于厨余垃圾的萱草-微生物联合修复石油污染土壤技术","创新训练项目","化学工程与环境学院","自主","0825-环境科学与工程类","A","二等奖","在石油的勘探、开采、运输和加工等环节中，会导致大量的石油产品进入土壤环境，对土壤环境造成污染。土壤不仅与人类的生活息息相关，更是生态系统中的重要组成部分，并且，土壤修复是实现我国“双碳”目标的重要基础之一。因此，我们选用以厨余垃圾作土壤改良剂，采用植物-微生物联合的方法进行石油污染土壤的修复，以大花萱草作为实验种植植物，以合适的高效石油降解菌为试验微生物来展开研究。","彭梓怡","2020010392","化学工程与环境学院","环境科学","2020","环科20-1班","1","王新伟/1858","副教授","化学工程与环境学院","3","杨贺然/2020010409,井思琪/2020010412"]
[46,"水合物抑制剂的筛选与性能评价","创新训练项目","化学工程与环境学院","自主","0813-化工与制药类","A","二等奖","围绕深水油气混输管道内水合物的防治技术，从油田化学药剂中筛选合适的化学试剂；考察试剂类型、用量和伍配性对水合物的热力学形成条件和抑制效果的影响规律，确定最佳的水合物抑制剂类型和用量，进而实现研究的目的。","王世豪","2020010549","化学工程与环境学院","化学工程与工艺","2020","化工20-2班","1","王晓辉/2019880019","副教授","化学工程与环境学院","3","薛姿杰/2020010531,南楠/2020010565"]
[47,"煤直接液化沥青的化学组成分析","创新训练项目","化学工程与环境学院","自主","0813-化工与制药类","A","二等奖","煤直接液化作为生产石油替代品的有效技术，对解决我国石油资源短缺、平衡能源结构、保障能源安全及国民经济持续稳定发展具有重大意义。而煤液化沥青是煤直接液化的副产品，由于经过高温高压加氢处理，可作为优质环保的原材料，用于加工制取石油焦、碳材料、润滑油、合成气和乙烯。但因认识不足，煤液化沥青现在只当做危险固体废物处理。为了更好地利用煤液化沥青，就需要对煤液化沥青的组成结构有比较全面的认识。","彭云飞","2020010627","化学工程与环境学院","化学工程与工艺","2020","化工20-3班","1","史权/1334","教授","化学工程与环境学院","2","马扬栋/2020010612"]
[48,"节能型二氧化碳吸附材料的制备","创新训练项目","化学工程与环境学院","双向","0825-环境科学与工程类","B","二等奖","本项目主要的研究方向为分子筛与多孔材料化学以及二氧化碳的吸附，旨在筛选材料，进行吸附剂的制备，优化材料制备工艺提高吸附材料的吸附容量，同时探索气体分子在吸附材料中的传递机理。通过老师指导与文献查询达到学习和创新的目的。","黄超越","2020010446","化学工程与环境学院","环境工程","2020","环工20-2班","1","樊燕芳/2015880012","副教授","化学工程与环境学院","4","成卓/2020010447,王一达/2020010435,马欣蕊/2020010386"]
[49,"石墨烯弹性体材料的制备及电磁屏蔽性能的研究","创新训练项目","化学工程与环境学院","双向","0813-化工与制药类","B","三等奖","      开展石墨烯/高分子弹性体材料的制备，探索材料的制备工艺，研究所得材料的性能，包括力学、介电、导热等参数，掌握电磁波防护材料应用的评价方法，获得一种结构-功能一体化的石墨烯/聚合物弹性体材料。","马天佑","2020010656","化学工程与环境学院","化学工程与工艺","2020","化工20-1班","1","杨旺/2019880018","副高级","化学工程与环境学院","5","陈建忠/2020010657,张阔/2020010616,朱映之/2020010468,陈帅奇/2020010643"]
[50,"晶种法SSZ-13分子筛的合成","创新训练项目","化学工程与环境学院","双向","0813-化工与制药类","B","三等奖","本课题组开发了以天然硅铝矿物为原料合成分子筛材料的新技术路线，并以氢氧化钠为碱源开发了天然硅铝矿物的亚熔盐活化法和拟固相活化法，该方法都可以在相对较低的温度下将天然硅铝矿物中处于结晶状态的硅、铝物种解聚为具有高化学反应活性的硅铝物种。本研究以不同碱源活化的高岭土为原料，采用晶种辅助法合成SSZ-13分子筛，研究碱金属离子以及晶种的导向租用及其对所合成分子筛的相对结晶度等物理化学性能的影响。","胡成功","2020010596","化学工程与环境学院","能源化学工程","2020","能化20-1班","1","刘海燕/2261","副教授","化学工程与环境学院","4","杨宇/2020010624,李欣悦/2020010607,胡磊/2020010588"]
[51,"水合物法碳封存潜力研究","创新训练项目","化学工程与环境学院","双向","0813-化工与制药类","B","三等奖","二氧化碳封存被认为是一种时效性较强的减少大气中二氧化碳含量的方法。本项目研究用水合物的方法将大气中的二氧化碳进行封存，根据水合物的相平衡原理，施加外部条件，如添加多种盐类和有机物，分析不同二氧化碳流动压力、二氧化碳流动速度和流动方式等对二氧化碳水合物生成特性的影响，达到封存二氧化碳的目的。","许坤环","2020010557","化学工程与环境学院","化学工程与工艺","2020","化工20-2班","1","王晓辉/2019880019","副教授","化学工程与环境学院","4","郭世轩/2020010516,孙鑫洋/2020010554,路阳/2020010561"]
[52,"重质油制备碳基过渡金属硒化物及其电解水性能研究","创新训练项目","化学工程与环境学院","双向","0813-化工与制药类","B","三等奖","电化学水分解法是公认为将电能转化为氢能的一种实用方法，为了大规模、低成本、高效稳定地制备氢，本项目将利用重质油制备碳基过渡金属硒化物，并对其电解水性能进行研究，寻找出高效适用的方法将碳基过渡金属硒化物作为电催化剂应用于电解水析氢的过程中，实现高性能电解水制氢电催化剂的制备。","刘子涵","2020010605","化学工程与环境学院","化学工程与工艺","2020","化工20-3班","1","杨帆/2012880067","教授","化学工程与环境学院","4","杨萌/2020010600,李尧/2020010625,于佳慧/2020010601"]
[53,"负载型Ni基催化剂制备及其催化CH4-CO2重整性研究","创新训练项目","化学工程与环境学院","自主","0703-化学类","B","三等奖","将主要的温室气体甲烷和二氧化碳通过干重整制备合成气是一种高效利用甲烷并降低二氧化碳排放进而缓解温室效应。该反应是在800-1000℃的工作温度下发生的强吸热反应，需要多相催化剂才能有效地转化CH4和CO2。因此，通过探究Ni基催化剂的制备条件、金属负载量及助剂等作用调控催化剂的结构，并对催化剂的性能评价及表征，制备出高性能新型Ni基催化剂，分析催化剂结构与性能的内在联系，指导催化剂进一步改进提升。","王飏荣","2020010659","化学工程与环境学院","化学工程与工艺","2020","化工20-1班","1","崔国庆/2020880007","讲师","化学工程与环境学院","5","孙锜媚/2020010632,毕雅琪/2020010634,张馨/2020010640,张灵辉/2020010645"]
[54,"常见花卉植物修复土壤石油污染效果研究","创新训练项目","化学工程与环境学院","自主","0825-环境科学与工程类","B","三等奖","花卉植物修复技术具有成本低、无二次污染、自然美观等优点，应用前景广阔。本项目研究千屈菜、柳叶马鞭草、紫菀、粉黛乱子草和虞美人等五种花卉植物治理石油污染土壤的效果。首先，通过种子萌发对中低浓度石油烃污染土壤的响应程度初步筛选对污染土壤具有潜在修复效果的植物。其次，为耐受性较强的花卉植物配置一系列浓度梯度不同的石油烃污染土壤，探究该种植物对石油污染耐受性的阈值和修复效果。","赵盛旭","2020010466","化学工程与环境学院","环境科学","2020","环科20-1班","1","王新伟/1858","副教授","化学工程与环境学院","3","石露露/2020010473,王晓雨/2020010450"]
[55,"小晶粒ZSM-11分子筛的合成及催化性能研究","创新训练项目","化学工程与环境学院","双向","0813-化工与制药类","B","未获奖","ZSM-11分子筛是高硅ZSM系列中的一员，四方晶系，属于Pentasil型沸石，由椭圆形十元环三维直孔道相交而成。ZSM-11分子筛具有非常独特的晶格结构，晶体构架中硅铝比高。其晶体的表面具有明显的憎水作用与很强的表面酸性，是重要的吸附剂及良好的择形催化剂。本项目主要为合成小晶粒ZSM-11分子筛，并对其进行形貌、孔结构、酸性质等的表征，最后通过裂化反应评价其催化性能。","潘思迪","2021010465","化学工程与环境学院","化工与制药类","2021","能化21-1班","1","任申勇/2011880033","副教授","化学工程与环境学院","4","李润桐/2021010375,马浩惟/2020010619,张伊蕊/2021010441"]
[56,"高效石油降解菌的筛选及其处理含油污泥性能研究","创新训练项目","化学工程与环境学院","自主","0825-环境科学与工程类","B","未获奖","含油污泥产自于油田开采以及原油炼制过程中，是油气田行业产生的最为重要的污染物。由于含油污泥不正确和不合适的处理方法都会对环境和人体健康带来危害，它被我国列入《国家危险废物名录》。含油污泥处理方法中的生物法以其环境友好且成本低的优点受到广泛关注。基于以上内容，本项目旨在筛选具有优越原油降解效果的菌群，并通过分离纯化进一步研究各个菌株的生理生化特性及降解性能等，使其应用于含油污泥的处理。","王张帆","2020010459","化学工程与环境学院","环境工程","2020","环工20-2班","2","王庆宏/2012880066,詹亚力/1220","副教授,教授","化学工程与环境学院,研究生院","1"]
[57,"重馏分柴油溶剂脱蜡的工艺条件研究","创新训练项目","化学工程与环境学院","双向","0817-轻工类","B","未获奖","在柴油产能过剩，乙烯需求量大的背景下，本项目将柴油通过分离技术，实现链烷烃与非链烷烃的分离，将蜡油做乙烯裂解料，增大乙烯产量，而剩余的脱蜡油可通过加氢生产芳烃等产品，完成从燃料到化工品的转型，可以达到柴油高值化利用的目的。在完成实验的过程中，考察脱蜡过程中脱蜡终温、剂油比、脱蜡时间等因素对分离效果的影响，并对溶剂进行初步筛选，观察所选溶剂的分离效果，从而选择最佳溶剂。","陈妮","2020010635","化学工程与环境学院","化学工程与工艺","2020","化工20-1班","1","赵亮/2323","教授","化学工程与环境学院","2","李佳成/2020010788"]
[58,"离子液体催化萘齐聚制备萘低聚物的反应","创新训练项目","化学工程与环境学院","双向","0703-化学类","C","未获奖","离子液体因其低挥发度，低可燃性等性质，在作为反应介质或催化剂时，往往能表现出特殊的催化性能。在有机化学合成方面，离子液体催化剂的研究前景十分广阔。本项目主要研究离子液体的组成，结构，酸性等对离子液体催化剂萘聚合所制备的萘低聚物物理化学性质的影响，并考察离子液体与萘以及萘低聚物的分离方法。","闫晨琛","2021010370","化学工程与环境学院","化工与制药类","2021","化工21-1班","1","刘海燕/2261","副教授","化学工程与环境学院","4","余燕伶/2021010367,刘庆炽/2021010416,王浙/2021010395"]
[59,"疏水性石墨烯材料的制备","创新训练项目","化学工程与环境学院","双向","0813-化工与制药类","C","未获奖","石墨烯材料在很多领域展现出很好的应用前景，但是现在在某些场景下要求石墨烯材料具备较好的疏水性能，从而提升材料的稳定性，本项目开展疏水性石墨烯材料的制备，探索材料的制备的工艺，研究所得材料的疏水性能的研究。","赵峻腾","2020010655","化学工程与环境学院","化学工程与工艺","2020","化工20-1班","1","杨旺/2019880018","副高级","化学工程与环境学院","4","曹栋雁/2020010630,尹嘉琦/2020010608,涂小宇/2020010662"]
[60,"天然水体中溶解性有机物成分识别研究","创新训练项目","化学工程与环境学院","自主","0825-环境科学与工程类","C","未获奖","本研究计划根据流域水环境背景，从有机质结构与成分角度出发，分析不同水体（平原河网，草原河网，森林源头区等各种类型和区域）中有机物的组成、结构、时空变化及演变规律等，形成不同流域水体中有机物成分及来源解析报告。具体包括：\n(1)多区域水体有机物组成特征与变化\n(2)源头区水体有机物物质转化过程及来源研究\n","张雨敏","2020010413","化学工程与环境学院","环境科学","2020","环科20-2班","1","闫秀懿/2350","副教授","化学工程与环境学院","4","李明月/2020010411,刘坤/2020010434,丁子玟/2020010378"]
[61,"高浓度难降解有机废水的催化湿式氧化的实验研究","创新训练项目","化学工程与环境学院","双向","0703-化学类","C","未获奖","本次科创内容为，通过添加不同种类的添加剂，用湿式氧化技术（CWAO）处理高浓度有机废水，降低其反应的温度和压力，使反应能够在相对温和的条件下完成，提高氧化分解能力，防止设备腐蚀和降低成本。寻找高效、可回收，适应性强的催化剂。\n","李天乐","2020010284","石油工程学院","石油工程","2020","石工20-3班","1","闫秀懿/2350","副教授","化学工程与环境学院","4","朱安任/2020010282,高源鲜/2021011822,兰贝尔/2021011824"]
[62,"含油污泥水热炭的表征及价值化研究","创新训练项目","化学工程与环境学院","双向","0825-环境科学与工程类","C","未获奖","水热处理能有效提高污泥的脱水性能并改善其燃料特性，在污泥的减量化和能源化应用方面体现出较大优势，具有良好的发展前景。水热处理含油污泥剩下的水热炭是一种固体废弃物,如何有效地利用这种固体废弃物,将是决定水热法处理含油污泥能够产业化的关键的一步。","卢姝羽","2020010385","化学工程与环境学院","环境工程","2020","环工20-1班","1","闫秀懿/2350","副教授","化学工程与环境学院","5","王家乐/2020010387,杜梦麒/2020010397,吴宇坤/2020010399,马丽/2021010622"]
[63,"混合气体水合物膜形态研究","创新训练项目","化学工程与环境学院","双向","0813-化工与制药类","C","未获奖","      利用显微观测及Raman探测技术，开展含CO2等混合气体的水合物生成及分解动力学实验，在线观测混合气体形成水合物膜的微观形态特征，同时获得水合物形成、分解过程中的Raman光谱结构变化规律","宫筠昇","2020010513","化学工程与环境学院","化学工程与工艺","2020","化工20-2班","1","孙长宇/1972","教授","化学工程与环境学院","4","徐阳/2020010514,孙一丹/2020010542,张祖铭/2020010552"]
[64,"柴油加氢裂化催化剂扩散性能表征","创新训练项目","化学工程与环境学院","自主","0813-化工与制药类","C","未获奖","受我国经济结构调整、天然气等替代燃料发展较快等因素的影响，对柴油需求增长缓慢，柴油供过于求。\n采用加氢裂化工艺将催化柴油中的双环芳烃转化为轻质芳烃 ，是解决柴油过剩和低碳芳烃短缺的理想途径。加氢裂化反应是个复杂的平行顺序反应，副反应众多，工艺条件对反应产物的影响复杂，性能优异的催化剂制备是提高轻质芳烃收率的关键。","张毅钰","2020010572","化学工程与环境学院","化学工程与工艺","2020","化工20-1班","1","陈振涛/2012880018","副教授","化学工程与环境学院","4","朱娴/2020010570,苏沿霏/2020010633,王周昊/2020010453"]
[65,"氢气运输系统最优路径规划","创新训练项目","化学工程与环境学院","自主","0813-化工与制药类","C","未获奖","氢能源作为一种能量密度高的清洁能源，被视为未来新能源的战略发展方向。而我国由于氢能产业分布不均匀，未来加氢站大规模推行后，如何设计经济可靠的运输管网以满足散点式分布用户的需求成为一个问题。因此本项目将通过Kruskal算法和GeoSteiner算法与线性规划模型相结合，确定最优管网拓扑结构的优化方法，实现欧氏斯坦纳最小树和直线斯坦纳最小树结合的模型，探究如何实现区域内氢气运输的最优路径。","曾敏怡","2020010499","化学工程与环境学院","化学工程与工艺","2020","化工20-2班","1","王彧斐/2012880071","教授","化学工程与环境学院","4","杨静/2020010533,李子英/2020010534,马泽辉/2020010508"]
[66,"一维沸石分子筛ZMS-23的合成研究","创新训练项目","化学工程与环境学院","双向","0813-化工与制药类","C","未获奖","一维孔沸石分子筛催化材料是一类在能源化工领域中烯烃异构和加氢异构反应的催化新材料。本项目围绕低硅ZSM-23沸石的合成，考察水热合成法合成沸石分子筛的条件，探索分子筛材料的绿色、低成本的合成新路线，同时建立适宜的催化材料表征方法。","张超","2020010547","化学工程与环境学院","能源化学工程","2020级","能化20-2班","1","吴志杰/2012880001","教授","化学工程与环境学院","4","韩浩/2020010546,高宇婷/2020010506,喀尔希卡·巴合孜尔/2020010548"]
[67,"油泥水热液化废水的处理与资源化利用","创新训练项目","化学工程与环境学院","双向","0825-环境科学与工程类","C","未获奖","我们先用水热液化技术对含油污泥进行相应的预处理，先废水层进行水质检测，并对检测其分离后废水层的生物毒性和组成分析。并根据已知的MFC、MEC装置的实验原理，在此设计了优化的微生物燃料电池和微生物电解池，利用MEC装置产氢，MFC装置产电，并通过改变其外加条件测量不同操作条件对反应器性能的影响。","陶岐瑞","2019010602","化学工程与环境学院","环境工程","2019","环工19-1班","1","王赫名/2015880013","副教授","化学工程与环境学院","3","杨丰硕/2020010486,卢晗/2020010391"]
[68,"重金属对产脲酶真菌代谢特性的影响及调控机制研究","创新训练项目","化学工程与环境学院","双向","0825-环境科学与工程类","C","未获奖","探寻在重金属存在下产脲酶菌发生的生物矿化以及响应行为，为探寻其生物矿化反应最佳的真菌生化反应条件。该项目通过培养产脲酶细菌，观察环境中常见重金属对该类真菌代谢的影响，通过电镜观察和凝胶电泳的方法，整理总结出该菌种固定重金属的适宜生境。","夏佳志","2020010423","化学工程与环境学院","环境工程","2020","环科20-2班","1","李倩玮/2016880051","副教授","化学工程与环境学院","3","魏雯静/2021010365,廖安安/2021010366"]
[69,"空气中碳捕获","创新训练项目","化学工程与环境学院","双向","0703-化学类","C","未获奖","本项目拟研究自空气中吸收二氧化碳的材料。目前已知有三种材料可达成此目的，但都有各自的问题。其中最大的问题是该材料在吸收二氧化碳时对水的吸附作用也同样明显。故本项目研究方向为对此材料进行疏水处理。在碳中和的大背景下，对二氧化碳的吸附研究具有较大的应用潜力。","郭忠纪","2020010496","化学工程与环境学院","环境科学","2020","环科20-1班","1","彭云雷/2021880031","副教授","理学院","2","魏伯轩/2020010498"]
[70,"植物强化微生物燃料电池修复重金属污染土壤的研究","创新训练项目","化学工程与环境学院","双向","0825-环境科学与工程类","C","未获奖","以沼生植物香蒲构建PMFC系统，常见污染物铬和镉作为研究对象，研究了AC-Fe协同PMFC对单重金属和复合重金属污染土壤的修复效果，考察PMFC系统中六价铬和镉的去除效果和系统的产电能力。与无植物对照组对比分析植物对重金属处理效果的影响，通过控制重金属的初始浓度、AC-Fe的加入以及开路和闭路的条件，分析这些因素对PMFC修复重金属污染土壤能力的影响。","蒋榆丞","2019010596","化学工程与环境学院","环境工程","2019","环工19-1班","2","王赫名/2015880013,范怡平/2079","副教授,副教授","化学工程与环境学院,化学工程与环境学院","4","赵楠/2020010457,柴启航/2020010493,火再宏/2020010460"]
[71,"高比能锂离子电池的硅碳负极材料制备及其性能研究","创新训练项目","化学工程与环境学院","双向","0813-化工与制药类","C","未获奖","由于硅具有高比容量（4200 mAh/g）的特性，因此被认为是下一代新型高比能锂离子电池负极材料，但硅负极在充放电过程中体积膨胀收缩变化高达300%，多次循环后硅颗粒会发生断裂和粉化，造成负极失效。针对以上关键问题，本课题拟开发化学气相沉积耦合纳米颗粒流化技术，实现碳层对纳米硅颗粒的原位致密包覆，抑制其体积膨胀，并开展硅碳母体和石墨复合方式的研究，对硅基电池进行设计和组装，研究其电化学特性。","杨雯婷","2021010407","化学工程与环境学院","化工与制药类","2021","化工21-2班","1","马新龙/2016880045","副教授","化学工程与环境学院","5","姬方剑/2021010417,王贤东/2021010415,刘睿扬/2021010470,范静琳/2021010396"]
[72,"碳基催化剂活化臭氧—过硫酸盐耦合体系去除炼化废水中有机污染物的研究","创新训练项目","化学工程与环境学院","自主","0825-环境科学与工程类","C","未获奖","本项目拟采用碳基催化剂活化臭氧—过硫酸盐耦合技术降解水体中有机污染物，并以三维结构碳材料为催化剂，通过调控氮原子在碳材料结构中的掺杂，解决非金属材料催化稳定性低，活性较差的问题，并以实验和理论计算相结合的方式剖析催化反应机理。 ","赵杰东","2020010462","化学工程与环境学院","环境工程","2020","环工20-1班","1","王郁现/2016880005","副教授","化学工程与环境学院","4","王温棋/2020010420,杨祉桢/2020010418,王超尘/2020010438"]
[73,"碳追踪与分布装置","创业训练项目","化学工程与环境学院","双向","0813-化工与制药类","C","未获奖","通过单片机与5G物联网技术、云计算平台、深度神经网络算法相结合，可在工厂等环境下安全、高效地实现对二氧化碳时空分布的建模与分析，同时依托云平台与深度学习神经网络的运算能力对碳分布、碳排放进行时空分析与预测，为实现碳中和、碳达峰目标提供有效助力。","王秋扬","2021010539","化学工程与环境学院","环境科学与工程类","2021","环工21-1班","1","张霖宙/2014880038","副教授","化学工程与环境学院","2","张焱/2019010628"]
[74,"废弃塑料资源化利用技术开发","创新训练项目","机械与储运工程学院","双向","0802-机械类","A","一等奖","在本课题指导下，开发一套加热装置，将废弃的塑料瓶（如可口可乐、百事可乐）熔融成丝状材料，作为3D打印的原材料。研究加热功率对成丝质量的影响，分析不同材质的塑料瓶成形特点。这与当下保护环境的大背景不谋而和。","刘恒祥","2019010922","机械与储运工程学院","过程装备与控制工程","2019","过程19-1班","1","李岩/2015880011","副教授","机械与储运工程学院","2","王光照/2019010948"]
[75,"球类的快速拾取与精准发射","创新训练项目","机械与储运工程学院","自主","0802-机械类","A","一等奖","球类，考验精准度的运动，足球、排球，篮球······，在观看球类比赛的同时，我们常惊叹于球员们一次次精准的命中。那么具有更高可靠性与高效性的机械结构是否也能做到这些，甚至超越，成为球员们的陪练呢？基于此种情况，我团队决定开展这个项目，设计一种集快速拾取与发射球类的机械，满足球员们对于训练的需要。","夏冬华","2021010889","机械与储运工程学院","机械类","2021","机械21-2班","1","吴世德/1486","副教授","机械与储运工程学院","5","易昊男/2020010689,周鸣阳/2020010919,潘亚豪/2021010839,朱祎珩/2020010845"]
[76,"绿氢先驱——光伏制氢恒温热水系统","创新训练项目","机械与储运工程学院","自主","0802-机械类","A","一等奖","市面上现有耦合光伏发电和电解水制氢的技术存在供电不稳定、供热高耗能和温控难度大等问题。为解决这些问题，本团队设计了光伏制氢恒温热水系统，以实现变工况太阳能光伏电解水制氢系统的稳定热控。恒温热水系统样机测试效果良好，调控精度较高;调控响应时间相对较短。自反馈电动调节阀能实现不同流量冷热水源的混合，使混合水温度在电解槽最佳工作温度范围内，可提高光伏制氢系统的效率和安全性，具有广阔的市场前景。","白羽萌","2020010262","机械与储运工程学院","能源动力","2020","能动20-2班","1","王吉/2018880020","讲师","机械与储运工程学院","5","黄烨东/2020010810,梁昊/2020012143,何享/2020010781,丁柔/2019011638"]
[77,"管道状态检测试验架设计和试验研究","创新训练项目","机械与储运工程学院","双向","0802-机械类","A","二等奖","为准确掌握管道服役状态，需要开展基础性的检测试验研究。设计含不同缺陷、应力应变大小等服役状态的小尺寸管道综合检测试验装置，构建合理的试验方案，对比小尺寸管道检测试验数据与真实管道服役状态之间的差异，验证管道服役状态检测方法合理及准确性，对工程实际中管道服役状态的检测提供指导建议。调研目前国内外针对结构响应的试验装置和试验方法，设计可实现不同约束与载荷条件的管道结构响应试验台架，设计合理的试验方案。","李浦","2020011376","机械与储运工程学院","油气储运工程","2020","储运20-1班","2","张宏/0090,刘啸奔/2018880019","教授,副教授","机械与储运工程学院,机械与储运工程学院","3","邵佳/2020011370,付孟楷/2020011027"]
[78,"基于供气可靠性的管道压缩机维护周期优化方法研究","创新训练项目","机械与储运工程学院","双向","0805-能源动力类","A","二等奖","选择分布模型描述压缩机退化过程，定量计算渝送安单元瞬时失效概率；分析单元拓扑特性和系统呈实验动力学特性，探究单元状态演化规律；考虑单元状态随机性和需求不确定性，计算管网最大供气能力；以系统可靠性最高、维护成本最小为日坛，选择优化算法对优化问题进行求解。","魏祎晨","2020010931","机械与储运工程学院","油气储运工程","2020","储运20-1班","1","苏怀/2021880014","副教授","机械与储运工程学院","3","杨彬/2020011025,蔡苗菀/2020010998"]
[79,"一种适用于物流搬运的机器人","创新训练项目","机械与储运工程学院","自主","0802-机械类","A","二等奖","研究内容:研究目前物流搬运机器人所需功能，提出一种抓取搬运方案，并设计一款可用于物流运输的机器人。\n项目特色:吸盘抓取，方便快捷；可自由控制高度，大面积的夹取范围，灵活调整物块姿态；自带微型气泵，可无线控制。\n拟解决的问题:1、如何设计吸盘参数。2、如何避免物件搬运过程中发生的掉落现象。","刘瑞祺","2020010859","机械与储运工程学院","机械设计制造及其自动化","2020","机械20-1班","1","吴世德/1486","副教授","机械与储运工程学院","5","王大善/2020010793,高垚/2020010906,刘军豪/2020011560,王鹏飞/2021010874"]
[80,"蛇形管道检测机器人","创新训练项目","机械与储运工程学院","自主","0802-机械类","B","二等奖","该机器人由数节垂直和水平方向正交的关节组成，每两个正交的关节组成一个单元体，每个单元体可相当于一个万向节，可以模拟蛇的游动、蠕动、侧移等多种运动方式，关节由总线舵机提供动力，通过对舵机传感器的参数读取，获取机器人各个关节角度，从而计算出机器人的姿态。\n机器人由头部集成了图传模块、imu等传感器，以获取姿态信息，通过有线和无线双模的方式进行控制，可以在较远距离，较复杂的环境中获取到图像信息。\n","何清华","2020010923","机械与储运工程学院","机器人工程","2020","机器人20-1班","1","刘书海/2349","教授","机械与储运工程学院","5","潘伟骁/2020010851,杨腾/2020011645,刘可涵/2021011663,周宝琳/2021010881"]
[81,"面向双碳目标的生物质洁净转化利用基础研究","创新训练项目","机械与储运工程学院","自主","0802-机械类","B","二等奖","该项目研究内容为调研国内典型的农林类生物质分布、类型与总量等数据；认识木屑、秸秆、果壳等典型生物质的组成结构特性及其利用方式；生物质热解﹣气化多联产制备油气﹣焦炭调控技术研究，收集并分析产物分布及其结构特性。","陶安腾","2020010925","机械与储运工程学院","过程装备与控制工程","2020","过程20-3班","1","张玉明/2013880044","副教授","机械与储运工程学院","4","刘树强/2021010926,杨晨/2021010927,陈晓林/2021010928"]
[82,"高压储氢罐质量检测方法","创新训练项目","机械与储运工程学院","双向","0805-能源动力类","B","三等奖","高压储氢罐质量检测是目前氢能利用中亟待解决的一个关键难题，目前常规的无损检测方法达不到高压储氢罐的要求。本项目拟开发一种声波检测技术，对储氢罐材料破坏进行实时在线检测，为其安全利用提供保障。本科生三人组队已与老师取得联系。","杨溢","2020010833","机械与储运工程学院","能源与动力工程","2020","能动20-1班","1","李岩/2015880011","副教授","机械与储运工程学院","3","秦柯禹/2019010926,周骏琦/2020010842"]
[83,"智慧管网成熟度评价模型运用与分析","创新训练项目","机械与储运工程学院","双向","0805-能源动力类","B","三等奖","智慧管网作为国家管网的建设发展趋势，需要对智慧管网发展情况进行评价，其中成熟度评价是一种常用的评价手段。本项目拟在调研成熟度评价模型在智慧城市等其他行业的应用情况的基础上，将成熟度评价方法引入到智慧管网评价中，确定各评价维度与评价指标，建立智慧管网成熟度模型，结合智慧管网的典型特征开展成熟度评价的计算分析，给出成熟度量化标准及定义。","曾凡杰","2020011018","机械与储运工程学院","油气储运工程","2020","储运20-3班","1","史博会/2013880073","副教授","机械与储运工程学院","2","张子悦/2020010929"]
[84,"基于惯性制导检测（IMU）的管道弯曲应变数据分析和管道缺陷几何特征识智能别研究","创新训练项目","机械与储运工程学院","双向","0802-机械类","B","三等奖","利用提供的管道变形段应变数据，可以分析不同应变较大异常管段的机器学习算法。与现有的位移检测技术相比，IMU内检测可以全线逐点检测管道的弯曲应变和位移，对管道的弯曲应变和位移监测更加全面和精确。多次重复进行IMU内检测可以监测管道位移变化和变化率，及时报告管道位移变化较大的缺陷点和管道位移变化较快的点，从而对管道应变进行有效的监测和预警，便于及时主动维修管道缺陷点和排除导致管道位移的环境因素。","张清爽","2021010711","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","3","黄洋/2021010679,苏奕静/2021010684"]
[85,"面向复杂环境、具有良好运动能力的软体机器人","创新训练项目","机械与储运工程学院","自主","0802-机械类","B","三等奖","本项目针对现有爬行机器人在严苛运动环境（诸如油污环境、潮湿环境、干湿交替环境）以及复杂外界干扰状态下（诸如强大电磁干扰、辐射干扰等）爬行能力差的缺陷，通过仿生软体无肢动物，利用合理的摩擦学设计方案，设计一种在复杂严苛条件下的具有出色运动能力及灵活性的软体机器人。在此基础之上，探索其集成化可行性，进一步推动软体机器人的实际应用。","殷睿琪","2020010764","机械与储运工程学院","机械设计制造及其自动化","2020","机械20-2班","1","肖华平/2014880065","副教授","机械与储运工程学院","3","高俊涛/2020010803,薛淼/2020010742"]
[86,"蓝天行动-烟气脱硫脱硝净化工艺与反应器系统优化","创新训练项目","机械与储运工程学院","自主","0802-机械类","B","三等奖","调研烟气污染现状以及脱硫脱硝典型工艺流程及其相应的反应器形式;依托工程项目进行脱硫脱硝过程开展工艺衡算以及技术分析;利用三维建模软件构建脱硫脱硝反应器并进行初步的流场模拟计算;掌握烟气脱硫脱硝处理净化工艺;掌握典型工艺流程并能够进行衡算;学会模拟软件并能够进行初步反应器建模与模拟。","彭康见","2021010972","机械与储运工程学院","机械类","2021","自动化21-3转专业班","1","张玉明/2013880044","副教授","机械与储运工程学院","3","李卓然/2021010945,于皓添/2021010957"]
[87,"基于麦克纳姆轮的全地形网球发射机器人","创新训练项目","机械与储运工程学院","自主","0802-机械类","B","三等奖","本项目是基于基于麦克纳姆轮制作的全地形网球发射机器人，具有地形适应性强，移动速度快，发射精度高的特点，可以通过无线远程控制实现全地形移动，射程高达20m以上，可以实现20m内精准发射到任意点的功能，可以取代人力进行网球接打的训练，具有良好的稳定性。","潘伟骁","2020010851","机械与储运工程学院","机器人工程","2020","机器人20-1班","1","朱霄霄/2014880058","副教授","机械与储运工程学院","5","李畅/2021010818,秦胜杰/2021010870,王坤/2020011596,何清华/2020010923"]
[88,"基于无人机的自动化播种系统","创新训练项目","机械与储运工程学院","自主","0802-机械类","B","三等奖","利用现代互联网技术，将无人机技术和农田的管理紧密结合，以便在复杂、不规则的农田地貌进行播种。该系统具有耗时短、操作简单和工作效率高等突出优点。\n该项目主要利用无人机遥感、视觉处理、卫星定位等多项关键性技术，并在机械结构上进行优化，最大限度降低飞行成本，和无人机使用耐久度。\n设计该系统的目的在于最大限度解放生产力，降低作业成本。","陈致帆","2021010899","机械与储运工程学院","机械类","2021","机械21-1班","1","岳元龙/2014880037","工程师","信息科学与工程学院","5","刘天汉/2021011679,奉择安/2020010725,赵晗/2020010822,李琪琪/2021011728"]
[89,"成品油供应链物流优化研究","创新训练项目","机械与储运工程学院","双向","0815-矿业类","B","未获奖","本项目基于指导老师研究课题下的子课题，涉及炼厂生产、原油成品油库存、成品油运输、成品油销售等环节的两级供应链系统。需要根据正常工况、可预测风险工况以及突发事件工况下的优化目标，综合考虑市场需求、炼厂生产、库存、运输等因素，建立数学优化模型，给出在一定周期内的炼厂交货量和交货牌号建议、库存涨降情况以及物流运输方案，以满足市场需求。","牛鹏涛","2019015420","机械与储运工程学院","油气储运工程","2019","储运19-1班","2","梁永图/1694,廖绮/2021891007","教授,无","机械与储运工程学院,机械与储运工程学院","5","刘春颖/2019011027,付广涛/2019011052,王琳/2019015612,白云翔/2021010727"]
[90,"机械化智能在疫情背景下的典型应用示范","创新训练项目","机械与储运工程学院","自主","0802-机械类","B","未获奖","在疫情爆发的大背景下，出门买菜，买一些急用的生活物资变得十分困难。很多时候需要大量的志愿者挨家挨户运送，这样不仅耗时耗力，而且在一定程度上增加了疫情扩散的风险。但是我们可以用机械去代替人力，将物资集中分布，由户主的主要，让户主自动控制机械去取相应物资。这样可以大大减少疫情扩散的风险，而且所需要的投入远远小于人力运送。","汤学龙","2021010871","机械与储运工程学院","机械类","大一","能动21-2班","1","吴世德/1486","副教授","机械与储运工程学院","3","龚志鹏/2021010854,孙博文/2021010952"]
[91,"面向过程装备典型系统的工业物联网技术及运用研究","创新训练项目","机械与储运工程学院","自主","0802-机械类","B","未获奖","基于工业Raspberry Pi工控机和Node-red开发系统，搭建过程装备系统典型信号数据采集和实时监控系统，并结合机器学习典型算法，开展工业级数据采样和动态分析。通过研究过程装备典型系统，加以运用现代物联网技术，实现过程装备控制自动化及智能化。","瞿友靖","2021010973","机械与储运工程学院","机械类","2021","过程21-2班","2","朱建军/2019880013,高雪/2021911007","讲师,无","机械与储运工程学院,机械与储运工程学院","4","李进华/2021010961,林铮/2021010967,丁英蕙/2021010944"]
[92,"LNG冷能利用液化CO2模拟分析研究","创新训练项目","机械与储运工程学院","自主","0815-矿业类","B","未获奖","在国家双碳目标背景下，CO2的捕集、利用与封存备受关注。如能将LNG冷能用于捕集提纯的CO2的液化，并以管道输送液态的CO2至其利用与封存地，将是一种较为高效的方式。为此，本项目拟开展LNG冷能利用液化CO2模拟分析研究，为其工业化应用提供技术与理论支撑。","仲华伟","2021010722","机械与储运工程学院","油气储运工程","2021","储运21-3班","1","史博会/2013880073","副教授","机械与储运工程学院","4","廖顺/2021010725,唐艺丹/2021010646,吴贝尔/2021010724"]
[93,"一种新型水下流致振动能量采集装置设计","创新训练项目","机械与储运工程学院","双向","0802-机械类","C","未获奖","自然界中水流流动蕴含着大量能量，现有的水下能量收集技术存在转化效率低、能量收集性能差、材料使用寿命短等问题，在前期理论研究基础上，对一种新型水下流致振动能量采集装置进行初步设计。首先，基于已有理论模型，设计可在水流作用下自发振动机械结构，将流体动能转化为结构机械能。然后，进行电路设计，利用压电/电磁感应效应将结构机械能转变为电能，实现水流能量的采集和转化。基于此方案对装置原型进设计和制造。","何登峰","2020010715","机械与储运工程学院","能源与动力工程","2020","能动20-2班","1","孙旭/2013880070","副教授","机械与储运工程学院","4","周寰宇/2020011230,苗家瑞/2020010792,杨广宁/2020011204"]
[94,"天然气管网系统安全域的初探","创新训练项目","机械与储运工程学院","双向","0805-能源动力类","C","未获奖","本项目旨在研究天然气管网系统的安全域分析方法。通过建立可以描述安全状态的天然气管网安全域的模型，同时辅以计算机方法得到所有临界安全工作点进而得到安全边界，用可视化方法对其进行研究与分析，进行动态仿真，可为决策整个天然气管网提供依据。","蒋士博","2020010935","机械与储运工程学院","油气储运工程","2020","储运20-1班","1","苏怀/2021880014","讲师","机械与储运工程学院","4","胡晶晶/2020010936,杨韧/2020010968,王振宇/2020010947"]
[95,"天然气管网系统安全预警与调控现状调研","创新训练项目","机械与储运工程学院","双向","0818-交通运输类","C","未获奖","以全球各国的各级天然气管网系统为例，对其天然气管网系统的安全预警、调控的指标、方法、发展进程进行调研，通过文献阅读、资料查阅等方式，对不同评价指标、建模方法、产品化程度进行归纳总结，较为深入理解背后的数学知识与建模理论，在步入研究生工作前夯实理论基础。","徐寒露","2020011440","机械与储运工程学院","油气储运工程","2020","储运20-1班","1","苏怀/2021880014","讲师","机械与储运工程学院","3","高天青/2020011008,赵冰珂/2020011003"]
[96,"油气管道振动分析和控制技术研究","创新训练项目","机械与储运工程学院","双向","1207-工业工程类","C","未获奖","油气管道振动分析和控制技术研究 \n1. 管道声致振动分析；2. 管道流致振动分析; 3.管道机械激励分析；4. 管道水锤志技术分析；5.管道振动控制技术\n通过研究，通过创新，来解决管道振动的实际问题。","谭克扬","2020010939","机械与储运工程学院","油气储运工程","2020","储运20-1班","1","陈严飞/2401","副教授","机械与储运工程学院","5","喻航/2020010945,李睿/2020010956,胡小萌/2020010934,刘畅/2020010950"]
[97,"智能储油库特征分析与评价","创新训练项目","机械与储运工程学院","双向","0815-矿业类","C","未获奖","目前，国内储油库智慧化水平普遍较低，企业对其认识比较片面，标准也参差不齐，然而作为油品储存和运输的中间环节，油库的安全、高效运行是国内外经济稳定发展的重要保证。智慧型油库则呈现出高度智能化、共享信息化的特征，在前端能够做到智能感知和洞察，在后端能够实现智能分析和建议。","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","宫敬/1552","教授","机械与储运工程学院","3","陈宣衡/2021010670,朱琪/2021010993"]
[98,"智能储气库特征分析与评价","创新训练项目","机械与储运工程学院","双向","0815-矿业类","C","未获奖","调研和梳理储气库的典型业务特征，并通过调研其他行业智能化的特征以及国家官网集团对智慧管网建设的需求和需要，确定智能储气库应具备的特征。同时，从运行维护、安全保障、可靠性等方面建立评价其智能化程度的体系。","马英伦","2021010663","机械与储运工程学院","油气储运工程","2021","储运21-1班","1","宫敬/1552","教授","机械与储运工程学院","2","崔航博/2021010666"]
[99,"旋风分离器排气管插入深度对分离器效率的影响机制","创新训练项目","机械与储运工程学院","自主","0802-机械类","C","未获奖","使用开源场处理工具包OpenFOAM编写数值求解器，并建立旋风分离器三维数值模型，针对不同排气管插入深度进行数值模拟，获得颗粒的分离效率。\n通过分析不同颗粒粒径分布、排气管插入分布等条件下的流速分布、不同粒径颗粒的运动路径等，揭示颗粒的逃逸路径，阐明排气管插入深度对分离效率的影响，建立排气管插入深度与颗粒分离效率的联系，并提出最佳排气管插入深度的预测方法。\n本项目预期成果发表论文一篇。","王党政","2021011003","机械与储运工程学院","机械类","2021","能动21-2班","1","张炜/2020880021","讲师","机械与储运工程学院","4","秦孜艺/2020010866,徐嘉宁/2021011005,杨思敏/2020010865"]
[100,"扁平焰燃烧器的流场特性与CFD仿真","创新训练项目","机械与储运工程学院","双向","0805-能源动力类","C","未获奖","选取焦化或裂解工艺中的一种典型的扁平焰燃烧器，通过查阅大量文献，了解该类燃烧器的流场特点，分析当前设计的不足，根据查阅的文献结果，结合所学专业知识，对该燃烧器结构进行优化，获得更加合理的流场分布，为工业应用提供思路。\n","梁博文","2020010850","机械与储运工程学院","过程装备与控制工程","2020","过程20-2班","1","王娟/2087","副教授","机械与储运工程学院","5","贾茜/2020010831,冯熙常/2020010837,刘佳琪/2020010832,李佳宁/2020010898"]
[101,"站场管道内检测机器人调研","创新训练项目","机械与储运工程学院","双向","0802-机械类","C","未获奖","调研目前站场管道机器人技术发展现状和面临的技术难点，调研各行业先进机器人前沿技术，寻找可运用于站场管道检测的相似和可借鉴机器人技术。掌握目前站场管道检测技术发展现状和面临的主要技术难点。针对这些问题，调研并总结站场检测技术的特点。","田建凯","2021010706","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","王中琦/2021010708,李子祎/2021010687,李昊宸/2021010902"]
[102,"多射击机器协同机场驱鸟系统","创新训练项目","机械与储运工程学院","自主","0802-机械类","C","未获奖","该项目将多射击机器协同的创新技术引入机场驱鸟的传统研究领域,主要对多射击机器协同机场驱鸟的方法与技术进行了研究；进行的主要工作如下：基于机场对于新型人工智能驱鸟系统的需求,我们设计了多射击机器协同机场驱鸟系统,并从模型化、硬件构成和算法流程三个方面介绍了系统的工作原理、任务目标和运行步骤。","张博宇","2021010811","机械与储运工程学院","机械类","2021","机械21-1班","2","王文明/2011880026,刘晔/2014880024","副教授,讲师","机械与储运工程学院,机械与储运工程学院","6","高飞扬/2021010833,唐朝/2020011636,李之雄/2021010948,李阳/2021010956,刘泽华/2022010858"]
[103,"组合式扁平状喷射系统的设计与3D建模","创新训练项目","机械与储运工程学院","自主","0802-机械类","C","未获奖","调研现有扁平状射流系统的结构及其特点，设计组合式扁平状喷射系统，采用SolidWorks软件进行三维建模，对其形成的扁平状射流情况进行分析，确定优化结构。Solidworks软件功能强大，组件繁多。 Solidworks有功能强大、易学易用和技术创新三大特点，SolidWorks 能够提供不同的设计方案、减少设计过程中的错误以及提高产品质量。","边瑀梦","2021010911","机械与储运工程学院","机械类","2021","过程21-1班","1","王娟/2087","副教授","机械与储运工程学院","3","陈怡如/2021010780,王帅/2021010941"]
[104,"阵列式圆形喷射系统的设计与3D建模","创新训练项目","机械与储运工程学院","双向","0802-机械类","C","未获奖","      调研现有气体分布系统的结构及其特点，设计阵列式喷射系统，采用SolidWorks软件进行三维建模，对其组合射流情况进行分析，确定优化结构。                                                                               ","李一博","2021010937","机械与储运工程学院","机械类","2021","过程21-1班","1","王娟/2087","副教授","机械与储运工程学院","3","徐鑫/2021010920,王鸣/2021010922"]
[105,"基于高速度差原理的原型射流燃烧器设计与CFD仿真","创新训练项目","机械与储运工程学院","双向","1207-工业工程类","C","未获奖","查阅文献，详细了解圆形射流燃烧器工作原理，分析这类燃烧器的流场流动特点和目前市场上较为普及的燃烧器所存在的不足。并根据查阅的文献，结合所学专业知识，对圆形射流燃烧器进行设计和优化，尽可能地弥补其设计的不足之处，为工业应用提供新的思路。","赵文浩","2020010895","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","王娟/2087","副教授","机械与储运工程学院","4","万国权/2020010870,倪风朝/2020010779,郭其龙/2020015708"]
[106,"基于SOLIDWORKS的装备设计","创新训练项目","机械与储运工程学院","双向","0802-机械类","C","未获奖","通过学习，掌握SOLIDWORK软件的使用，了解典型装备的工作原理，使用SOLIDWORKS 软件完成过程装备的设计，并通过软件分析模拟设备运行使用情况。通过三维图纸的绘制进一步熟悉过程装备的结构及工作原理，学习如何设计标准的过程装备。","董科","2020010922","机械与储运工程学院","过程装备与控制工程","2020","过程20-3班","1","宋健斐/2270","副教授","机械与储运工程学院","4","马凯峰/2021010923,杨乐/2021010921,谷晨阳/2021010918"]
[107,"液氨管道输送工艺调研及模拟分析","创新训练项目","机械与储运工程学院","双向","0815-矿业类","C","未获奖","在国家双碳目标的大背景下，清洁能源的运输工程的重要性尤为突出。新能源氢气输送形式具有多元化的特征，其中，将氢气合成液氨通过管道输送的方式已被国外相关行业得以应用，因此，本项目你开展新能源氢气的管道输送的工艺模拟分析研究，以调研国内外液氨管道输送的工艺特点为基础，学习并使用sps结合其典型物性特征开展初步模拟分析。这项工作将为氢能的储运与利用奠定一定的前期研究基础，为实现双碳目标发挥一定的作用。\n","崔庭瑄","2021010733","机械与储运工程学院","油气储运工程","2021","储运21-3班","1","史博会/2013880073","副教授","机械与储运工程学院","4","霍振涛/2021010734,曹博涵/2021010728,梁金雨/2021010731"]
[108,"输氢管道完整性管理技术研究","创新训练项目","机械与储运工程学院","双向","0802-机械类","C","未获奖","氢气输送管道完整性管理方法缺失问题。当管内介质变为氢气后，管道完整性管理中的风险评估，完整性评价两部分会产生变化，此外还需对管道进行可靠性分析。应着眼于氢气与天然气性质的差异，尽快制定氢气输送管道完整性管理体系。","沈亚洲","2020010960","机械与储运工程学院","油气储运工程","2020","储运20-1班","1","陈严飞/2401","副教授","机械与储运工程学院","5","庄奕轩/2020010961,蔡牧原/2020010958,美尔班·哈赛/2020010957,宋宇辉/2021010730"]
[109,"微纳米气泡特性与净水效果关系实验研究","创新训练项目","机械与储运工程学院","双向","0802-机械类","C","未获奖","微纳米气泡特性与净水效果关系实验研究\n依托国家重点研发计划项目，调研国内外常见的气浮净水装 了解\n置气泡发生器的结构和原理；改变气泡直径和悬浮物直径，气泡测量气浮出水悬浮物的粒径分布；分析粒径分布，确定处理水实不同悬浮物时最佳的气泡直径。","丁仍森","2021010953","机械与储运工程学院","机械类","2021","机械21-2班","1","陈建义/2297","教授","机械与储运工程学院","3","白景瑞/2021010962,彰子琦/2021010958"]
[110,"基于机器学习的混输原油管道流动保障技术","创新训练项目","机械与储运工程学院","双向","0815-矿业类","C","未获奖","原油的凝点和黏度间存在隐含的机理关系，前人的研究多基于数据统计来拟合模型并加以修正，而机理模型的研究难度大。从拟合的思想出发，基于机器学习算法建立混合原油凝点的预测模型。\n需要了解机器学习的大致流程，掌握至少一项编程语言python、matlab等；建立并比选出适用于拟合凝点-黏度关系的模型；改进模型，挖掘历史数据的时序关系（RNN）或拓扑结构关系（GNN），增强模型可解释性。\n","刘奇","2021010668","机械与储运工程学院","油气储运工程","2021","储运21-1班","1","苏怀/2021880014","讲师","机械与储运工程学院","4","于小芊/2021010656,张诗曼/2021010648,张宇琦/2021010662"]
[111,"天然气放空火炬的设计与3D建模","创新训练项目","机械与储运工程学院","双向","0802-机械类","C","未获奖","项目简介：调研现有天然气放空火炬的结构及其特点，设计旋流式火炬燃烧器，采用SolidWorks软件进行三维建模，对其形成的燃烧火焰情况进行分析，确定优化结构。\n放空火炬系统主要包括:火炬头、火炬筒体(包括爬梯及检修平台)、钢丝拉撑、地面阀组、工艺管线、引火筒燃烧器、高空点火装置、手动外传火点火装置、就地控制箱(防爆)、远程控制箱、火焰检测装置、仪器仪表、界区内电缆、保护管及安装支架等组成。","杨雨浩","2021010883","机械与储运工程学院","机械类","2021","过程21-2班","1","王娟/2087","副教授","机械与储运工程学院","6","洪璇/2021010901,刘世强/2021010757,权静茹/2021010848,范文栋/2022010950,张杰宇/2020010868"]
[112,"疫情卫士--一种全地形适应的消毒机器人","创新训练项目","机械与储运工程学院","自主","0802-机械类","C","未获奖","我们的步兵设计方案是由需求出发而进行的，全车基本采用 2D 雕刻以及车&铣加工而成的玻纤板、碳纤板、铝加工件为元件，同时，在受力不大的地方我们使用3D打印光固化，既减轻重量，还美观。该机器人底盘用来全地形移动，全地形适应，发射机构可以用来喷洒消毒液，同时还可以视觉识别各区域的消毒液喷洒状况。","徐扬","2021010809","机械与储运工程学院","机械类","2021","机器人21-1班","1","吴世德/1486","副教授","机械与储运工程学院","5","张峻辉/2021010875,董科/2020010922,王德优/2020010926,何航/2020010853"]
[113,"致密砂岩气层测井识别方法研究","创新训练项目","地球物理学院","双向","0708-地球物理学类","A","一等奖","由于致密砂岩气层相较于常规砂岩气层识别困难，孔隙度、渗透率较低，通过此项研究分析致密砂岩气层的测井响应特征，结合常规测井资料，通过声波测井、密度测井、中子孔隙度测井以及核磁共振测井等方法的响应特征识别致密砂岩气层，并结合相关曲线分析，提高准确率，为其测井识别与评价提供有效途径，以便使致密储层研究向高精度发展。","苏雨欣","2020011084","地球物理学院","勘查技术与工程（测井）","2020","测井20-1班","1","谢然红/0939","教授","地球物理学院","3","周津宁/2020011085,范佳乐/2020011089"]
[114,"基于数字岩心与岩石物理实验的碳酸盐岩弹性性质研究","创新训练项目","地球物理学院","双向","0708-地球物理学类","B","二等奖","基于数字岩心与岩石物理实验的碳酸盐岩弹性性质研究\n针对性地开展目标储层物性参数测试、借助CT扫描成像技术对岩芯进行三维成像建模，同时开展岩石物理弹性性质测试。利用CT扫描数据统计岩芯孔隙结构参数，定量分析孔隙结构参数对弹性性质的影响。","柴林","2020011078","地球物理学院","勘查技术与工程（物探）","2020","物探20-1班","1","赵建国/2180","研究员（自然科学）","地球物理学院","2","况行健/2020011066"]
[115,"超临界CO2注入对储层岩石弹性参数影响的实验研究","创新训练项目","地球物理学院","双向","0708-地球物理学类","B","三等奖","本研究将开展跨频段（低频、超声）岩石物理实验以研究不同温度、压力条件下盐水及超临界CO2注入对砂岩岩石弹性影响。具体研究内容如下:\n1、开展超临界CO2 注入的实验测试：选取Berea砂岩岩心，开展干燥及饱和不同盐度、温压条件下的超声实验测试；注入CO2，开展不同温度压力下的实验测试。\n2、实验测量结果分析：获取不同测量条件下的速度、衰减特性；分析实验结果影响因素。","刘南凯","2020011100","地球物理学院","勘查技术与工程（物探）","2020","物探20-2班","1","贺艳晓/2015880058","副研究员（自然科学）","地球物理学院","4","李清娟/2020011090,彭萸雯/2020011087,袁云灿/2020011126"]
[116,"致密砂岩气层孔隙度测井评价方法","创新训练项目","地球物理学院","双向","0708-地球物理学类","B","三等奖","首先，综合岩心物性资料与测井资料，利用声波测井、密度测井、中子测井等常规测井方法和核磁共振测井，基于线性回归、非线性数学统计方法、岩石物理体积模型等，建立致密砂岩气层孔隙度计算模型。然后，处理实际井资料验证模型的适用性。最后，优选出适用于研究区的孔隙度计算方法。\n","庞润成","2020011177","地球物理学院","勘查技术与工程（测井）","2020","测井20-2班","1","谢然红/0939","教授","地球物理学院","3","张玉世/2020011156,李隆达/2020011077"]
[117,"深层页岩气储层宽频段岩石物理 实验测量研究","创新训练项目","地球物理学院","双向","0708-地球物理学类","C","未获奖","页岩作为一种广泛发育的沉积岩，具有自生自储的性质，是我国重要的油气战略资源。处于勘探开发起步阶段，是一种巨大的潜在能源，有很大的工业开采价值。\n岩石物理实验主要用来准确评价储层的岩石物理属性和岩石力学参数；同时，推广适用于页岩气储层的地震新方法也需要与岩石物理实验紧密结合，利于建立高精度的地震解释模型。\n针对页岩岩样进行岩石物理实验，测量页岩物性参数以及在不同条件下的弹性参数。","刘子淳","2020011179","地球物理学院","地球物理学","2020","地物20-1班","1","贺艳晓/2015880058","副研究员（自然科学）","地球物理学院","3","郑浩龙/2020010096,王天栩/2020010794"]
[118,"叠前地震数据分相位重构方法及应用研究","创新训练项目","地球物理学院","双向","0708-地球物理学类","C","未获奖","在地震数据解释中，相位谱是地震信号谱中非常重要的一项，它能将普通地震资料中无法辨别的信息，例如薄层或特殊异常体等分辨不出来的信息，都能在相位谱中清晰地看到，然而到目前，地下地层结构的解释分析中会用到相位信息，显而易见，这些使用对于如此重要的相位谱利用率是不高的，所以我们需要提高我们的使用率，至目前的方法来说，我们如何使用相位谱在地质勘探中是非常重要的。","赵燊燊","2020011163","地球物理学院","地球物理学","2020","地物20-1班","1","贺艳晓/2015880058","副研究员（自然科学）","地球物理学院","3","章嘉欣/2020011115,廖芸霞/2020011116"]
[119,"低电阻率油气层成因机理与流体识别方法","创新训练项目","地球物理学院","双向","0708-地球物理学类","C","未获奖","低电阻率油气层是指油气层电阻率相对于邻近水层电阻率而言，电阻率值偏低并引起储层流体性质解释困难的一类油气层。低电阻率油气层的成因机理一般为泥质附加导电、矿物导电、地层水矿化度差异、钻井液侵入、物性差、围岩影响等。流体识别方法主要有交会图法、曲线叠合法、人工智能方法等。本项目是结合研究区岩心及测井资料等，分析低电阻率成因机理，发展流体识别方法。\n","梁世宁","2020011150","地球物理学院","勘查技术与工程（测井）","2020","测井20-1班","1","谢然红/0939","教授","地球物理学院","5","胡智/2020011158,江凤科/2020011151,李泽/2020011157,陈家坤/2020011145"]
[120,"基于地质雷达信号波探测地下埋设物的研究","创新训练项目","地球物理学院","双向","0708-地球物理学类","C","未获奖","利用地质雷达信号波对不同的地下埋设物进行探测，对探测到的地质雷达数据进行处理、成像；研究信号波频率，地下埋设物材料，埋深程度对地质雷达成像的影响。该项目主要通过利用探地雷达采集数据，利用FDTD模拟软件GPRMax进行模拟，分析不同埋设物在地下的不同物理空间的成像结果，进行GPR数据解译。\n","温铭","2020011050","地球物理学院","勘查技术与工程（物探）","2020","物探20-1班","1","赵建国/2180","研究员（自然科学）","地球物理学院","2","宁久攀/2020011053"]
[121,"人工智能提高地震资料分辨率","创新训练项目","地球物理学院","自主","0708-地球物理学类","C","未获奖","提高地震资料分辨率一直是地震勘探的重点工作。由于震源频谱的限制以及地震波在传播过程中的衰减作用，导致地震资料频带宽度有限、缺乏有效的高频或低频成分，而地震数据的分辨率由数据的主频和频带宽度所决定。本项目拟基于地震勘探的理论，应用人工智能的技术，将深度学习的方法引入到拓宽频带、提高主频的研究中，实现在采集的有效数据基础上进一步提高地震资料分辨率的目标，为油气勘探提供更准确的信息。","曹智勋","2019015055","人工智能学院","人工智能","2019","人工智能19-1班","1","刘洋/1581","教授","地球物理学院","3","徐柯/2019011142,陈建涵/2019011656"]
[122,"基于磁各向异性和磁导率的应力检测  ","创新训练项目","安全与海洋工程学院","自主","0829-安全科学与工程类","A","一等奖","基于磁记忆检测原理以及该原理对主应力的测量，该项目对各项异性的应力进行测量开展调查研究。通过建立数学模型、有限元分析和实验相结合的方式，探索磁记忆信号和绝对应力的对应关系，补充现存磁记忆检测测量绝对应力的不足之处。","陈闻澜","2019011340","安全与海洋工程学院","安全工程","2019","安全19-2班","1","樊建春/1606","教授","安全与海洋工程学院","3","王璐瑶/2019011341,郭子华/2019011361"]
[123,"针对餐饮业的燃气泄漏预警系统设计","创新训练项目","安全与海洋工程学院","自主","0829-安全科学与工程类","A","一等奖","近年来餐饮业燃气事故频发，大部分事故发生源于报警器自闭阀失效，而燃气泄露预警问题存在的缺陷迄今仍无高效预警手段，因此本项目成员查阅大量文献，调查现有燃气安全监测方法及设备并拟通过Matlab程序设计，利用深度学习技术对漏气音波及时精准捕捉，辨别出燃气泄漏状况，制定标准报警规范，及时向相关人员报警，减少事故的发生和人员生命财产损失。","吴彬彬","2020011283","安全与海洋工程学院","安全工程","2020","安全20-1班","1","梁伟/2095","教授","安全与海洋工程学院","5","梁漪/2020011288,苏芳禾/2020011317,高琪馨/2020011280,李佳轩/2020011363"]
[124,"基于计算机视觉的结构物三维重构与位移测量","创新训练项目","安全与海洋工程学院","双向","0801-力学类","A","二等奖","本项目研究内容主要为：首先对结构物进行图像采集；随后采用计算机视觉方法对图像进行处理，得到结构尺寸、运动、变形等信息；进而实现结构物的三维重构和位移测量。本项目主要运用材料力学、弹性力学以及matlab软件。","王思博","2019011256","安全与海洋工程学院","海洋油气工程","2019","海工19-2班","1","王琳琳/2016880001","教授","安全与海洋工程学院","3","徐敬惟/2019011231,赵文博/2019011229"]
[125,"我国主要CO₂排放来源及捕集成本分析","创新训练项目","安全与海洋工程学院","双向","0815-矿业类","A","二等奖","注CO₂提高采收率及地质封存技术是实现CO₂资源化利用和大规模减排的重要手段，也是践行国家绿色低碳发展新理念，服务和支撑国家双碳重大战略的重要抓手。本项目拟开展我国主要CO₂排放来源的系统调研和分析工作，明确我国主要碳源的所属行业、CO₂纯度及杂质气体组成；在此基础上，进行不同碳源的捕集方式、处理步骤和提纯成本的总结和分析，为实现CCUS-EOR的驱埋协同和成本控制提供基础数据和重要参考。","张汝玮","2020011277","安全与海洋工程学院","海洋油气工程","2020","海工20-3班","1","陈浩/2015880026","副教授","安全与海洋工程学院","4","康新欣/2020011222,訾昊雨/2020011243,马晨宇/2020011922"]
[126,"一种海面溢油收集装置及智能化的收集方法","创新训练项目","安全与海洋工程学院","双向","0829-安全科学与工程类","A","二等奖","      旨在研发一种海面溢油收集装置，利用所携带的风帆机构和喷射机构提供动力，在作业船投放后自动探测溢油区域并前往收集，且可在完成收集工作后自动返回。主要包括油水收集存储机构和风帆机构。从小模型样机着手，研究智能收集与智能组网。","朱晓青","2021211063","安全与海洋工程学院","安全科学与工程","2021",null,"1","赵天奉/2339","副研究员（自然科学）","安全与海洋工程学院","5","杨帅/2021211720,谢智/2020215702,方翔/2021215804,李瑞禧/2022211073"]
[127," 水下井口密封部件失效有限元建模","创新训练项目","安全与海洋工程学院","双向","0829-安全科学与工程类","B","二等奖","水下井口系统密封部件的密封性能优劣和工作的可靠性会影响海洋钻井、完井和开采的安全性和可靠性。按密封体材料区分，密封总成大致可分为非金属密封总成、金属-非金属密封总成和完全金属密封总成。在安装时驱动体对密封体施加轴向载荷，使密封体径向膨胀与高压井口头和和套管悬挂器接触以达到密封的作用。因此，可以运用有限元软件从驱动体和密封体的结构参数和材料性能角度分析密封失效机理。","龚晗","2020011327","安全与海洋工程学院","安全工程","2020","安全20-2班","1","武胜男/2019880005","讲师","安全与海洋工程学院","5","于龙/2020011326,阎一凡/2020011325,张无忌/2020011328,秦艺航/2020011337"]
[128,"大变形水泥环缺失对套管受力性能的影响","创新训练项目","安全与海洋工程学院","双向","0815-矿业类","B","三等奖","水泥环对于保护和固定套管，封隔油、气、水层具有重要作用。在油气井作业过程中,水泥环完整性会受到破坏，,失去密封性，这将直接关系到油气井安全生产和使用寿命。因此，我们将通过数值模拟的方法，来研究到底什么样的水泥是最佳选择。本项目拟开展一下研究内容：建立新型的有限元模型，更改水泥环缺失条件，比较内层套管的受力大小。在此基础上，对水泥环和套管进行参数分析，以分析不同缺失条件下水泥环对套管应力分布的影响","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","3","庞安威/2020011241,陈正轩/2020011244"]
[129,"齿轮箱故障诊断的系统软件研究","创新训练项目","安全与海洋工程学院","双向","0829-安全科学与工程类","B","三等奖","本研究将利用系统软件通过对不同齿轮箱振动信号频谱的的分析、处理，实现对齿轮箱各种故障原因的判断。及早发现齿轮箱故障发生原因及其位置，并分析应采取的措施，避免对实验设备及人员造成伤害。同时针对齿轮箱工作过程中的安全问题，进行齿轮箱故障诊断的系统软件研究，开发齿轮箱故障诊断的系统软件，具有一定的经济效益和社会价值，应用前景广泛。\n","李科鋆","2021011164","安全与海洋工程学院","安全工程","2021","计算机21-4转专业班","1","徐晴晴/2017880008","讲师","安全与海洋工程学院","3","徐明杰/2021011166,朱信安/2021011171"]
[130,"油气生产过程受限空间作业人员不安全行为监测预警","创新训练项目","安全与海洋工程学院","双向","0829-安全科学与工程类","B","三等奖","本项目基于实现追踪技术，以受限空间特种作业人员为对象，将对受限空间恶劣环境对作业者的生理、心理健康及工作效率的影响进行调研，对各类作业人员不安全行为模式分析，通过模拟受限空间作业人员工作情景，设计测试任务，如人员操作正常、呼吸困难、心智游移等场景，通过眼动数据采集，提取不安全行为及隐患的眼动数据特征及图谱。选取模式识别方法，建立人员安全监测预警模型，开展实验测试与应用研究。","杨艾琳","2020011344","安全与海洋工程学院","安全工程","2020","安全20-3班","1","胡瑾秋/2422","教授","安全与海洋工程学院","5","董强/2020011356,方浩旭/2020011365,叶盈盈/2020011342,桂明浩/2020011294"]
[131,"涡流锁相热成像检测方法研究","创新训练项目","安全与海洋工程学院","双向","0829-安全科学与工程类","B","三等奖","相较于传统的涡流热成像技术，涡流锁相热成像技术不仅仅能够减少人为因素的影响，并且检测的深度范围更大。然而，目前国内对于海上平台钢结构的涡流锁相热成像检测分析几乎为零。我们团队基于指导老师现存的海洋平台层析热成像法，展开对于涡流锁相热成像方法的探索研究，并且在激励方式和数据处理方法上进行一定优化，为海上钢结构平台提供一种更加高效、可靠的安全检测方式。","李明辉","2019011271","安全与海洋工程学院","安全工程","2019","安全19-1班","1","郑文培/2012880069","副教授","安全与海洋工程学院","4","夏东霖/2019011331,张洪涛/2019011352,陈柯欣/2019011335"]
[132,"有机/无机复合稳泡体系的研究及抗温抗盐可循环微泡沫体系的开发","创新训练项目","安全与海洋工程学院","双向","1207-工业工程类","B","三等奖","由于我国鄂尔多斯盆地、松辽盆地等区域地层具有压力系数低、温度高、易发生井下复杂事故等问题，可循环微泡沫体系钻井液成为钻进地层最有潜力的钻井液类型。目前大多体系仅具有抗温或抗钙性能，抗温且抗盐泡沫体系研究较少。本研究旨在通过优选或制备发泡剂及稳泡剂，并开发一套抗温抗盐可循环微泡沫体系，为安全、高效开发低压力系数地层提供有力保障。","王鸣辰","2019011230","安全与海洋工程学院","海洋油气工程","2019","海工19-1班","1","杨丽丽/2015880034","副教授","安全与海洋工程学院","6","付于晓/2019011233 ,何现波/2020215741,武昀朋/2018010226,蔡磊/2021011260,赵子仪/2021011304"]
[133,"LNG接收站风险管控平台智能化软件的研究","创新训练项目","安全与海洋工程学院","自主","0829-安全科学与工程类","B","三等奖","结合新时代安全管理需求，深入研究LNG接收站的风险管控平台，从而提高LNG接收站的安全性，延长LNG储罐的使用寿命。本科创小组将开发出一个基于LNG接收站风险评价的智能决策软件，并完成一篇关于该风险评价智能决策软件的的研究论文，将智能化更加精确地应用到LNG接收站的风险管控当中，进一步减少人力物力财力的损失。","周炜超","2021011203","安全与海洋工程学院","安全工程","2021","安全21-2班","1","帅健/0088","教授","安全与海洋工程学院","5","游利娟/2021011189,李翔/2021011205,曾庆祯/2021011213,刘健/2021011196"]
[134,"行星齿轮箱典型部件故障模拟实验研究","创新训练项目","安全与海洋工程学院","双向","0829-安全科学与工程类","B","未获奖","行星齿轮箱承载动态载荷，工况复杂、工作环境恶劣，行星轮极易发生故障，及时发现其故障征兆并进行有效的辨识，具有重要意义。相对于振动信号，声音信号可通过非接触的方式采集，在高温、高腐蚀环境下，仍能从声音信号中获得可靠的机械设备重要信息，同时，声音信号具有故障敏感性强、易采集、非接触式测量等优势。通过应用声信号进行行星齿轮箱故障检测，可减少行星齿轮箱故障检测的环境局限性，保障行星齿轮箱的安全运行。","杨晴晴","2019011366","安全与海洋工程学院","安全工程","2019","安全19-3班","1","段礼祥/2100","教授","安全与海洋工程学院","3","温彦超/2020011301,韩宇恒/2021011209"]
[135,"四足类巡检机器人的设计","创新训练项目","安全与海洋工程学院","双向","0829-安全科学与工程类","B","未获奖","调查四足类巡检机器人技术应用现状，从检测和运动形态方面对相关机器人技术进行了分析和分类研究，给出了四足类巡检机器人技术应用建议方案，并对四足类机器人进行了经济性分析，并针对实际情况进行四足类巡检机器人设计工作。同时对现有检测设备进行改进，使之兼备多种性能。","马翌祥","2021011240","安全与海洋工程学院","安全工程","2021","安全21-3班","1","王金江/2014880053","教授","安全与海洋工程学院","2","王欣琳/2021011243"]
[136,"非均匀地应力条件下大变形水泥环对套管应力的影响","创新训练项目","安全与海洋工程学院","双向","0815-矿业类","B","未获奖","套管的安全性直接关系到油井的生产寿命。非均匀地应力是诸多套管损伤的因素中最重要的一种因素。在本课题中，我们拟试图研究非均匀地应力对套管应力分布的影响，并对比不同弹性模量的固井水泥在非均匀地应力下对套管抗承载力影响","苗智博","2019011241","安全与海洋工程学院","海洋油气工程","2019","海工19-1班","1","安峰辰/2015880048","副教授","安全与海洋工程学院","4","康一冉/2020011192,雷俊逸/2020011303,张铭轩/2020011210"]
[137,"新型复合材料采油管在轴拉载荷作用下的力学性能模拟","创新训练项目","安全与海洋工程学院","双向","0819-海洋工程类","C","未获奖","采油管是将油井底部的油、气输送到地面，进入集输流程的管道，是油气田开发的关键采油设备之一。采油管是维持油井运行的生命线，一旦管体由于某种原因而损坏，可能导致整口井的减产，甚至报废。轴拉作用下采油管力学性能的计算对采用管结构设计起到至关重要的作用。本课题拟探究复合材料采油管在轴拉作用下的力学响应。\n","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","安峰辰/2015880048","副教授","安全与海洋工程学院","5","唱响/2021011261,张秀龙/2021011300,徐浩洋/2021011299,朱驰衡/2021011271"]
[138,"安全高效新型海洋隔水导管力学分析与优化设计","创新训练项目","安全与海洋工程学院","双向","0829-安全科学与工程类","C","未获奖","设计海洋隔水导管变齿宽槽宽螺距不变螺纹，通过ANSYS数值模拟分析螺牙应力分布和螺纹等效应力，开展失效试验及对比极限抗扭试验验证螺纹可靠性及抗扭性能。建立隔水导管承载力计算模型，设计导管承载力加强装置及启动工具。设计新型多导程螺纹连接结构，实现隔水导管快速对扣与高效连接。","杭天晨","2021011244","安全与海洋工程学院","海洋油气工程","2021","海工21-1班","1","殷启帅/2021891005","讲师","安全与海洋工程学院","5","李志明/2021011254,孙一丹/2021012201,朱峰/2021011255,鹿啸岳/2021011265"]
[139,"一种用于结构力学教学的连续梁教具的制作","创新训练项目","安全与海洋工程学院","双向","0801-力学类","C","未获奖","连续梁有中间支座，所以它的变形和内力通常比单跨梁要小，因而在工程结构（如桥梁）和机件中应用很广。\n为了更好说明连续梁的结构特点及特性研制一个鉴定与连续梁结构的特性对比，现代课堂教学教具直观理解连续梁的静不定结构，同时进行比较和检测。通过在结构力学课程中，现代课堂教学教具的使用加深了学生对结构力学基本概念和基本理论和连续梁结构力学特征的理解。","张艺辰","2021011301","安全与海洋工程学院","海洋油气工程","2021","海工21-2班","1","安峰辰/2015880048","副教授","安全与海洋工程学院","4","陈顺/2021011280,马志鸿/2021011285,邓云飞/2021011283"]
[140,"油气田站场风险演化及预测预警研究","创新训练项目","安全与海洋工程学院","双向","0829-安全科学与工程类","C","未获奖","油气勘探与生产领域是技术密集型业务领域，生产工艺链条长，井场、管道、站库等设备设施种类繁杂，风险管控难度大。鉴于生产运行产生的数据量大、数据类型多、数据价值密度低，油气田迫切需要利用数据实现生产运行安全预警和智能化决策助力安全生产等实际情况，根据近年来油气管道行业安全预警方法，从预警灵敏度、定位功能、预警功能、预警距离、反馈时间、误报概率、可维护性、适应效果以及投资费用等方面进行研究","邝振宇","2021011167","安全与海洋工程学院","安全工程","2021","安全21-1班","1","徐晴晴/2017880008","讲师","安全与海洋工程学院","4","张雅鑫/2021011190,朱鹏辉/2021011184,陈向东/2021011197"]
[141,"天然气水合物空蚀破坏规律研究","创新训练项目","安全与海洋工程学院","双向","0707-海洋科学类","C","未获奖","项目研究内容：\n\"1.国内外空化空蚀与水合物研究进展与文献综述；\n2.利用Materials Studio软件建立天然气水合物模型；\n3.基于分子动力学模拟对天然气水合物模型进行空蚀破坏规律研究。\"\n","王润一","2019011303","安全与海洋工程学院","海洋油气工程","2019","海工19-3班","1","张逸群/2015880059","副教授","安全与海洋工程学院","3","安由可人/2018010242,江宜泉/2018010248"]
[142,"一种钻井液用纳米封堵剂的研制及机理研究","创新训练项目","安全与海洋工程学院","双向","1207-工业工程类","C","未获奖","钻井液降滤失性严重制约钻井作业的成败。随着油气开采向10000m甚至更深进发，对钻井液处理剂的抗高温提出了重要挑战。目前抗高温处理剂主要为磺化材料，但由于污染环境，已被限制使用。绿色环保抗高温处理剂的研发尚未突破抗240℃的瓶颈，严重制约我国油气勘探开发的进程。基于此，申请项目通过有机／无机杂化策略，研发一种抗240C及高盐钙的纳米降滤失剂；本研究对超深井的安全高效绿色钻完井作业具有重要意义。\n","刘晶雯","2021011245","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","刘嘉薇/2021011249 ,朱正阳/2021011272,杨昊霖/2021011251,王伟/2021011250"]
[143,"作业风险智能视频监控预警系统设计","创新训练项目","安全与海洋工程学院","双向","0829-安全科学与工程类","C","未获奖","本次作业风险智能视频监控风险智能识别预警系统设计主要着眼于调查施工场地工作人员的安全帽等安全设备的佩戴情况，同时对安全防护设备的佩戴合格度进行评估和监测，再对佩戴不合格的人员进行智能预警，从而使工作人员的佩戴合格度整体提高，以提高工作人员的安全意识，降低安全事故发生概率。","贺娟","2021011222","安全与海洋工程学院","安全工程","2021","安全21-3班","1","王金江/2014880053","岗位教授","安全与海洋工程学院","3","黄翰卿/2021011202,舒铖瑞/2021011168"]
[144,"石油储罐完整性管理系统智能化技术研发","创新训练项目","安全与海洋工程学院","双向","0829-安全科学与工程类","C","未获奖","储罐完整性管理以风险评价技术为基础，通过获得储罐的基础数据，了解其服役状况，结合工艺参数、设计条件、腐蚀情况等，分析设备发生失效的概率，以及失效后造成的后果，对设备进行综合评价，得出设备的风险等级，在当前可接受风险水平的条件下，区分风险较高的储罐，使检测和管理行为更加有效地集中于风险较高的储罐，提出合理检测策略。开发本软件的目的是为了对原油储罐进行可视化的完整性管理，借助智能手段提供可行的管理方案","马宁","2020011341","安全与海洋工程学院","安全工程","2020","安全20-3班","1","帅健/0088","教授","安全与海洋工程学院","4","夏雪儿/2020011340,张淑媛/2020011652,骆昕颖/2020011651"]
[145,"材料力学典型例题模拟软件开发","创新训练项目","安全与海洋工程学院","双向","0829-安全科学与工程类","C","未获奖","材料力学运用范围广阔，涵盖的领域复杂且数目庞大，研究材料力学知识，对我们的生产生活有着举足轻重的影响。但材料力学学习抽象，题目难度大，学生学习压力也相比其他课程有着一定的负担。将经典的材料力学与软件开发想结合，开发出一款能够帮助老师教学与学生辅助学习相关的软件产品，为之后的学习和授教提供有用的途径，为广大师生带来方便有效的学习工作。加深学生对学科的认识，减轻老师的工作压力，达到切实可行的目标。","蒲浩宇","2020011352","安全与海洋工程学院","安全工程","2020","安全20-3班","1","段庆全/2115","副教授","安全与海洋工程学院","5","岑小东/2019011318,徐辉龙/2020011354,杨斯骞/2019011319,杨晨/2020011353"]
[146,"天然气水合物压后产能模拟研究","创新训练项目","安全与海洋工程学院","双向","0805-能源动力类","C","未获奖","天然气水合物分布于深海或陆域永久冻土中，其燃烧后仅生成少量的二氧化碳和水，污染远小于煤、石油等，且储量巨大，因此被国际公认为石油等的接替能源。本项目是针对天然气水合物压后产能的模拟研究。项目主要内容为： 1.分析查阅国内外天然气水合物开采研究进展与文献综述；2.利用HydrateResSim软件建立天然气水合物降压开采数值模型；3.开展压后天然气水合物降压开采数值模拟，研究裂缝分布对产能影响规律。","王崇人","2019011252","安全与海洋工程学院","海洋油气工程","2019","海工19-2班","1","张逸群/2015880059","副教授","安全与海洋工程学院","3","刘鑫宇/2019011253,伍家燔/2020011213"]
[147,"基于机器学习的CO₂地质封存潜力评估新方法","创新训练项目","安全与海洋工程学院","双向","0815-矿业类","C","未获奖","CCS（Carbon Capture and Storage）技术被视为是一种直接、有效的减排手段，该技术将捕集到的CO₂处理后注入地下储层，从而减少CO₂向大气中排放。本项目基于CO₂地质封存过程中CO₂-水-岩反应机理，在分析和明确储层中碳封存潜力的主控因素和影响规律的基础上，收集国内外典型区块CO₂封存潜力评估数据并建立数据库，建立一种基于机器学习算法的CO₂地质封存潜力评估新方法。","郭海睿","2020011215","安全与海洋工程学院","海洋油气工程","2020","海工20-1班","1","陈浩/2015880026","副教授","安全与海洋工程学院","4","左进府/2020011279,李逢晖/2021011248,宋彭辉/2020011206"]
[148,"碳纤维钻杆抗扭承载力的有限元分析","创新训练项目","安全与海洋工程学院","双向","0801-力学类","C","未获奖","随着石油和天然气的勘探和开采难度越来越大，深井、水平井、大位移井、含硫环境、低温环境等对于钻杆的要求越来越高。另一方面，碳纤维复合材料钻杆具有质量轻、强度高、耐腐蚀性强等优点，可以很好地满足石油钻井所面临的挑战。鉴于此，本课题拟研究碳纤维钻杆在钻井过程中的力学响应，为碳纤维钻杆后期的设计奠定理论基础。","韩沛","2019011281","安全与海洋工程学院","海洋油气工程","2019","海工19-3班","1","安峰辰/2015880048","副教授","安全与海洋工程学院","4","胡宁元/2019011258,刘聪/2021011292,陈祉夫/2019011262"]
[149,"不同偏心条件对夹层管在外压作用下界面粘结应力的影响","创新训练项目","安全与海洋工程学院","自主","0819-海洋工程类","C","未获奖","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，构造比较复杂。本课题拟通过有限元的方法探究不同偏心对外压作用下夹层管内外双材料界面粘结应力的影响，为夹层管生产标准的制定奠定理论基础。","周政扬","2020011197","安全与海洋工程学院","海洋油气工程","2020","海工20-1班","1","安峰辰/2015880048","副教授","安全与海洋工程学院","5","邱俊熙/2020011199,林翰/2020011198,艾迪/2020011200,李明锐/2020011212"]
[150,"站场重要设施状态监测与安全预警技术研究","创新训练项目","安全与海洋工程学院","双向","0829-安全科学与工程类","C","未获奖","本项目以油气田集输站场为研究对象，建立站场重要设施状态监测与安全预警技术，通过监测预警技术研发，降低站场设施事故后果，提高减灾能力，杜绝重特大事故，全面提升站场安全管理水平。利用各种传感器采集站场重要设施的状态信息数据，通过无线网络进行数据传输，建立站场重要设施运行状态实时监测网络，及早发现重要设施事故隐患实现早期预警，并为站场风险决策和应急救援提供状态数据。","程诺","2021011198","安全与海洋工程学院","安全工程","2021","安全21-2班","1","徐晴晴/2017880008","讲师","安全与海洋工程学院","4","董家延/2021011208,张仟/2021011207,袁淇/2021011201"]
[151,"复合材料采油管在井筒传热过程中的温压敏感分析","创新训练项目","安全与海洋工程学院","双向","0819-海洋工程类","C","未获奖","采油管是油气田开发的关键设备之一，传统采油管多以钢合金为主，其耐腐蚀性能较差，使用年限不长，本项目拟将复合材料应用于井下采油管从而实现减轻采油管失效对石油开采带来的压力。因采油管温压计算对井下采油管受力分析及结构设计起到至关重要的作用，本课题拟探究复合材料采油管各参数对井筒温压剖面影响。","黄若宸","2020011272","安全与海洋工程学院","海洋油气工程","2020","海工20-3班","1","安峰辰/2015880048","副教授","安全与海洋工程学院","4","王志浩/2019011232,王东雯蓄/2020011227,陈宇行/2021011262"]
[152,"夹心层材料的力学性质对深水夹层管抗外压性能的影响分析","创新训练项目","安全与海洋工程学院","双向","0707-海洋科学类","C","未获奖","深水油气开发对保障我国能源安全有重要意义，而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。然而，深水夹层管为解决这些问题提供了经济又可靠的解决方案。由于这种组合管涉及三种界面、两种材料，构造比较复杂。鉴于此，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力学性能的影响，进而为夹层管生产中夹心层材料的选择提供相应的依据并奠定理论基础","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","4","李阳/2020011247,王兴洲/2020011271,张俊杰/2020011245"]
[153,"二氧化碳电催化转化催化剂的智能筛选","创新训练项目","新能源与材料学院","双向","0703-化学类","A","一等奖","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。","郑廷辉","2021011462","新能源与材料学院","材料科学与工程","2021","材料21-1班","1","李振兴/2015880003","副研究员（自然科学）","新能源与材料学院","3","程伟杰/2021011500,郭文宣/2021011469"]
[154,"电催化析氢——自支撑纳米材料的合成与性能研究","创新训练项目","新能源与材料学院","双向","0804-材料类","A","一等奖","本项目关注到当今析氢催化剂的发展痛点，经对比多种基底材料，最终选用多孔泡沫镍作为导电基板，参考界面工程策略，通过浸渍-炭化两步策略合成了直接生长在泡沫镍上的Co和Mo2C集成多孔氮掺杂碳片(Co/Mo2C-NCSs)，提高HER效率。同时，本项目制备工艺简单，且成本可控，具有较好的现实生产意义，为制备绿氢提供一种新方案。","于佳鑫","2020011480","新能源与材料学院","新能源科学与工程","2020","新能源20-1班","1","王春霞/2016880022","副教授","新能源与材料学院","4","姜迅/2020011482,苏婷玉/2020011481,王艺璐/2020011475"]
[155,"基于生物质的纳米材料的合成及电催化析氢性能研究","创新训练项目","新能源与材料学院","双向","0804-材料类","A","二等奖","寻找具有优良天然形貌的可再生生物质和性能较好的负载金属纳米颗粒材料，并在此基础上通过水热炭化法制备碳纳米材料，控制参数，得到其最佳制备方法与条件。同时利用制备出的生物质复合碳纳米材料进行电解水催化析氢的效率的研究。","蒋俊杰","2020011489","新能源与材料学院","新能源科学与工程","2020","新能源20-1班","1","王春霞/2016880022","副教授","新能源与材料学院","4","徐雅轩/2020011477,王殊斐/2020011476,柴清硕/2020011486"]
[156,"单原子负载碳纳米材料电解水性能研究","创新训练项目","新能源与材料学院","双向","0804-材料类","A","二等奖","合成单原子负载的金属有机框架纳米材料，进行电催化性析氢能研究，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。利用水热法、气相沉积法（CVD法）、复合电沉积法等方法制备负载单原子的碳纳米材料，再对其进行材料表征、结构表征，最后通过实验研究所制备的材料的电催化氧还原和析氢的性质。\n","李蔚","2020011532","新能源与材料学院","新能源科学与工程","2020","新能源20-2班","1","王春霞/2016880022","副教授","新能源与材料学院","3","陈天乐/2020011533,叶文欣/2020010504"]
[157,"自支撑过渡金属基电催化剂的设计合成及电解水研究","创新训练项目","新能源与材料学院","自主","0804-材料类","A","二等奖","该项目采用泡沫金属为基底，经过化学刻蚀等表面修饰，原位生长金属有机框架化合物，无需额外添加金属源，随后煅烧制备自支撑电催化剂。原位生长策略有效降低催化剂和基材之间的界⾯电阻，同时接触确保催化剂的机械稳定性，⾃⽀撑原位⽣⻓整齐纳⽶阵列提供⾼的⽐表⾯积、⼤量活性催化位点和高活性材料负载量，同时有利于⽓泡的解析。该材料有望改善传统粉体材料大电流密度下活性物质脱落，性能显著下降的问题。","杨雨凡","2021011401","新能源与材料学院","储能科学与工程","2021","储能21-1班","1","车赛/2020891005","讲师","新能源与材料学院","2","吴奇乐/2021011404"]
[158,"高催化活性铜纳米结构合成及在二氧化碳转化中的应该","创新训练项目","新能源与材料学院","双向","0703-化学类","B","二等奖","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。","李田育","2021011346","新能源与材料学院","新能源科学与工程","2021","新能源21-1班","1","李振兴/2015880003","副研究员（自然科学）","新能源与材料学院","1"]
[159,"采用可控挥发制备高度有序的聚合物单晶的研究","创新训练项目","新能源与材料学院","自主","0804-材料类","B","三等奖","高分子单晶一直是高分子物理研究的重点领域。由于结晶过程中主链的平面化与分子链的紧密堆叠，使得单晶相较于无序态的高分子材料性能得到极大提高。而如何获得高度有序单晶一直是待解决的问题。在本研究中，将采用溶剂可控挥发的手段，以聚乙烯醇为例实现薄膜溶液中单晶的培养。通过控制溶剂的挥发速度，制备具有不同尺寸与成核密度的单晶样品。采用光学、原子力、扫描电子显微镜等手段对单晶形貌进行统计分析。","汪骏豪","2020011457","新能源与材料学院","材料科学与工程","2020","材料20-3班","1","吴天宇/2022880022","讲师","新能源与材料学院","3","黄昊哲/2020011468,罗浩洋/2020011458"]
[160,"具有AIE效应水凝胶的设计制备及性能研究","创新训练项目","新能源与材料学院","双向","0804-材料类","B","三等奖","很多传统有机发光材料只能在低浓度的溶液中才能发光。唐本忠院士团队发现了一种特殊现象可解决这个难题：一些荧光分子在聚集状态下反而会显示出更加强烈的荧光，并提出这是一种聚集诱导发光(AIE)效应。具有AIE效应的荧光分子不断在智能传感材料、液晶或偏振光材料、高效率的OLED显示和照明材料、细胞器成像和长效追踪的荧光探针等众多领域应用。我们团队将据此进一步研究具有AIE效应水凝胶的设计制备及性能。","王南乔","2020011438","新能源与材料学院","材料科学与工程","2020","材料20-2班","1","李勃天/2016880030","副教授","新能源与材料学院","3","龙宇杰/2019011448,范傲成/2020011397"]
[161,"中空结构纳米材料的制备及在催化二氧化碳参与的有机反应研究","创新训练项目","新能源与材料学院","双向","0804-材料类","B","三等奖","中空结构纳米材料催化剂可明显提高反应物传质速率，增加催化剂体积，并且可以通过控制外壳的厚度，使中空结构纳米材料对反应物的运输不产生阻力。运用自模板方法，在不使用种子前体的情况下通过选择性化学蚀刻方法合成中空结构的纳米材料。同时将得到的中空结构的纳米材料作为催化剂，应用到二氧化碳参与的有机化学反应中，为学术研究和工业生产提供一种全新合成方法，并且为基于金属纳米材料的类均相催化体系的开发提供理论依据。","陈丽娜","2020011406","新能源与材料学院","材料科学与工程","2020","材料20-2班","1","李振兴/2015880003","副研究员（自然科学）","新能源与材料学院","2","汪玉荣/2020011405"]
[162,"深空探测用样品采集器的性能研究","创新训练项目","新能源与材料学院","双向","0804-材料类","B","三等奖","我国从进入航天时代起都不曾停下对深空的探测脚步，其中一个重大目标是进行样品的采集。我国下一步航天计划就是通过一次发射，开展对小行星的探测、附着以及取样返回的探测任务。盲采对采集器的要求非常高，采集陷入多重困境，为此我们提出了以形状记忆合金弹簧簇为单位的采集器的解决方案。本项目主要研究深空探测用样品采集器的结构与性能之间的关系，表征采集器在模仿深空环境中的采集性能，为我国小行星探测提供适合的采集器。","郑俏","2020011445","新能源与材料学院","材料科学与工程","2020","材料20-3班","1","郝世杰/2013880019","教授","新能源与材料学院","3","雷雨露/2020011448,熊金玲/2020011446"]
[163,"铜基合金纳米结构制备及在电催化选择性氧还原制过氧化氢的应用","创新训练项目","新能源与材料学院","双向","0703-化学类","B","三等奖","过氧化氢在造纸、电子、工业废水处理以及氧化等化工行业发挥重大作用。目前，过氧化氢的工业生产仍然采用传统的蒽醌工艺。该工艺的主要问题在于，步骤复杂，有机副产物较多，催化剂多采用Pd/Al2O3贵金属催化剂而且过氧化氢的大规模运输、存储都属于高危工种。选择性氧还原制过氧化氢由于其能耗和成本低，可以直接在漂白工业、酸性废水处理行业使用，具有广阔的应用前景。","王子安","2020011525","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","副研究员（自然科学）","新能源与材料学院","1"]
[164,"结合开尔文液滴起电机的新型雨滴发电结构和光雨联合发电装置","创新训练项目","新能源与材料学院","自主","0805-能源动力类","B","三等奖","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","2","姜大强/2380,王荣亮/2021911009","高级工程师,无","新能源与材料学院,新能源与材料学院","5","高郅昊/2021011448,王靖元/2021011449,侯俊龙/2021011451,巩锦航/2021011456"]
[165,"柔性环保节能保温膜的设计与制备","创新训练项目","新能源与材料学院","双向","0804-材料类","B","未获奖","1.通过利用一些复合材料最大程度的增强太阳光的吸收，极大地增强了保温膜的光热性能。\n2.利用镍纳米线阵列反射红外线技术来降低人体能量散失，增加薄膜保温功效以便达到能量最大利用效果。\n3.薄膜的优化结构设计：采用双层膜结构，夹层填充电热材料（例如石墨烯）从而达到更好的保温功效。\n市场前景：\n解决目前市场上使用的保温膜材料科技含量不高，保温效果不好的问题。为更好满足市场需求应运而生。","田锡萌","2021011502","新能源与材料学院","材料科学与工程","2021","材料21-3班","1","相文峰/2403","副教授","新能源与材料学院","5","刘家懿/2021011470,李轲宜/2021011466,孙雅萌/2021011472,邓钰/2021011504"]
[166,"模板法制备空心立方体Bi/BiOCl纳米颗粒及其光催化性能研究","创新训练项目","新能源与材料学院","自主","0804-材料类","B","未获奖","       BiOCl因其毒性低、成本较低且具有良好的光学、电学性能而备受关注，BiOCl在降解汽车尾气等有害气体领域也有一定的前景。空心结构的材料以其较大的比表面积可以促进其表面吸附反映物质，可以有效地提高催化剂的催化性能。因此实验计划通过模板法探索 BiOCl 空心结构对其光催化性能的影响，研发BiOCl的空心结构，增强BiOCl在光催化应用方面的性能，扩大其应用领域。\n\n\n","张亚萍","2019011429","新能源与材料学院","材料科学与工程","2019","材料19-2班","1","李宁/2017880030","讲师","新能源与材料学院","4","胡紫胭/2019011433,汪家怡/2019011431,杨川仪/2019011437"]
[167,"铁铬液流电池电解液的优化研究","创新训练项目","新能源与材料学院","自主","0703-化学类","C","未获奖","针对铁铬液流电池存在的问题，系统分析并阐述不同温度，尤其是在65℃条件下，电解液中Pd离子、Bi离子浓度的变化对电极反应有怎样的影响，以期揭示如何选择适用于高温服役铁铬液流电池的抑制析氢添加剂。可以预见，在优化电解液的基础上，选择更适合铁铬液流电池的析氢抑制剂，会在很大程度上提升电池的稳定性，为铁铬液流电池的进一步发展及应用提供数据支撑。","赵思雨","2021010364","碳中和未来技术学院","储能科学与工程","2021","储能21-1未来班","1","徐泉/2014880008","教授","新能源与材料学院","3","李卿熙/2021010025,杜易璋/2021010144"]
[168,"高性能镍钴基电容材料制备及性能评价","创新训练项目","新能源与材料学院","双向","0804-材料类","C","未获奖","围绕高性能镍钴基电容材料的制备开展实验研究，熟悉相关材料的制备及表征方法，了解具有独特电化学特性的镍钻基超级电容器电极材料的详细工艺及电化学测试结果，掌握非对称超级电容器材料的评价方法，获得一种储能用高性能镍钴基电容材料。","周子正","2021011365","新能源与材料学院","新能源科学与工程","2021","新能源21-1班","1","杨旺/2019880018","副高级","化学工程与环境学院","2","倪晓冬/2021011358"]
[169,"微生物腐蚀生物电化学检测电极优化","创新训练项目","新能源与材料学院","双向","0804-材料类","C","未获奖","设计多层堆栈结构的微电极，采用电镀、沉积等技术完成制备，对该电极进行材料性能表征，并基于生物电化学电子传递理论，应用该电极检测水环境中微生物的含量，确定微生物腐蚀能力。采用电镀、沉积技术制备微米尺寸的检测电极，基于生物电化学理论检测微生物腐蚀行为。","高鹏飞","2020011402","新能源与材料学院","材料科学与工程","2020","材料20-1班","1","李迎超/2017880010","副教授","新能源与材料学院","2","张仁婕/2021011435"]
[170,"碳纤维/氧化锌纳米棒阵列负载纳米金属颗粒催化剂的制备与CO2转化性能","创新训练项目","新能源与材料学院","双向","0804-材料类","C","未获奖","  （1）采用水热法制备碳纤维/氧化锌纳米棒阵列负载纳米金属颗粒催化材料 \n（2）对催化材料形貌结构和电化学特性进行表征测试 \n（3）探究催化材料在不同温度压力环境下的CO2催化转化性能。      ","朱光瑀","2020011431","新能源与材料学院","材料科学与工程","2020","材料20-2班","1","陈立强/2167","讲师","新能源与材料学院","3","王圣/2020011424,康文佳/2020011410"]
[171,"我国氢能行业的发展与挑战","创新训练项目","新能源与材料学院","双向","0805-能源动力类","C","未获奖","作为一种新兴能源，尽管近年来氢能产业发展迅速、已经具备一定的产业规模化基础，但还有不少现实问题亟待解决。该项目需要从产业政策、产业链分布、专利布局、成本核算等多角度出发，研究我国氢能行业所面临的挑战以及未来发展前景的分析。","卢艾亲","2020011940","经济管理学院","能源经济","2020","能经20-1班","1","孙晖/2013880072","副教授","新能源与材料学院","4","刘圣杰/2020011934,李明海/2018010152,杨鑫/2019010118"]
[172,"光热器件研制科创","创新训练项目","新能源与材料学院","双向","0804-材料类","C","未获奖","温差发电技术，又称热电发热技术，是一种利用高低热源之间的温差，将热能转化为电能的技术，具有坚实耐用，无噪音，使用寿命长等诸多优点。温差发电技术发展至今仍然存在发电效率不高，使用不普遍的问题，仍待探索。太阳能发电技术在生活中已经普遍应用，但是热能没能得到利用，造成极大浪费。我们想要将太阳能发电技术和温差发电技术联合应用，让光能和热能都能转化为电能，提高能源的利用率，同时提高发电量。","李栋","2020011419","新能源与材料学院","材料科学与工程","2020","材料20-2班","1","陈立强/2167","讲师","新能源与材料学院","4","刘郅煜/2020011436,陈嘉实/2020011401,杨青川/2020011459"]
[173,"铁铬液流电池隔膜的设计与优化","创新训练项目","新能源与材料学院","自主","0805-能源动力类","C","未获奖","随着碳达峰碳中和的提出，现阶段人类迫切需要发展新能源。为深入应用间歇性的新能源,储能技术逐渐展现出优越的性能。铁铬液流电池由于其成本低、运行范围温度大等优势，被认为是大规模储能最有前景的技术之一。离子传导膜是电池分隔正极和负极电解液的结构，开发具有高透过性、低膜面阻、价格低廉的隔膜进一步降低铁铬液流电池的成本，使大规模储能加速落地就显得极为重要。","段捷星","2021011351","新能源与材料学院","新能源科学与工程","2021","新能源21-1班","1","徐泉/2014880008","研究员（自然科学）","新能源与材料学院","4","左润国/2021011342,李宏凯/2021010547,李沛桦/2021011946"]
[174,"生物质基光催化氧化探索","创新训练项目","新能源与材料学院","双向","0805-能源动力类","C","未获奖","化石储量的枯竭和温室气体的过度排放导致了对利用生物质等可再生资源来生产生物燃料和增值化学品的迫切需求，光催化作为一种环境友好、节能的生物质转化方法越来越受到人们的重视，通过合理调控催化剂和光诱导活性自由基物种之间的相互作用，以及光催化剂结构、溶剂等反应参数的影响，构建具有高可见光活性的光催化体系，可以实现生物质的高值化利用，项目研究的是在光催化下原料在单线态氧参与后发生了环加成反应产生一系列产物。","贾静","2019011402","新能源与材料学院","材料科学与工程","2019","材料19-1班","1","李江/2014880017","副研究员（自然科学）","新能源与材料学院","3","赵冰月/2019011401,冯力/2019011398"]
[175,"表面张力对亲水性二维片状薄膜干燥卷曲现象的调控作用","创新训练项目","新能源与材料学院","双向","0804-材料类","C","未获奖","选用CoSO4和 NiSO4混合溶液和氨水作为原料，依靠气液界面技术（GSIT）生成二维亲水性片状薄膜。为保证这种薄膜结构的连续性和完整性，需要探究薄膜在干燥过程中产生龟裂卷曲的微观机制，并通过加入表面活性剂、适当改变温度和压强来降低溶液的表面张力，尽可能地避免亲水性薄膜干燥时发生卷曲碎裂。","李坤祺","2019011475","新能源与材料学院","材料科学与工程","2019","材料19-3班","1","高旸钦/2016880029","副教授","新能源与材料学院","3","聂嘉蕾/2020011407,张子煜/2020011441"]
[176,"有机硅季铵盐高性能杀菌剂设计","创新训练项目","新能源与材料学院","双向","0804-材料类","C","未获奖","微生物普遍曾在于各种环境当中，大气、土壤、水环境等。微生物造成的腐蚀现象危害石油石化上游开采运输、炼化等安全进行，尤其在管道、冷凝器等设备当中。本课题针对微生物代谢活性特征，设计杀菌剂与增效剂组合，寻求更高的杀菌效果，并通过分子设计等降低杀菌剂成本，达到高效低成本杀菌目的。目前已有几种组合，但需要提高杀菌效果和降低成本。","陈秀琳","2020011411","新能源与材料学院","材料科学与工程","2020","材料20-2班","1","李迎超/2017880010","副教授","新能源与材料学院","4","李娅/2020011443,郝嘉淳/2020011467,章西贝/2020011466"]
[177,"高性能仿生可控黏附表面","创新训练项目","新能源与材料学院","自主","1207-工业工程类","C","未获奖","本项目拟在仿生表面的制备过程中引入梯度特性概念，揭示梯度特性在壁虎脚掌与接触表面黏附和脱附过程中的动态耦合机制发挥的优势。通过对仿生表面进行深入的改造，实现可以在不同环境下快速响应并对物体进行抓取与释放，同时具有良好的循环使用性能，并进一步探讨在机械夹持等领域的应用。","刘新阳","2021011405","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","研究员（自然科学）","新能源与材料学院","5","张翔宇/2021011415,张丁予/2021011412,陈子骏/2021011421,吴信宽/2021011427"]
[178,"剪切增稠水凝胶的设计制备及性能研究","创新训练项目","新能源与材料学院","双向","0804-材料类","C","未获奖","动态共价键由于其动态可逆断裂-重组的独特属性，常被应用于合成自由修复材料，同时许多由动态共价键所构筑的聚合物交联网络在一定剪切速率下往往表现出剪切增稠的效应，本项目通过测定添加了对苯二硼酸的聚乙烯醇交联网络中硼酸酯键的寿命，来表征该瞬态交联网络的力学响应，并据此尝试构建以酰腙键（一种动态共价键）为主的新型交联网络模型，分析和评估其剪切增稠的性能。","卓儒杰","2020011389","新能源与材料学院","材料科学与工程","2020","材料20-1班","1","李勃天/2016880030","副教授","新能源与材料学院","2","罗杰/2020011433"]
[179,"金属@MOFs--奶酪填充式储氢技术","创新训练项目","新能源与材料学院","双向","0804-材料类","C","未获奖","作为清洁理想的二次能源，氢能源已引起世界各国的广泛关注，金属有机骨架化合物(MOFs)由于它们非常高的比表面积和稳定的孔结构，可用于负载尺寸可调的金属纳米粒子， “金属@MOFs\" 系统在气体储存尤其是储氢方面备受关注，本次创新比赛我们将功能性金属高度分散在自身具有高比表面积的MOFs材料上，从而设计一种新型储氢材料，以此实现储氢性能的提升。","孟庆宁","2020011538","新能源与材料学院","新能源科学与工程","2020","新能源20-2班","1","杨克/2016880010","助理研究员（自然科学）","新能源与材料学院","4","周旷远/2020011490,李德志/2020011526,宋廷玉/2020011520"]
[180,"聚电解质水凝胶二极管的设计制备","创新训练项目","新能源与材料学院","双向","0804-材料类","C","未获奖","设计制备聚电解质水凝胶，并组装形成水凝胶二极管，测试电学性能及力学性能，测试电粘附性能；水凝胶离子二极管相比于传统二极管有着柔软、易制备、生物相容性、透明的优点，在通电后有一定吸附作用，可应用于水下吸附、组织粘合剂、可穿戴可植入设备等众多研究方向，但并不成熟。","姜灏楠","2020011420","新能源与材料学院","材料科学与工程","2020","材料20-2班","1","李勃天/2016880030","副教授","新能源与材料学院","2","毕博同/2020011382"]
[181,"基于机器学习的生物炭基厌氧消化促进剂制备分析系统","创新训练项目","新能源与材料学院","双向","0805-能源动力类","C","未获奖","项目通过人工智能算法判断分析特定的实际工厂工况条件，制定适合具体工厂的最优生物炭制备方案，及厌氧消化时生物炭的添加量和操作条件，来缩短生产甲烷等经济产物的产期，更高效地为工厂实现沼气甲烷增产的产值效益，并进而实现甲烷经济效益的显著提升。减小二氧化碳的排放，实现节能减排的环保效益，助力国家双碳目标的达成。","左润国","2021011342","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","李叶青/2014880022","副研究员（自然科学）","新能源与材料学院","4","冯伊婧/2021011339,刘智扬/2021011810,张田慧/2021011408"]
[182,"C3N4基光催化剂的合成及其分解水制氢性能","创新训练项目","新能源与材料学院","双向","0703-化学类","C","未获奖","当今社会能源与环境问题越来越突出，开发清洁的可再生能源势在必行。氢气被认为是可持续发展的理想能源，利用太阳能光催化分解水制氢气是一种非常有前景的方式。C3N4是目前光催化材料的研究热点之一，它具有稳定性好，具有可见光响应，环境友好等优点，本研究将通过C3N4结构化和金属负载来进一步提高光催化分解水制氢的效率。具体内容包括：1、光催化剂合成；2、光催化分解水制氢性能测试","田楹荧","2020011409","新能源与材料学院","材料科学与工程","2020","材料20-2班","1","王雅君/2013880075","副研究员（自然科学）","新能源与材料学院","2","向张驰/2020011453"]
[183,"页岩油藏参数智能评价研究","创新训练项目","人工智能学院","双向","0809-计算机类","A","未获奖","采用自编程或商业软件，建立页岩油藏仿真模型，计算理论试井曲线图版，基于数据驱动形成裂缝参数反演知识库，开展实例分析应用。\n具有科研探索精神及独立学习的能力；要求具有的计算机软件学习操作能力；或会使用python或matlab等编程语言。\n","张轩溢","2019011706","人工智能学院","人工智能","2019","人工智能19-1班","1","陈志明/2021880001","教授","人工智能学院","4","孙鑫乙/2020010227,管方震/2020010223,黄福溢/2020010225"]
[184,"面向移动边缘计算依赖任务的卸载方法研究","创新训练项目","信息科学与工程学院","双向","0809-计算机类","A","一等奖","随着移动计算和物联网应用愈发复杂，移动边缘计算的计算卸载须考虑任务间的依赖关系和执行顺序。当具有依赖关系的任务分别在移动设备和边缘服务器或者在不同的边缘服务器上进行处理时，通常会导致跨设备的数据传输，复杂的任务间依赖关系和通信使移动边缘计算中的计算卸载更具挑战性。本项目旨在综合考虑依赖任务的卸载决策和资源分配，建立优化模型，设计并实现一种边缘计算卸载方案，以联合优化移动应用的延迟和移动设备的能耗。","陈杰","2020011756","信息科学与工程学院","计算机科学与技术","2020","计算机20-3班","1","黄霁崴/2018880026","教授","信息科学与工程学院","2","付成功/2020011355"]
[185,"基于实景点云的导盲环境感知方法","创新训练项目","信息科学与工程学院","双向","0809-计算机类","B","二等奖","目标检测与建模系统在工业控制、城乡设计、地质勘探、无人驾驶等领域有着十分关键的应用。为了实现实景目标物的智能检测和尺寸测量，构建一套基于点云的实景目标物三维建模系统。基于计算摄影、边缘提取、深度学习原理，提出适应室外场景的目标物分割和测量方法；以用户需求为导向，改进实景点云三维建模系统性能；使用飞行器或机器人搭载Jetson智能开发平台进行系统测试；开发简易Android应用程序实现用户交互。","赵翊","2019010878","信息科学与工程学院","计算机科学与技术","2019","计算机19-4转专业班","1","朱丹丹/2015880005","副教授","信息科学与工程学院","4","王长浩/2020010152,刘凯文/2020010394,周子杰/2019011069"]
[186,"基于无人机的移动边缘计算系统能效优化方法研究","创新训练项目","信息科学与工程学院","双向","0809-计算机类","B","三等奖","本项目旨在对无人机边缘计算系统进行数学刻画，建立任务队列、电池队列和任务卸载模型，利用Lyapunov优化技术和深度强化学习算法，在队列稳定性的前提下，对系统能量消耗进行优化，形成动态最优卸载方案，并在仿真环境进行验证。","周宇","2019011949","信息科学与工程学院","计算机科学与技术","2019","计算机19-4转专业班","1","黄霁崴/2018880026","教授","信息科学与工程学院","2","张书航/2021011617"]
[187,"智慧社区服务生成工具与执行平台","创新训练项目","信息科学与工程学院","自主","0809-计算机类","B","三等奖","随着商品房住宅小区的迅速发展，小区治理问题逐渐成为城市基层治理的重心。在业主自治组织发展建设过程中，出现了成立难、运作难、监督难的问题，互联网技术的发展为城市住宅小区业主自治组织提供了解决问题的新思路。网格社区APP作为互联网技术在基层治理领域新的尝试，运用面向服务编程的思想，采用模块化服务技术，依托服务计算实验室，搭建智慧社区服务生成工具与执行平台，让民调发起者能轻松创建符合自身需求的服务界面。","何航","2020010853","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","5","李易达/2020011750,廉宇飞/2020011746,秦嘉忆/2020012155,秦海/2020011731"]
[188,"基于图卷积神经网络的预测算法","创新训练项目","信息科学与工程学院","双向","0809-计算机类","C","未获奖","聚类是机器学习的一个基础性问题，作为经典的无监督学习算法在数据挖掘/机器学习的发展历史中留下了不可磨灭的印记。其中,经典的聚类算法K-Means也被选为数据挖掘十大经典算法。 为聚类算法的发展注入了新活力，从深度学习方法中获得灵感的深度聚类获得了最先进的性能，并引起了广泛的关注。本课题的研究内容是针对多元时序数据，通过图神经网络具有强大的结构捕获能力获得时序数据的特征，提升聚类算法的性能。","赵新龙","2019010849","信息科学与工程学院","计算机科学与技术","2019","计算机19-4转专业班","1","张丽英/2012","讲师","信息科学与工程学院","2","邵帅/2020010271"]
[189,"多任务环境的自适应的可变形机器人智能设计方法","创新训练项目","信息科学与工程学院","双向","0809-计算机类","C","未获奖","本项目拟基于深度进化强化学习(DERL)框架，利用强化学习和进化算法等方法，搭建可变形态机器人的智能化设计流程，即通过不同的大类场景学习，例如到达目标点，推动物品到指定位置，躲避障碍物等不同环境下任务，进化出特定形态模块，进而自动构建机器人整体结构。","焦汇珅","2019011081","信息科学与工程学院","计算机科学与技术","2019","计算机19-4转专业班","1","朱丹丹/2015880005","副教授","信息科学与工程学院","3","赵泽铭/2020011764,高煜洲/2020011711"]
[190,"校园景观模型的遮挡处理以及优化研究","创新训练项目","信息科学与工程学院","自主","0807-电子信息类","C","未获奖","在上一期项目中，我们完成了基于深度学习的校园景观识别系统。但目前系统对校园景观的识别存在建筑物占总图的比例较大、图片有遮挡等缺点，导致识别准确率不高。针对上述问题，本项目在已完成的校园景观识别模型的基础上，从数据预处理（遮挡处理）、模型的参数及结构等方面对校园景观模型进行优化。以达到削弱遮挡物对识别效果的影响，根据本校建筑物特点适配模型结构与参数的目的，最终实现识别效果的优化，提高识别的准确率。","赵京翼","2020011631","信息科学与工程学院","电子信息工程","2020","电子20-1班","1","陈冲/2018880002","讲师","信息科学与工程学院","4","吴远泽/2020011632,杨子毅/2020011629,白嘉/2020011628"]
[191,"基于图卷积神经网络的推荐算法研究","创新训练项目","信息科学与工程学院","双向","0809-计算机类","C","未获奖","本课题以基于图神经网络的推荐系统(为研究范例。研究使用先进的图学习方法来建模推荐系统中用户的偏好和意图，以及推荐系统(RS)中项目的特征和受欢迎程度。与传统的RS(包括基于内容的过滤和协作过滤)不同，GLR建立在简单或复杂的图上，其中各种对象(例如，用户、项目和属性)被显式或隐式地连接。如何对各种对象之间存在的显式或隐式链路进行建模，实现更精准的预测，是本课题的研究目标。","院龙","2020015365","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","张丽英/2012","讲师","信息科学与工程学院","2","梁伯强/2020011020"]
[192,"基于Transformer对工业非线性动态过程的建模与预测","创新训练项目","信息科学与工程学院","自主","0808-自动化类","C","未获奖","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、RNN、transformer模型进行训练。对系统进行仿真实验，分别选取典型的单变量与多变量非线性动态过程, 并采用训练完成的神经网络对其进行建模和预测. 最后,对预测效果进行评价分析.","胡瀚文","2019011243","信息科学与工程学院","自动化","2019","自动化19-3转专业班","1","王珠/2016880017","副教授","信息科学与工程学院","4","卞蕊/2019011641,刘征宙/2019011696,刘锦龙/2019011657"]
[193,"基于人工智能的岩石图像描述方法研究","创新训练项目","理学院","自主","0701-数学类","A","一等奖","本项目是在将人工智能运用于岩性图像识别的基础上开展的，岩性图像识别与描述有助于地质类基础研究更加精确。但是在建立庞大数据背景的过程中，数据训练速度缓慢，导致丰富的数据库资源不能够很高效迅速地呈现出来。本项目主要针对“如何提高训练过程的速度与效率”这一问题进行研究。我们将从最新的数据和资料出发，利用python实现神经网络等算法，通过优化结构与参数，实现算法与数据库资源的高效结合。","陈朝阳","2020011779","理学院","数学与应用数学","2020","数学20-1班","1","董少群/2019891005","讲师","理学院","3","阿斯哈提/2021010177,周鑫/2020011811"]
[194,"驱油用表面活性剂静态吸附规律的研究","创新训练项目","理学院","双向","0703-化学类","A","二等奖","针对表面活性剂在驱替过程中吸附损失的问题，基于表面活性剂-岩石体系，结合储层的物性特征和多组分矿物组成特征，探究不同矿物组分、表面活性剂分子结构、液固比、温度等因素对表面活性剂吸附的影响，揭示表面活性剂在岩石表面的吸附规律。","解庆莹","2020011844","理学院","应用化学","2020","应化20-1班","1","刘子龙/2020880016","讲师","理学院","3","刘贵林/2019011883,李娟/2020011837"]
[195,"油气藏数学模型的建立及数值模拟研究","创新训练项目","理学院","双向","0701-数学类","B","二等奖","通过建立适合于油气藏的渗流数学模型，研究单相流和两相流动；应用有限差分等数值方法求解所建立的数学模型，分析解法的数值稳定性、差分格式的解与原定解问题真解的误差估计、差分格式的解的收敛性等。利用计算机模型模拟仿真油气复杂开发过程，预测未来开发动态，在计算机上多次模拟开发过程，进行油田开发方案优选、产量和地层压力动态预报等，通过计算数学的求解再现油田开发的过程，由此来解决油田实际问题。","陈茜","2020010062","理学院","数学与应用数学","2020","数学20-1班","1","孟得新/2012880041","讲师","理学院","4","田经纬/2020010218,柴泽东/2020011108,张泽琦/2020011404"]
[196,"合成多功能共聚纳米复合材料及其稳定乳化与驱替特性","创新训练项目","理学院","双向","0703-化学类","B","三等奖","1、多元序列共聚包括两亲聚合物属于功能高分子，设计合成该共聚纳米复合材料，产生抗高温、载负与驱替特性；2、选择丙烯酰胺及其衍生物等共聚单体及改性无机（纳米二氧化硅、氧化锌、层状硅酸盐）等体系，设计表面活性剂单体乳液原位共聚反应方法，制成抗高温增黏、界面活性、高温稳定乳化与驱替性体系。\n3、设计中低渗储层提高采收率实验及分析方法。","高亚豪","2020011856","理学院","应用化学","2020","应化20-1班","2","柯扬船/1788,王晓琴/2195","教授,高级工程师","理学院,理学院","4","庄夏青/2020011841,陈大朋/2020011855,王萌萌/2020011839"]
[197,"二维多孔材料的气体吸附与分离特性","创新训练项目","理学院","双向","0703-化学类","B","三等奖","本项目拟采用分子模拟技术从微观尺度探索多孔膜材料对温室气体（CO2，CH4等）的吸附与分离特性，研究如何高效地从工业废气中捕获与分离温室气体，不仅有助于解决环境污染问题，而且能为实验制备和调控具有高性能分离膜提供重要的理论指导。","董双琦","2020011878","理学院","应用化学","2020","应化20-2班","1","刘子龙/2020880016","讲师","理学院","3","苏煦煊/2020011885,宋丽敏/2020011873"]
[198,"空气中水捕获—MOFs结构修饰的化学改性研究","创新训练项目","理学院","双向","0703-化学类","B","三等奖","本项目主要以介孔MOFs为切入点，选择以四面体三级建筑单元(TBUs)中异位BDC (MIL-101)或异位BTC (MIL-100)为主体，在BDC或BTC上连接不同亲水性官能团进行化学改性，进行几何优化，实现结构多样性。通过循环实验判断MOFs材料的水稳定性，不同材料在不同相对压力条件下测定水的吸附容量，绘制不同的等温线，分析水吸附等温线中关于拐点、容量和滞后的存在，以实现所需的水吸附性能。","徐佳欣","2020010478","化学工程与环境学院","环境工程","2020","环工20-2班","1","彭云雷/2021880031","副教授","理学院","3","徐亦萧/2020010451,杨兢兢/2020010469"]
[199,"3DOMM-Al2O3担载贵金属催化剂的制备及其丙烷脱氢性能研究","创新训练项目","理学院","双向","0703-化学类","B","未获奖","研究不同 Pt、Ru 负载量的 PtRu/Al2O3 催化剂的丙烷脱氢性能。通过添加 P123模板剂制备一系列具有介孔结构的3DOMM-Al2O3 催化剂载体，考察催化剂的形貌，孔径等对催化剂活性、稳定性的影响。研究助剂Sn含量的变化对于活性组分的物相存在形式以及反应性能的影响。比较传统 Pt Sn/Al2O3催化剂与结构改性后的 Pt Sn/3DOMM-Al2O3 催化剂性能的差异。","姜佳言","2019011872","理学院","应用化学","2019","应化19-1班","1","韦岳长/2012880017","岗位教授","理学院","2","谢舒凡/2019011908"]
[200,"无人机集群任务分配优化算法在石油多钢管道裂痕成像、定位的应用","创新训练项目","理学院","自主","0701-数学类","C","未获奖","针对石油行业中钢管裂痕，运用无人机集群分配技术进行裂痕成像以及3D位置定位的应用，协助人们了解钢管损伤情况，以便及时进行修复。本项目基于无人集群系统仿真与开发平台，研究主流的集中式任务分配算法、分布式任务分配算法，对任务分配算法进行优化，提高集群任务执行效率，减小任务执行代价。","张筱娴","2020011806","理学院","数学类","2020","统计20-1班","1","杨振清/2189","高级工程师","理学院","4","陈一豪/2020010787,田津铭/2020011807,曹靖/2020010756"]
[201,"扩展的非线性薛定谔方程的达布变换及其孤子解研究","创新训练项目","理学院","双向","0701-数学类","C","未获奖","非线性薛定谔方程是一个含有孤立子波解的非线性方程。它与诸如非线性光学、等离子体的离子声波等理论物理中的许多非线性问题密切相关，它的解可应用与线性薛定愕方程的特征值问题相关的逆散射问题方法求得。构造扩展的非线性薛定谔方程的N次达布变换，根据不同的种子解，得到方程不同的孤子解并使用Mathematica画图分析解的物理性质","袁金伟","2020011892","理学院","数学与应用数学","2020","数学20-1班","1","孟得新/2012880041","讲师","理学院","2","郝天天/2021011767"]
[202,"页岩表面影响气体吸附的微观机理","创新训练项目","理学院","双向","0703-化学类","C","未获奖","针对当前页岩气藏开发中存在的微﹣纳米孔隙中气体赋存机理不明的问题，探索高温高压条件下煤层孔隙与气体分子间的相互作用力，通过对比不同温度和压力范围的页岩储层气体吸附量和表面能，明确页岩表面气体吸附的微观机理。","刘立伟","2020011886","理学院","应用化学","2020","应化20-2班","1","刘子龙/2020880016","讲师","理学院","3","苗雨暄/2020011887,魏元海/2020011900"]
[203,"科学规范本国餐饮连锁化策略—以“南城香”为例","创新训练项目","理学院","自主","0701-数学类","C","未获奖","根据本国当前餐饮连锁化率低、中小型餐饮连锁业发展困难、大型餐饮连锁业稀少等问题，以南城香为例进行一个新餐饮连锁模式的规划，实现减少成本、提高利润、做大做强的目标，并且能够对中小型餐饮连锁业的发展起到借鉴和帮扶作用。","任泽鹏","2021011811","理学院","数学类","2021","数学21-1班","1","马宁/2205","副教授","理学院","3","李榆晴/2021011795,陈炳荣/2021011972"]
[204,"短视频评论","创新训练项目","理学院","自主","1201-管理科学与工程类","C","未获奖","对短视频与评论进行大数据分析与挖掘，探究其在学术和商业领域上的价值。\n随着短视频与评论被大众普遍接受，相关信息呈现出爆炸性的增长，此时短视频与评论大数据分析与发掘逐渐显现出重要的学术和商业价值。我们通过建立相应的模型，采取相应的特征并选择，通过算法得到各信息的有用性检测。","李婉铭","2021011793","理学院","数学类","2021","统计21-1班","1","李明/2427","教授","经济管理学院","2","李梦彤/2021011794"]
[205,"表面活性剂在油水界面上聚集行为的介观模拟研究","创新训练项目","理学院","双向","0703-化学类","C","未获奖","表面活性剂在许多领域具有广泛的应用,如油田开发、纺织染整、日用化工、药物缓释等。这些应用都与其在界面上的聚集行为密切相关。表面活性剂在油水界面上的聚集行为同时受到表面活性剂浓度和结构、油水比例、聚合物的浓度和聚合度等因素的影响,本课题通过介观模拟研究以上因素对表面活性剂在油水界面上聚集行为的影响,掌握其结构特性和界面性质的变化，对实际应用起到一定指导作用。","孙晗","2019011924","理学院","应用化学","2019","应化19-2班","1","刘子龙/2020880016","讲师","理学院","2","汪邦宇/2019011926"]
[206,"碳中和背景下电动汽车高速公路充电桩安装使用经济学模型优化研究","创新训练项目","理学院","自主","0701-数学类","C","未获奖","近年来碳达峰碳中和的话题越来越热，汽车行业的转型在减少碳排放的道路上起着至关重要的作用，电动汽车虽已投入市场，但就反馈而言与传统汽车仍有差距。电动汽车的使用过程中出现的问题主要集中在长途行驶过程中，电池容量一般不满足到达目的地，而在高速公路上又容易出现充电难的问题，为了解决这一问题我们展开了本次的研究，旨在解决电动汽车使用过程中遇到的困难，促进新能源汽车的发展，助我国早日完成碳达峰碳中和目标。","余佩佩","2020011772","理学院","统计学","2020","统计20-1班","1","杨振清/2189","高级工程师","理学院","3","黄文萱/2020011773,李林蓉/2020011775"]
[207,"高效能表面活性剂复配体系的实验研究","创新训练项目","理学院","双向","0703-化学类","C","未获奖","本项目基于不同种类的表面活性剂与原油间的界面张力特性，从多种表面活性剂的协同增效作用出发，研究表面活性剂多元体系的界面张力，考察不同表面活性剂复配比、矿化度及温度对界面张力的影响，揭示表面活性剂形成超低界面张力的机理，为其在油田化学领域的应用提供参考。","肖彦枫","2020011374","新能源与材料学院","材料科学与工程","2020","材料20-1班","1","刘子龙/2020880016","讲师","理学院","1"]
[208,"车用润滑油生态足迹计算及其驱动因素研究","创新训练项目","经济管理学院","双向","0204-经济与贸易类","A","一等奖","本文首先以车用润滑油实际资源消耗的基础上，引入改进后的生态足迹评价模型，计算车用润滑油的生态足迹；然后采用偏最小二乘回归（PLS）方法对车用润滑油的生态足迹影响因素进行分解，以找到主导影响因素；最后探讨消减车用润滑油生态足迹的建议。","孙悦","2020010118","经济管理学院","市场营销","2020","营销20-1班","1","孙仁金/0683","教授","经济管理学院","4","贺美/2019011985,刘子越/2020011110,郭敬薇/2020011918"]
[209,"心系乡间花朵，筑梦云端未来","创业训练项目","经济管理学院","自主","0401-教育学类","A","一等奖","为巩固脱贫攻坚成果，切实发挥好教育扶智在乡村振兴的重要作用，团队联系到119所中学12442名学生参与线上云端筑梦支教活动，并积极搭建线上平台，凝练出四大石油特色课程体系，创新推出“一元”微课，并打造互联网互动平台“虚拟实验室”，将线下现有大型高端实验室数字化和虚拟化，进一步让乡村孩子们走进科研，爱上科研，发挥青年大学生的智慧与力量，做乡村学子们的“云端筑梦人”！","高艺珊","2019010011","地球科学学院","地质学","2019","地质19-1班","1","朱锐/2019911002","无","地球科学学院","3","王冰/2019010099,周婧雯/2019010102"]
[210,"基于知识图谱的自动问答研究","创新训练项目","经济管理学院","双向","1201-管理科学与工程类","A","二等奖","知识图谱（Knowledge Graph），在图书情报界称为知识域可视化或知识领域映射地图，是显示知识发展进程与结构关系的一系列各种不同的图形，用可视化技术描述知识资源及其载体，挖掘、分析、构建、绘制和显示知识及它们之间的相互联系。本项目将构建一个知识图谱，并基于此搭建一套自动问答系统。\n","陈楚昕","2020011908","经济管理学院","能源经济","2020","能经20-1班","2","李明/2427,李贺平/2017880003","教授,讲师","经济管理学院,经济管理学院","4","肖婧雯/2020012065,李辉/2020011621,李飞扬/2020011720"]
[211,"中石新材集团——大规模长时储能电池全球领航者","创业实践项目","经济管理学院","自主","0804-材料类","A","二等奖","为积极响应国家30•60双碳目标，中石新材团队以铁铬液流电池为切入点，将本项目定位于颠覆传统储能方式的领航者。铁铬液流电池是一种正、负极活性物质均为液体的电化学电池，但目前面临封装技术差、副反应多等问题，团队瞄准产品痛点，首创世界领先黑科技，解决了电池正负极电解液交叉污染、大功率电池堆封装等问题，保证了电池组的高效率运行，为储能领域带来新的技术创新和突破，将有力促进相关产业的大规模商业运用与推广。","杨子骥","2020011507","新能源与材料学院","新能源科学与工程","2020","新能源20-1班","1","徐泉/2014880008","教授","新能源与材料学院","6","单威/2020011505,蔡佳烨/2019011537,万一博/2020011485,田宇慈/2020011478,梁校熙/2020011497"]
[212,"智慧冬语——冬奥会汉英平行语料库及网络检索平台 CUPB CQPweb 的建设","创业训练项目","经济管理学院","自主","0502-外国语言文学类","B","二等奖","智慧冬语项目是基于自然语言处理及计算机技术的语料库建设项目。\n本项目的核心产品——冬奥会汉英平行语料库，以面向师生为主的专业版和面向大众的通用版双线运营，为学术研究、数据支持等带来便利。\n网络检索平台CUPB CQPweb拥有“检索”“语料下载”“互动”三大功能，实现了语料资源从桌面到云端的迁移。\n项目的盈利方式主要是向用户提供差异化服务，采取知识付费的模式售卖语料，与其他语料所有者合作。","刘诗语","2019012267","外国语学院","英语","2019","英语19-3班","2","于红/1955,刘思航/2019911014","讲师,无","外国语学院,外国语学院","8","许辰为/2019011735,舒轶/2019012283,曹可钰/2020012216,熊一霓/2020012249,赵正义/2020011324,黄驿茗/2020012194,董芸菲/2020012221"]
[213,"双碳背景下环境规制政策双管齐下对企业绿色技术创新的影响研究  ","创新训练项目","经济管理学院","双向","0201-经济学类","B","二等奖","在双碳目标的背景下，基于波特假说理论，利用中国省级面板数据，建立计量模型，检验环境保护税和碳排放权交易制度两种环境规制政策组合对企业绿色技术创新是否存在协同效应，同时本研究还将根据环保意识强度和知识产权保护力度进行地区异质性分析。","刘庭威","2019012161","经济管理学院","会计学","2019","会计19-2班","1","王珮/2025","教授","经济管理学院","5","任雪/2019012082,刘怡男/2019012099,祁海博/2020012088,张媛媛/2020012044"]
[214,"碳中和目标下国际甲烷减排联盟的经验对中国油气行业甲烷减排的启示","创新训练项目","经济管理学院","自主","1201-管理科学与工程类","B","三等奖","为了在学术与理论层面更清晰地把握当前中国油气行业甲烷排控问题，开拓对前辈学者在该领域论述的一个全新视角，本项目致力于分析梳理至今为止已有的国际性甲烷减排计划与油气行业内自发成立的减排联盟组织的发展经验，以期能够发现国内类似联盟建设的参考依据。","刘家庆","2020011965","经济管理学院","金融学","2020","金融20-1班","1","王建良/2014880025","副教授","经济管理学院","3","陈彦磊/2020011964,李小溪/2020011979"]
[215,"可再生能源电力配额制的实施效果及优化策略分析","创新训练项目","经济管理学院","双向","0201-经济学类","B","三等奖","研究中国以及其他国家可再生能源电力配额制实施以来对可再生能源发电增长的作用效果，探析影响可再生能源电力配额制实施效果的关键要素，确定使中国可再生能源电力配额制进一步完善的策略，为“去补贴”背景下如何通过配额制的实施促进中国能源系统的低碳转型发展提供决策参考。\n","王佳艺","2020011061","经济管理学院","能源经济","2020","能经20-1班","1","赵晓丽/2014880063","教授","经济管理学院","5","赵玲/2020011916,肖莎/2020011917,汪羽莹/2020011961,蔡瑶/2019011803"]
[216,"金融科技发展水平对企业财务绩效的影响和机制研究","创新训练项目","经济管理学院","自主","0203-金融学类","B","三等奖","2021年11月北京证券交易所开市，对国内股市及上交所、深交所产生多重影响，项目依据北交所为缓解创新型中小企业融资问题、降低上市门槛的设立目的，瞄准国内上市公司，从三个角度分别对三大证券交易所上市公司、新上市中小型企业在北交所开市前后的变化进行对比，对北交所的多重影响作出定性结论与量化分析。","许嘉兴","2020011974","经济管理学院","金融学","2020","金融20-1班","1","高立/2017880027","副教授","经济管理学院","5","彭琴瑶/2020011950,徐海泽/2020011988,谢茜茹/2020011949,吉志豪/2020011968"]
[217,"北京沧海桑田系列地质科普旅行指南","创业训练项目","经济管理学院","自主","0709-地质学类","B","三等奖","疫情当前，旅游业市场低迷，本项目依托中国石油大学（北京）地质资源与地质工程专业排名全国第一的优势，配合六大现代新媒体渠道，面向大众推出“北京沧海桑田”系列地质科普视频以及配套的地质科普旅行指南，为旅游业注入新的活力。项目踩点调查讲解北京大量地质现象典型的景区，以虎峪自然风景区为起点辐射北京各区，将亿万年来沧海桑田的地质变化融入旅游中，引领文化旅游，推进城市文明建设，为北京市旅游发展新阶段贡献力量。","南欣宏","2020010025","经济管理学院","信息管理与信息系统","2020","信管20-1班","2","朱义清/2186,杨明慧/1886","助教,教授","就业指导中心,地球科学学院","5","刘艮睿/2020011990,陈永怡/2020012241,刘雅琦/2020011982,董洪赫/2021010086"]
[218,"基于文本挖掘的经典影视短评情感分析——以《觉醒年代》为例","创新训练项目","经济管理学院","自主","1201-管理科学与工程类","B","未获奖","本研究通过使用网页数据采集工具对经典国产电视剧的豆瓣短评进行抓取，进而使用内容挖掘工具进行词频统计并结合共现分析和情感分析，从而发现电视观众的深层观影特征以及评论关键等有价值的信息，提供有关电视正面或负面的受众反馈，为国产电视剧产业未来的发展提供新思路。","刘燕敏","2021012070","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","龚文欣/2021012100,王净文清/2021012096"]
[219,"打造校园KOL助力乡村振兴","创业实践项目","经济管理学院","自主","1204-公共管理类","B","未获奖","本项目拟打造一个基于打造校园KOL助力农产品销售的创业新兴平台，通过对接线下乡村无公害农产品，利用校园KOL的流量优势，帮助上百万农民解决产品滞销等问题，让消费者能够享受到新鲜健康又低价的农产品，实现三赢。对农民而言，通过平台能够显著提高农产品销量，大幅提升农产品附加值；对于大学生来说，利用自己的能力获得创业收入；对消费者来说，农民与消费者直接对接产品，让消费者获得了更快捷的服务和更优质的产品。","翟梦璇","2020010765","机械与储运工程学院","机械设计制造及其自动化","2020","机械20-2班","2","王文杰/2020911009,付强/2019880009","无,助教","机械与储运工程学院,安全与海洋工程学院","4","唐舒静/2019011216,王楚维/2020012084,王韵怡/2020010766"]
[220,"新消费背景下汤臣倍健的增长策略研究","创新训练项目","经济管理学院","双向","1202-工商管理类","C","未获奖","1.新消费对保健品需求的影响；2.保健品行业发展分析；3.汤臣倍健的发展战略、商业模式、营销策略分析；4.近五年汤臣倍健经营绩效、品牌价值、市场增长状况分析；5.目前企业增长存在的问题分析；6.增长策略方案。","孙予诺","2020012042","经济管理学院","市场营销","2020","营销20-1班","1","张海霞/1615","副教授","经济管理学院","5","甄熙/2020012050,韩银银/2020012051,刘逊儿/2020012049,郑奕/2020012160"]
[221,"服务化赋能厨房电器制造业低碳创新绩效研究","创新训练项目","经济管理学院","自主","1201-管理科学与工程类","C","未获奖","低碳倡导下，厨房电器制造业利用强大的产品专业技术，延展制造业务至服务领域，面向后市场提供差异性的服务是未来该产业发展的可取之处。本课题以厨房电器制造业为观察对象，厘清服务化与低碳创新之间的关系，拟实现企业的更大价值创造，助力国家“双碳”特点行业的目标实现；服务化赋能下厨房电器制造业低碳创新效果的度量，打破了低碳创新的实施仅增加成本的局限性，旨在证明“双碳”践行过程亦可实现企业的价值创造。\n ","罗嘉骊","2020011981","经济管理学院","信息管理与信息系统","2020","信管20-1班","1","唐旭/2011880029","教授","经济管理学院","2","徐欣仪/2020011915"]
[222,"基于文本挖掘的慕课课程评论研究","创新训练项目","经济管理学院","自主","1201-管理科学与工程类","C","未获奖","由于当前高校对慕课应用非常广泛，运用文本爬取、分析、挖掘等技术对于慕课课程的评论与其对应学科、课程的关系进行分析研究，进而希望得到一种对慕课课程种类、结构、课程内容等进行优化的算法或者技术，从而改善搞笑学生学习情况","王天啸","2021012081","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","4","王奕涵/2021012082,辛荣慧/2021012080,高慕彤/2021012085"]
[223,"校缘APP——大学生专属一站式服务平台","创业训练项目","经济管理学院","自主","0203-金融学类","C","未获奖","校缘APP是一款针对高校大学生量身定做，集大学校园各方面的学习、生活、工作等于一体的，促使大学生的大学生活更加丰富多彩的综合服务平台。校缘综合服务管理平台APP，致力于打造大学生专属的校园服务，形成专属、全面、便捷的校园线上生态。校缘综合服务管理平台APP内包含学习就业、交友娱乐、购物物流及校园管功能，涵盖了用户生活中方方面面的需求，可以为用户提供方便、快捷的生活服务。","李雪颖","2020011959","经济管理学院","金融学","2020","金融20-1班","2","孙竹/2102,焦晓宇/2020911007","教授,无","经济管理学院,经济管理学院","2","岳妍/2020011920"]
[224,"在线音频APP用户对健康养生栏目评论的主题挖掘和情感分析","创新训练项目","经济管理学院","自主","1201-管理科学与工程类","C","未获奖","运用爬虫、可视化等技术方法，对在线音频APP健康养生栏目的用户评论进行信息爬取、主题挖掘，找到用户评论主题的共性和个体差异，分析用户对健康养生栏目的情感态度。一方面，能够为运营商设置养生栏目提供可行的建议，更好地为用户服务；另一方面，也能够在一定程度上体现人们通过在线音频APP对健康与养生的关注，为想要通过在线音频APP关注健康养生的人们提供参考以供选择，也为养生行业的发展提出一些建议。\n","黄晓莉","2021012101","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","3","刘宇晴/2021012102,唐国庆/2021012105"]
[225,"基于文本挖掘的政府绿色采购政策效果研究——以北京市为例","创新训练项目","经济管理学院","自主","0201-经济学类","C","未获奖","近年来，政府采购作为刺激环境质量提升的重要手段之一受到广泛关注。本文以北京市政府采购数据为例，采用TOPSIS法构建环境污染指标，借助三类计量模型，对数据和VAR模型进行检验。探究发现了北京市的政府采购规模与环境质量改善之间的相关性不显著。\n又利用文本挖掘技术，对北京市政府采购中标公告中的数据进行采集，构建出专业词典，并构建词云。最后为我国未来改进与完善绿色政府采购提出建议参考。","蔡旻含","2020011924","经济管理学院","能源经济","2020","能经20-1班","1","冯连勇/1973","教授","经济管理学院","2","王晓彤/2020011927"]
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[227,"北京分布式可再生能源发展潜力及策略","创新训练项目","经济管理学院","自主","0201-经济学类","C","未获奖","在“双碳目标”的引导下，能源结构转型已成为大势所趋，由于地理条件的限制，集中式的可再生能源项目难以在城市展开，类似智慧微网、分布式光伏发电等分布式的新能源产业则更适合在城市中发展。本文以北京为例，获取近几年北京分布式可再生能源的相关数据，建立综合评价体系，评估分布式可再生能源的现状；采用SWOT法分析北京分布式可再生能源发展的优势与弊端；最后提出解决弊端的策略以及发展规划。","翟志瑜","2020011942","经济管理学院","金融学","2020","金融20-1班","1","孙仁金/0683","教授","经济管理学院","4","邓钰暄/2022211468,罗泳涵/2020011925,李莉/2020011943"]
[228,"“油子之歌”—助力乡村振兴，实现民族梦想融媒介平台","创业实践项目","经济管理学院","自主","0204-经济与贸易类","C","未获奖","“油子之歌”——助力乡村振兴，实现民族梦想融媒介平台是一个基于乡村振兴战略的以文化传播及助农为主体的平台。通过文化在精神层面及物质层面的传播，助力乡村振兴战略落到实处，从源头上提升产品质量，增产增收，改善乡村存在的不平衡不充分发展的问题。","苏艺薇","2020010995","机械与储运工程学院","油气储运工程","2020","储运20-3班","1","曹培强/1721","教授","马克思主义学院","7","吕菱荷/2020010997,董一明/2020011004,徐驰翀/2019011960,宗思翰/2021010061,王志华/2018010721,刘靖娴/2021011940"]
[229,"《科技+创新，打造首个“公益科普”地质博物馆》","创业训练项目","经济管理学院","自主","0705-地理科学类","C","未获奖","  近日，习近平书记指出：科学创新、科学普及是实现创新发展的两翼。科技高速发展，创新日新月异的同时，科学普及也应当与之齐头并进。与其他专业相比，地质类科普的长期短缺成为了科学科普的一大短板。藉此，团队以地球科学博物馆为主，采用线上、线下相结合的模式，借助互联网平台，融入科技与创新元素，打造首个公益类科普性地质博物馆。","彭晓洋","2021010119","地球科学学院","地质类","2021","资源21-3班","1","王思聪/2021911002","无","地球科学学院","5","赵怿玮/2021010094,王雯/2021010099,黄文婷/2021010003,邱大荣/2021010010"]
[230,"无障碍体验馆","创业训练项目","经济管理学院","自主","1305-设计学类","C","未获奖","无障碍体验馆是一个由视觉障碍体验区、听力及语言障碍体验区、肢体无障碍体验区和休闲区共 4 个区块组成，每个区域按照“体验-模拟-关怀-助力” 层层递进设置环节，让体验者切实了解残障人士、关注残障人士，全社会共同推动无障碍环境建设的体验馆。其目的是为了让我们能从残疾人的角度去看待这个世界，放大这个社会没有无障碍系统的不便，提高全社会对于无障碍的认识，推行整个社会无障碍的发展。","牛泽众","2020011336","安全与海洋工程学院","安全工程","2020","安全20-2班","1","付强/2019880009","助教","安全与海洋工程学院","6","沈明雨/2019011316,刘超/2020011202,邱军恒/2019011181,王晓龙/2019011328,马铭骏/2019011383"]
[231,"对短视频与评论大数据进行分析与挖掘","创新训练项目","经济管理学院","双向","1201-管理科学与工程类","C","未获奖","     短视频是移动互联网时代的重要媒介，深刻嵌入人们的日常生活。短视频使用户可以利用闲散的时间和注意力以及可移动的空间进行传播，短视频传播呈现典型的碎片化特征，传播速度更快、范围更广\n     面对这样一个新兴事物，本项目将通过多维度进行研究、挖掘短视频与评论的特征，并对其进行可视化；在实证研究中，通过编写python脚本，采集短视频客户端的数据进行建模分析，挖掘出有价值的信息。","郭嘉诚","2020011937","经济管理学院","信息管理与信息系统","2020","信管20-1班","1","李明/2427","教授","经济管理学院","4","李昊朕/2020010808,周思维/2020010186,孙小涵/2020011954"]
[232,"团史视野下提升新时代青年思想引领力的教育方法与实践途径研究——基于建团百年社会实践宣讲分析","创新训练项目","马克思主义学院","自主","0301-法学类","A","三等奖","为深入贯彻落实习近平总书记关于青年工作的重要思想，引导和帮助广大青年学子在观察实践中学党史、强信念、跟党走，团队围绕建团 100 周年的历史背景，组织成立“石子之声”青年宣讲团，在全国范围内开展青年宣讲社会实践活动。并以此为调查基础，展开对宣讲受众的差异性研究分析，从而探究在百年团史背景下如何更好地提升新时代青年思想引领力的教育方法与实践途径，激励新时代青年坚守初心、践行使命，赓续共青团红色血脉.","王紫楠","2020012151","马克思主义学院","思想政治教育","2020","思政20-1班","2","刘韵秋/0465,杨关玲子/2417","副研究员（自然科学）,副教授","马克思主义学院,马克思主义学院","4","高闻阳/2020012197,刘语灿/2020012152,李艺婷/2020012199"]
[233,"全面加强和改进新时代高校美育育人路径的探索研究","创新训练项目","马克思主义学院","自主","0305-马克思主义理论类","B","未获奖","      本课题立足于在中国石油大学大环境及特色下研究全面加强和改进新时代美育的创新实践。着眼于传统美育教育的不足之处，在校内展开理论调研和相关资料收集，深入分析制定实践计划，并在校内进行实践实验。最后总结理论研究和实践探索两方面的经验和不足，完善全面加强和改进新时代美育的创新实践路径，形成一套可行性较强的实施方案和可推广应用的经验。","张可莹","2020012192","马克思主义学院","思想政治教育","2020","思政20-2班","2","杨关玲子/2417,贾庆超/2017881007","副教授,无","马克思主义学院,团委","5","张静文/2020012193,宋怡/2020012186,华依柯/2020012182,肖杨/2020012207"]
[234,"欧盟氢能外交跟踪研究","创新训练项目","外国语学院","双向","0502-外国语言文学类","A","二等奖","一直以来，欧盟长期依赖俄罗斯油气资源，同时碳中和的提出要求国际社会进行能源转型。氢能具有应用范围广，应用场景多，环境友好型等特点，使得氢能成为欧盟，尤其是德国能源转型的方向。本项目通过跟踪研究欧盟成员国特别是德国的氢能国际合作关系的发展，对欧盟氢能外交关系、国家关系、贸易关系和财富权力格局变化进行跟踪研究。","刘若溪","2020012231","外国语学院","英语","2020","英语20-1班","1","郑世高/2098 ","讲师","外国语学院","5","李坤/2021010038,董忘忧/2021012222,李鲁豫/2020012256,马一冉/2020011034"]
[235,"青年大学生就业心理压力的现状调研及对策研究","创新训练项目","外国语学院","自主","0401-教育学类","B","未获奖","受高校毕业生规模扩大、疫情影响，大学生就业竞争日益激烈、心理压力日渐突出。而就业是关乎民生的头等大事，受党和国家高度重视。研究大学生的就业心理压力，帮助大学生提高就业心理素养，关系到大学生身心健康及社会的和谐与稳定。项目组希望通过调研和分析，了解大学生就业心理的现状、大学生对就业形势的了解与就业心理的调试状态，分析总结大学生就业心理压力源，探索提升大学生就业心理素养、增强就业心理韧性的可行性建议。","高一茗","2020012255","外国语学院","英语","2020","英语20-2班","1","谌丛/2363","讲师","外国语学院","5","许嘉莉/2020012259,尹勉/2020012285,张中锐/2020012219,何芳/2021012242"]
[236,"中欧氢能发展战略对比研究","创新训练项目","外国语学院","自主","0502-外国语言文学类","C","未获奖","本项目主要研究内容为对比中国与欧洲国家近年来在氢能发展战略上的异同，并主要通过政策话语分析手段，研究产生这些异同的原因，以及了解不同战略影响下，中国与欧洲国家氢能事业发展状况。本项目旨在加深对中欧氢能战略的了解，并探索中国氢能战略的未来。","于子涵","2021012185","外国语学院","英语","2021","英语21-1班","1","郑世高/2098","讲师","外国语学院","5","刘沛均/2021012198,潘婷婷/2021012199,何雨佳/2021012188,刘俊阳/2021012187"]
[237,"裂缝性潜山油藏水驱渗流规律研究 ","创新训练项目","非常规油气科学技术研究院","双向","0815-矿业类","A","一等奖","裂缝性碳酸盐油藏本身地质条件复杂，裂缝发育程度的差异性大，因此对注水水驱开发的实施提出了更高的要求。目前，针对裂缝性碳酸盐油藏注水水驱渗流规律的研究尚未开展，储层在能量补充及衰竭过程中的应力敏感特征不明确，潜山剩余油启动机制仍不清晰，不利于注水水驱技术政策的制定。因此需要对裂缝性碳酸盐油藏注水水驱过程进行系统研究，梳理不同裂缝性碳酸盐储层油-气渗流规律，并揭示原油动用机制。","严克彬","2020010358","石油工程学院","石油工程","2020","石工20-6班","1","吕其超/2018880016","助理研究员（自然科学）","非常规油气科学技术研究院","2","鲁京松/2020010280"]
[238,"特高含水期N2泡沫堵水体系稳定性研究","创新训练项目","非常规油气科学技术研究院","双向","0815-矿业类","B","三等奖","针对稠油油藏冷采进入特高含水阶段面临水窜通道发育、底水锥进、水驱效率低等问题，优选N2泡沫堵水体系，研究泡沫化学剂、矿化度、原油、稠油降粘剂等对泡沫稳定性的影响规律，分析N2泡沫微观结构的衰变机理，探索构建N2泡沫稳定性强化方法。","刘裕江","2020010268","石油工程学院","石油工程","2020","石工20-3班","1","吕其超/2018880016","助理研究员（自然科学）","非常规油气科学技术研究院","2","黄锴奇/2020010285"]
[239,"CO2驱纳米铠甲泡沫流度控制机理研究","创新训练项目","非常规油气科学技术研究院","双向","0815-矿业类","B","未获奖","利用微观可视化渗流模型，开展微观驱替实验，分析CO2驱窜流现象，明确CO2窜流规律。在此基础上，优选CO2驱铠甲泡沫流度控制体系，研究CO2铠甲泡沫在多孔介质中稳定性，分析泡沫对CO2驱的流度控制规律，揭示铠甲泡沫提高CO2驱采收率机理。","马金亮","2020010270","石油工程学院","石油工程","2020","石工20-3班","1","吕其超/2018880016","助理研究员（自然科学）","非常规油气科学技术研究院","2","戴相东/2020010272"]
[240,"强非均质油藏聚驱后微观剩余油赋存规律研究","创新训练项目","非常规油气科学技术研究院","双向","0815-矿业类","C","未获奖","特高含水阶段剩余油微观赋存状态亟待明确，需要对各类型储层聚合物驱、后续水驱和非均相驱后微观剩余油进行定量评价，并研究微观剩余油在驱替过程中的动态演化规律，进而在微观孔喉尺度上，对强非均质油藏聚驱后微观剩余油的认识及动用提供技术支撑。","郑嵘","2020211836","非常规油气科学技术研究院","油气田开发工程","2020",null,"1","吕其超/2018880016","助理研究员（自然科学）","非常规油气科学技术研究院","2","张丽/2020011195"]
[241,"基于一维纳米材料强化的泡沫界面粘弹性研究","创新训练项目","非常规油气科学技术研究院","双向","0815-矿业类","C","未获奖","本项目的目的是构建纳米纤维素强化泡沫体系，通过界面流变实验分析泡沫薄液膜的破裂和稳定机制。研究纤维素纳米纤维、纤维素纳米晶等一维纳米材料对泡沫的稳定规律。优选并构建高稳定性的一维纳米材料强化泡沫体系，研究纳米材料浓度、矿化度、温度等对泡沫界面粘弹性的影响，分析一维纳米材料对泡沫液膜机械强度的作用规律，指导高液膜强度泡沫体系的构建","黄宇杰","2020011209","安全与海洋工程学院","海洋油气工程","2020","海工20-1班","1","吕其超/2018880016","助理研究员（自然科学）","非常规油气科学技术研究院","1"]
[242,"玛湖致密砾岩水力裂缝发育定量表征与统计研究","创新训练项目","非常规油气科学技术研究院","双向","0815-矿业类","C","未获奖","在水力压裂现场，由于随钻测井与录井解释的裂缝难以匹配，压裂过程中产生的水力裂缝网络也受到岩相岩性以及支撑剂的影响，因此储层中裂缝的真实展布形态难以通过测录井资料准确获取。因此，本项目通过对水力裂缝岩心进行CT扫描，获取并分析全直径岩心内部具体裂缝结构，通过对岩心的整体观察和表征，分析水力裂缝的延展规律，记录并数字化定量表征水力裂缝的发育规律和密度规律，为水力有效压裂和压裂增产机理提供理论支撑。","郭心舒","2020211827","非常规油气科学技术研究院","油气田开发工程","2020",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","5","高铭/2020010256,高国杰/2020010244,赵楚阳/2020010247,程建伟/2020010252"]