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["2022年上学年大创项目积分预认定信息"]
["序号","项目编号","项目名称","学号","姓名","项目成员类型","项目评价","预认定积分"]
[1,"202010007100","模块化飞行组合无人机","1120191034","杨芃芊","第一主持人","优秀",3]
[2,"202010007100","模块化飞行组合无人机","1120192103","赖虹羽","成员","优秀",1.5]
[3,"202010007100","模块化飞行组合无人机","1120192262","龙一霖","成员","优秀",1.5]
[4,"202010007100","模块化飞行组合无人机","1120190854","吴紫怡","成员","优秀",1.5]
[5,"202010007100","模块化飞行组合无人机","1120181112","张旭东","成员","优秀",1.5]
[6,"202010007136","战场救援子母无人机的研究与设计","1120182187","陈柏健","第一主持人","优秀",3]
[7,"202010007136","战场救援子母无人机的研究与设计","1120180933","汪旅雁","成员","优秀",1.5]
[8,"202010007136","战场救援子母无人机的研究与设计","1120182164","喻鑫龙","成员","优秀",1.5]
[9,"202010007136","战场救援子母无人机的研究与设计","1120170459","李仪筝","成员","优秀",1.5]
[10,"202010007136","战场救援子母无人机的研究与设计","1120192290","马忠杰","成员","优秀",1.5]
[11,"202010007248","基于面部视频的实时心率检测系统","1120182547","吴嘉慧","第一主持人","优秀",3]
[12,"202010007248","基于面部视频的实时心率检测系统","1120182525","梁瑛平","成员","优秀",1.5]
[13,"202010007248","基于面部视频的实时心率检测系统","1120183109","张一博","成员","优秀",1.5]
[14,"202010007248","基于面部视频的实时心率检测系统","1120182345","卢一凡","成员","优秀",1.5]
[15,"202010007544","3D打印构建三重可逆交联网络性能可调水凝胶 ","1120181782","黄炜婷","第一主持人","优秀",3]
[16,"202010007544","3D打印构建三重可逆交联网络性能可调水凝胶 ","1120181737","杨天雯","成员","优秀",1.5]
[17,"202010007544","3D打印构建三重可逆交联网络性能可调水凝胶 ","1120180858","郑倩倩","成员","优秀",1.5]
[18,"202010007544","3D打印构建三重可逆交联网络性能可调水凝胶 ","1120192366","李鑫浩","成员","优秀",1.5]
[19,"202010007544","3D打印构建三重可逆交联网络性能可调水凝胶 ","1120172888","董明韫","成员","优秀",1.5]
[20,"202010007587","基于C2N的新型光电异质结的模拟与数值分析","1120183371","周翔宇","第一主持人","优秀",3]
[21,"202010007587","基于C2N的新型光电异质结的模拟与数值分析","1120180363","张芯月","成员","优秀",1.5]
[22,"202010007587","基于C2N的新型光电异质结的模拟与数值分析","1120181771","张企豪","成员","优秀",1.5]
[23,"202010007622","外部环境对京津冀上市公司碳披露影响研究——基于京津冀协同发展视角","1120180018","张嘉琪","第一主持人","优秀",3]
[24,"202010007622","外部环境对京津冀上市公司碳披露影响研究——基于京津冀协同发展视角","1120181049","王佳琪","成员","优秀",1.5]
[25,"202010007622","外部环境对京津冀上市公司碳披露影响研究——基于京津冀协同发展视角","1120181022","涂静轩","成员","优秀",1.5]
[26,"202010007622","外部环境对京津冀上市公司碳披露影响研究——基于京津冀协同发展视角","1120181822","郑丽娟","成员","优秀",1.5]
[27,"202010007622","外部环境对京津冀上市公司碳披露影响研究——基于京津冀协同发展视角","1120180399","雷媛媛","成员","优秀",1.5]
[28,"202010007752","基于MATLAB的窄带物联网通信同步技术研究 ","1120181860","梅永杰","第一主持人","优秀",3]
[29,"202010007752","基于MATLAB的窄带物联网通信同步技术研究 ","1120180878","刘周杰","成员","优秀",1.5]
[30,"202010007752","基于MATLAB的窄带物联网通信同步技术研究 ","1120171350","顾霖昊","成员","优秀",1.5]
[31,"202010007755","磁性MOF修饰碳纤维织物构建可穿戴电磁防护器件","1120182532","田宝静","第一主持人","优秀",3]
[32,"202010007755","磁性MOF修饰碳纤维织物构建可穿戴电磁防护器件","1120180364","张雨","成员","优秀",1.5]
[33,"202010007757","新型水空两栖跨介质固定翼无人机的设计方案","1120181466","吴迪","第一主持人","优秀",3]
[34,"202010007757","新型水空两栖跨介质固定翼无人机的设计方案","1120193731","党翌庭","成员","优秀",1.5]
[35,"202010007757","新型水空两栖跨介质固定翼无人机的设计方案","1120190762","何晓宇","成员","优秀",1.5]
[36,"202010007757","新型水空两栖跨介质固定翼无人机的设计方案","1120181415","师一帅","成员","优秀",1.5]
[37,"202010007757","新型水空两栖跨介质固定翼无人机的设计方案","1120192608","袁名正","成员","优秀",1.5]
[38,"202010007762","直流等离子射流氧化性控制及合成包覆结构粉体材料","1120181714","孙乾泰","第一主持人","优秀",3]
[39,"202010007762","直流等离子射流氧化性控制及合成包覆结构粉体材料","1120181684","白一凡","成员","优秀",1.5]
[40,"202010007762","直流等离子射流氧化性控制及合成包覆结构粉体材料","1120181770","贺竞瑶","成员","优秀",1.5]
[41,"202010007762","直流等离子射流氧化性控制及合成包覆结构粉体材料","1120183416","陈昱","成员","优秀",1.5]
[42,"202010007785","政治关联与私募股权投资","1120180012","李思源","第一主持人","优秀",3]
[43,"202010007785","政治关联与私募股权投资","1120180289","王朝晖","成员","优秀",1.5]
[44,"202010007785","政治关联与私募股权投资","1120183209","汪子婕","成员","优秀",1.5]
[45,"202010007785","政治关联与私募股权投资","1120180008","马卓然","成员","优秀",1.5]
[46,"202110007002","支持空间环境应用的小型化qPCR设备研制","1120192554","周泰言","第一主持人","优秀",3]
[47,"202110007002","支持空间环境应用的小型化qPCR设备研制","1120192096","陈韬","成员","优秀",1.5]
[48,"202110007002","支持空间环境应用的小型化qPCR设备研制","1120190756","甘岱松","成员","优秀",1.5]
[49,"202110007012","火箭直线轨迹的自主稳定方法","1120182195","张芷源","第一主持人","优秀",3]
[50,"202110007012","火箭直线轨迹的自主稳定方法","1120180259","杨汇韬","成员","优秀",1.5]
[51,"202110007012","火箭直线轨迹的自主稳定方法","1320201066","倪润峰","成员","优秀",1.5]
[52,"202110007012","火箭直线轨迹的自主稳定方法","1120190683","张尧","成员","优秀",1.5]
[53,"202110007012","火箭直线轨迹的自主稳定方法","1120200831","周天行","成员","优秀",1.5]
[54,"202110007027","ZIF-8/MXene衍生的ZnO/MXene轻质复合吸波材料制备及性能研究","1120180244","黄钰菲","第一主持人","优秀",3]
[55,"202110007027","ZIF-8/MXene衍生的ZnO/MXene轻质复合吸波材料制备及性能研究","1120180147","谢雅岚","成员","优秀",1.5]
[56,"202110007043","基于LDA和Word2Vec的学科交叉度测量研究","1120190074","邹雨曦","第一主持人","优秀",3]
[57,"202110007043","基于LDA和Word2Vec的学科交叉度测量研究","1120192459","杨振","成员","优秀",1.5]
[58,"202110007043","基于LDA和Word2Vec的学科交叉度测量研究","1120193279","欧林堉","成员","优秀",1.5]
[59,"202110007043","基于LDA和Word2Vec的学科交叉度测量研究","1120201925","唐莹","成员","优秀",1.5]
[60,"202110007043","基于LDA和Word2Vec的学科交叉度测量研究","1120192580","王紫晨","成员","优秀",1.5]
[61,"202110007050","大数据驱动下文化产业高质量发展研究","1120181033","陈佳仪","第一主持人","优秀",3]
[62,"202110007050","大数据驱动下文化产业高质量发展研究","1120181028","李熠璇","成员","优秀",1.5]
[63,"202110007050","大数据驱动下文化产业高质量发展研究","1120180291","崔雨欣","成员","优秀",1.5]
[64,"202110007050","大数据驱动下文化产业高质量发展研究","1120180907","黄韵竹","成员","优秀",1.5]
[65,"202110007050","大数据驱动下文化产业高质量发展研究","1120181997","程玥岚","成员","优秀",1.5]
[66,"202110007052","产业集聚对区域环境的影响 ——基于京津冀地级市面板数据的空间计量实证分析","1120190987","陈嘉楷","第一主持人","优秀",3]
[67,"202110007052","产业集聚对区域环境的影响 ——基于京津冀地级市面板数据的空间计量实证分析","1120181062","宋京阳","成员","优秀",1.5]
[68,"202110007052","产业集聚对区域环境的影响 ——基于京津冀地级市面板数据的空间计量实证分析","1120190992","陈泰伦","成员","优秀",1.5]
[69,"202110007052","产业集聚对区域环境的影响 ——基于京津冀地级市面板数据的空间计量实证分析","1120190993","许婧怡","成员","优秀",1.5]
[70,"202110007052","产业集聚对区域环境的影响 ——基于京津冀地级市面板数据的空间计量实证分析","1120193312","高子焱","成员","优秀",1.5]
[71,"202110007057","基于机器学习的害虫识别、防治一体化植保无人车","1120192083","王卓","第一主持人","优秀",3]
[72,"202110007057","基于机器学习的害虫识别、防治一体化植保无人车","1120180734","曾宪均","成员","优秀",1.5]
[73,"202110007057","基于机器学习的害虫识别、防治一体化植保无人车","1120193573","岳楚淮","成员","优秀",1.5]
[74,"202110007057","基于机器学习的害虫识别、防治一体化植保无人车","1120191148","周禹彤","成员","优秀",1.5]
[75,"202110007057","基于机器学习的害虫识别、防治一体化植保无人车","1120191271","傅昊翔","成员","优秀",1.5]
[76,"202110007060","无人机机载软件无线电应用系统","1120180678","王堉琛","第一主持人","优秀",3]
[77,"202110007060","无人机机载软件无线电应用系统","1120180224","李玥树","成员","优秀",1.5]
[78,"202110007060","无人机机载软件无线电应用系统","1120181594","郭芝帆","成员","优秀",1.5]
[79,"202110007060","无人机机载软件无线电应用系统","1120180488","王梓丞","成员","优秀",1.5]
[80,"202110007060","无人机机载软件无线电应用系统","1120180687","李润飞","成员","优秀",1.5]
[81,"202010007753","基于生成对抗网络的前景超分辨率行人重识别系统",1120180898,"娄春妮","第一主持人","优秀",3]
[82,"202010007753","基于生成对抗网络的前景超分辨率行人重识别系统",1120183150,"胡森康","成员","优秀",1.5]
[83,"202010007753","基于生成对抗网络的前景超分辨率行人重识别系统",1120181905,"徐铮","成员","优秀",1.5]
[84,"202010007753","基于生成对抗网络的前景超分辨率行人重识别系统",1120183167,"张益畅","成员","优秀",1.5]
[85,"202010007600","“一带一路”视域下德媒建构的中国形象——以DWDS语料库为例","1120183783","蒋欣然","第一主持人","通过",2]
[86,"202010007600","“一带一路”视域下德媒建构的中国形象——以DWDS语料库为例","1120183715","吕晨晓","成员","通过",1]
[87,"202010007600","“一带一路”视域下德媒建构的中国形象——以DWDS语料库为例","1120180256","冯靖涵","成员","通过",1]
[88,"202010007600","“一带一路”视域下德媒建构的中国形象——以DWDS语料库为例","1120180042","武雨辰","成员","通过",1]
[89,"202010007600","“一带一路”视域下德媒建构的中国形象——以DWDS语料库为例","1120183396","张浩楠","成员","通过",1]
[90,"202010007017","一款基于衍生式设计的自适应仿生柔性抓取装置","1120182270","杨嘉文","第一主持人","通过",2]
[91,"202010007017","一款基于衍生式设计的自适应仿生柔性抓取装置","1120182864","张玉正","成员","通过",1]
[92,"202010007017","一款基于衍生式设计的自适应仿生柔性抓取装置","1120183322","信超尹","成员","通过",1]
[93,"202010007017","一款基于衍生式设计的自适应仿生柔性抓取装置","1120182809","杨柳","成员","通过",1]
[94,"202010007033","弧面行驶车辆模型","1120192100","叶响","第一主持人","通过",2]
[95,"202010007033","弧面行驶车辆模型","1120192120","沈泽宇","成员","通过",1]
[96,"202010007033","弧面行驶车辆模型","1120192069","吴泽学","成员","通过",1]
[97,"202010007033","弧面行驶车辆模型","1120191123","王扬帆","成员","通过",1]
[98,"202010007037","火眼金睛——基于介电常数检测的智能分类垃圾筒","1120181260","姚淞瀚","第一主持人","通过",2]
[99,"202010007037","火眼金睛——基于介电常数检测的智能分类垃圾筒","1120192805","王骁驹","成员","通过",1]
[100,"202010007037","火眼金睛——基于介电常数检测的智能分类垃圾筒","1120200784","张荐科","成员","通过",1]
[101,"202010007037","火眼金睛——基于介电常数检测的智能分类垃圾筒","1120192768","王崇杰","成员","通过",1]
[102,"202010007037","火眼金睛——基于介电常数检测的智能分类垃圾筒","1120202496","王依林","成员","通过",1]
[103,"202010007037","火眼金睛——基于介电常数检测的智能分类垃圾筒","3120200235","覃朗","成员","通过",1]
[104,"202010007037","火眼金睛——基于介电常数检测的智能分类垃圾筒","1120200831","周天行","成员","通过",1]
[105,"202010007048","基于SSVEP脑机接口的无障碍智能阅读系统","1120180282","莫广豫","第一主持人","通过",2]
[106,"202010007048","基于SSVEP脑机接口的无障碍智能阅读系统","1120181463","杨槟涛","成员","通过",1]
[107,"202010007048","基于SSVEP脑机接口的无障碍智能阅读系统","1120182208","刘炳毅","成员","通过",1]
[108,"202010007048","基于SSVEP脑机接口的无障碍智能阅读系统","1120182293","马博宣","成员","通过",1]
[109,"202010007048","基于SSVEP脑机接口的无障碍智能阅读系统","1120170369","徐昕","成员","通过",1]
[110,"202010007088","空地协同移动操作机器人","1120181767","郭榕","第一主持人","通过",2]
[111,"202010007088","空地协同移动操作机器人","1120182815","王睿茜","成员","通过",1]
[112,"202010007088","空地协同移动操作机器人","1120183305","陈鹏","成员","通过",1]
[113,"202010007088","空地协同移动操作机器人","1120181349","潘乐昕","成员","通过",1]
[114,"202010007106","全地形万向多功能运动机器人","1120193542","章芷蕙","第一主持人","通过",2]
[115,"202010007106","全地形万向多功能运动机器人","1120190520","孙瑞鑫","成员","通过",1]
[116,"202010007106","全地形万向多功能运动机器人","1120190177","迪力亚尔·艾沙江","成员","通过",1]
[117,"202010007106","全地形万向多功能运动机器人","1120190349","胡星宇","成员","通过",1]
[118,"202010007106","全地形万向多功能运动机器人","1120193484","余文恒","成员","通过",1]
[119,"202010007515","基于图像识别的多功能虫情监测系统与害虫诱捕识别装置","1120190890","赵铎","第一主持人","通过",2]
[120,"202010007515","基于图像识别的多功能虫情监测系统与害虫诱捕识别装置","1120190543","朱若帆","成员","通过",1]
[121,"202010007515","基于图像识别的多功能虫情监测系统与害虫诱捕识别装置","1120192176","罗乐","成员","通过",1]
[122,"202010007515","基于图像识别的多功能虫情监测系统与害虫诱捕识别装置","1120193678","邓晓晓","成员","通过",1]
[123,"202010007515","基于图像识别的多功能虫情监测系统与害虫诱捕识别装置","1120192780","杨城磊","成员","通过",1]
[124,"202010007527","蚕茧蛋白分离纯化与应用研究","1120192912","金天","第一主持人","通过",2]
[125,"202010007527","蚕茧蛋白分离纯化与应用研究","1120191672","张子桐","成员","通过",1]
[126,"202010007527","蚕茧蛋白分离纯化与应用研究","1120190796","魏滔","成员","通过",1]
[127,"202010007527","蚕茧蛋白分离纯化与应用研究","1120201972","雷泽浩","成员","通过",1]
[128,"202010007550","【理化】基于苯并二噻吩聚合物光伏材料的合成","1120191613","孙硕","第一主持人","通过",2]
[129,"202010007550","【理化】基于苯并二噻吩聚合物光伏材料的合成","1120193386","邹旺均","成员","通过",1]
[130,"202010007550","【理化】基于苯并二噻吩聚合物光伏材料的合成","1120180862","程修蕊","成员","通过",1]
[131,"202010007551","噻吩[3,2-b]并呋喃非富勒烯稠环小分子受体的设计合成与光伏性能研究","1120192037","肖伟佳","第一主持人","通过",2]
[132,"202010007551","噻吩[3,2-b]并呋喃非富勒烯稠环小分子受体的设计合成与光伏性能研究","1120182572","叶嘉浩","成员","通过",1]
[133,"202010007551","噻吩[3,2-b]并呋喃非富勒烯稠环小分子受体的设计合成与光伏性能研究","1120181723","陈沛雯","成员","通过",1]
[134,"202010007551","噻吩[3,2-b]并呋喃非富勒烯稠环小分子受体的设计合成与光伏性能研究","1120173028","马腾跃","成员","通过",1]
[135,"202010007551","噻吩[3,2-b]并呋喃非富勒烯稠环小分子受体的设计合成与光伏性能研究","1120181792","郑依涵","成员","通过",1]
[136,"202010007552","基于吡咯并吡咯二酮类有机聚合物n型热电材料的设计及合成","1120180381","马金梅","第一主持人","通过",2]
[137,"202010007552","基于吡咯并吡咯二酮类有机聚合物n型热电材料的设计及合成","1120192616","霍海荣","成员","通过",1]
[138,"202010007552","基于吡咯并吡咯二酮类有机聚合物n型热电材料的设计及合成","1120191668","冯若萌","成员","通过",1]
[139,"202010007617","高知退休老年人养老服务需求研究 ——以北京市海淀区为例","1120181950","马滢滢","第一主持人","通过",2]
[140,"202010007617","高知退休老年人养老服务需求研究 ——以北京市海淀区为例","1120180914","魏昊彤","成员","通过",1]
[141,"202010007617","高知退休老年人养老服务需求研究 ——以北京市海淀区为例","1120190947","张星曼","成员","通过",1]
[142,"202010007617","高知退休老年人养老服务需求研究 ——以北京市海淀区为例","1120190528","薛苏文","成员","通过",1]
[143,"202010007617","高知退休老年人养老服务需求研究 ——以北京市海淀区为例","1120190946","方德玺","成员","通过",1]
[144,"202010007651","乡村振兴背景下农村留守儿童对经济增长的影响研究——基于京、陕、甘、 藏、鄂五省的实证考察   ","1120183582","胡英","第一主持人","通过",2]
[145,"202010007651","乡村振兴背景下农村留守儿童对经济增长的影响研究——基于京、陕、甘、 藏、鄂五省的实证考察   ","1120181995","白玛德吉","成员","通过",1]
[146,"202010007651","乡村振兴背景下农村留守儿童对经济增长的影响研究——基于京、陕、甘、 藏、鄂五省的实证考察   ","1120183229","陈婧","成员","通过",1]
[147,"202010007651","乡村振兴背景下农村留守儿童对经济增长的影响研究——基于京、陕、甘、 藏、鄂五省的实证考察   ","1120181081","赵文一","成员","通过",1]
[148,"202010007651","乡村振兴背景下农村留守儿童对经济增长的影响研究——基于京、陕、甘、 藏、鄂五省的实证考察   ","1120172870","杨林","成员","通过",1]
[149,"202010007666","环境信息披露对企业融资影响研究——行为经济学的解释","1120181012","李澎禹","第一主持人","通过",2]
[150,"202010007666","环境信息披露对企业融资影响研究——行为经济学的解释","1120181025","杜航","成员","通过",1]
[151,"202010007666","环境信息披露对企业融资影响研究——行为经济学的解释","1120181709","刘昱沛","成员","通过",1]
[152,"202010007666","环境信息披露对企业融资影响研究——行为经济学的解释","1120183120","张一涵","成员","通过",1]
[153,"202010007672","网络购物环境下大学生群体消费感知风险研究","1120183201","刘琪","第一主持人","通过",2]
[154,"202010007672","网络购物环境下大学生群体消费感知风险研究","1120183176","张赢方","成员","通过",1]
[155,"202010007672","网络购物环境下大学生群体消费感知风险研究","1120181968","张瑞泽","成员","通过",1]
[156,"202010007677","北京高校法治意识培育机制调查研究 ——以北京理工大学为例 ","1120182686","杨帆","第一主持人","通过",2]
[157,"202010007677","北京高校法治意识培育机制调查研究 ——以北京理工大学为例 ","1120183203","李雨辰","成员","通过",1]
[158,"202010007677","北京高校法治意识培育机制调查研究 ——以北京理工大学为例 ","1120183201","刘琪","成员","通过",1]
[159,"202010007677","北京高校法治意识培育机制调查研究 ——以北京理工大学为例 ","1120191435","杨世宇","成员","通过",1]
[160,"202010007677","北京高校法治意识培育机制调查研究 ——以北京理工大学为例 ","1120193725","贾玉珍","成员","通过",1]
[161,"202010007681","社会性别视角下理工科女大学生专业认同研究","1120193491","高银榴","第一主持人","通过",2]
[162,"202010007681","社会性别视角下理工科女大学生专业认同研究","1120191634","杨仪萍","成员","通过",1]
[163,"202010007681","社会性别视角下理工科女大学生专业认同研究","1120180411","阿勒思","成员","通过",1]
[164,"202010007681","社会性别视角下理工科女大学生专业认同研究","1120190960","王伯远","成员","通过",1]
[165,"202010007681","社会性别视角下理工科女大学生专业认同研究","1120182007","李冬雪","成员","通过",1]
[166,"202010007695","大学生社交媒体使用倾向及其使用经历研究——以QQ和微信为例","1120193354","肖添翼","第一主持人","通过",2]
[167,"202010007695","大学生社交媒体使用倾向及其使用经历研究——以QQ和微信为例","1120191836","韩佳璇","成员","通过",1]
[168,"202010007695","大学生社交媒体使用倾向及其使用经历研究——以QQ和微信为例","1120193788","侯楚怡","成员","通过",1]
[169,"202010007695","大学生社交媒体使用倾向及其使用经历研究——以QQ和微信为例","1120190184","依力达娜·色地克江","成员","通过",1]
[170,"202010007695","大学生社交媒体使用倾向及其使用经历研究——以QQ和微信为例","1120191216","张则宇","成员","通过",1]
[171,"202010007718","【人文】线上学习者成长型思维模式、自我效能感和学业拖延的关系研究","1120170923","游一林","第一主持人","通过",2]
[172,"202010007718","【人文】线上学习者成长型思维模式、自我效能感和学业拖延的关系研究","1120172846","张弛","成员","通过",1]
[173,"202010007718","【人文】线上学习者成长型思维模式、自我效能感和学业拖延的关系研究","1120200163","陈宇翔","成员","通过",1]
[174,"202010007737","内销转出口，贸易新局面——基于提升中国口罩产业国际竞争力的研究","1120182031","倪楠","第一主持人","通过",2]
[175,"202010007737","内销转出口，贸易新局面——基于提升中国口罩产业国际竞争力的研究","1120181985","朱子琪","成员","通过",1]
[176,"202010007737","内销转出口，贸易新局面——基于提升中国口罩产业国际竞争力的研究","1120182558","王昕玥","成员","通过",1]
[177,"202010007737","内销转出口，贸易新局面——基于提升中国口罩产业国际竞争力的研究","1120182622","潘晓宇","成员","通过",1]
[178,"202010007738","人民币与多国货币直接兑换的效果及发展潜力研究——以丝绸之路经济带国家为例","1120181920","牛一然","第一主持人","通过",2]
[179,"202010007738","人民币与多国货币直接兑换的效果及发展潜力研究——以丝绸之路经济带国家为例","1120181292","杨舒月","成员","通过",1]
[180,"202010007743","民法典时代下个人信息公益诉讼研究","1120181944","张晶晶","第一主持人","通过",2]
[181,"202010007743","民法典时代下个人信息公益诉讼研究","1120181970","李航","成员","通过",1]
[182,"202010007745","超常条件下材料特性大数据库及基因组构建","1120181678","赵志杰","第一主持人","通过",2]
[183,"202010007745","超常条件下材料特性大数据库及基因组构建","1120183117","康俸溪","成员","通过",1]
[184,"202010007745","超常条件下材料特性大数据库及基因组构建","1120182601","王瑞","成员","通过",1]
[185,"202010007745","超常条件下材料特性大数据库及基因组构建","1120181743","李柔娟","成员","通过",1]
[186,"202010007745","超常条件下材料特性大数据库及基因组构建","1120181159","赵晓锟","成员","通过",1]
[187,"202010007748","基于蛋白质组学和代谢组学研究耐辐射奇球菌耐辐射机制  ","1120192759","魏琳洋","第一主持人","通过",2]
[188,"202010007748","基于蛋白质组学和代谢组学研究耐辐射奇球菌耐辐射机制  ","1120190796","魏滔","成员","通过",1]
[189,"202010007748","基于蛋白质组学和代谢组学研究耐辐射奇球菌耐辐射机制  ","1120182611","刘紫玉","成员","通过",1]
[190,"202010007748","基于蛋白质组学和代谢组学研究耐辐射奇球菌耐辐射机制  ","1120192556","董镇赫","成员","通过",1]
[191,"202010007748","基于蛋白质组学和代谢组学研究耐辐射奇球菌耐辐射机制  ","1120191714","李娜","成员","通过",1]
[192,"202010007754","校园人群密度智能监测预警系统","1120182658","武家鹏","第一主持人","通过",2]
[193,"202010007754","校园人群密度智能监测预警系统","1120180581","李琦彬","成员","通过",1]
[194,"202010007754","校园人群密度智能监测预警系统","1120181322","孟雨辰","成员","通过",1]
[195,"202010007754","校园人群密度智能监测预警系统","1120183386","张逸姝","成员","通过",1]
[196,"202010007754","校园人群密度智能监测预警系统","1120183367","程月江","成员","通过",1]
[197,"202010007761","石墨烯超材料变温介电性能及器件","1120181524","刘西晓","第一主持人","通过",2]
[198,"202010007761","石墨烯超材料变温介电性能及器件","1120181760","赵安琪","成员","通过",1]
[199,"202010007761","石墨烯超材料变温介电性能及器件","1120181748","王梦奇","成员","通过",1]
[200,"202010007763","磁性石墨纳米片超表面频率特性及压力传感器件","1120181748","王梦奇","第一主持人","通过",2]
[201,"202010007763","磁性石墨纳米片超表面频率特性及压力传感器件","1120181760","赵安琪","成员","通过",1]
[202,"202010007763","磁性石墨纳米片超表面频率特性及压力传感器件","1120181524","刘西晓","成员","通过",1]
[203,"202010007764","具有夹层结构的MoS2/碳布的高效微波衰减性能研究","1120181706","朱鹏霏","第一主持人","通过",2]
[204,"202010007764","具有夹层结构的MoS2/碳布的高效微波衰减性能研究","1120180830","孙宏民","成员","通过",1]
[205,"202010007779","基于使用人工固态电解质界面膜实现保护金属锂负极的研究","1120193267","曹知贤","第一主持人","通过",2]
[206,"202010007779","基于使用人工固态电解质界面膜实现保护金属锂负极的研究","1120192426","张欣","成员","通过",1]
[207,"202010007779","基于使用人工固态电解质界面膜实现保护金属锂负极的研究","1120193245","陈浩然","成员","通过",1]
[208,"202010007779","基于使用人工固态电解质界面膜实现保护金属锂负极的研究","1120193213","贾天昊","成员","通过",1]
[209,"202010007782","新型刺激响应纯有机室温磷光材料的合成及在多重防伪领域的应用 ","1120191899","苏涵","第一主持人","通过",2]
[210,"202010007782","新型刺激响应纯有机室温磷光材料的合成及在多重防伪领域的应用 ","1120193416","叶奥祺","成员","通过",1]
[211,"202010007782","新型刺激响应纯有机室温磷光材料的合成及在多重防伪领域的应用 ","1120190226","牛智涛","成员","通过",1]
[212,"202010007789","新冠疫情影响下的居民节能行为干预机制研究","1120192364","章瀚丹","第一主持人","通过",2]
[213,"202010007789","新冠疫情影响下的居民节能行为干预机制研究","1120181537","顾子豪","成员","通过",1]
[214,"202010007789","新冠疫情影响下的居民节能行为干预机制研究","1120191624","付嘉璐","成员","通过",1]
[215,"202010007789","新冠疫情影响下的居民节能行为干预机制研究","1120192374","王雅格","成员","通过",1]
[216,"202010007790","基于复杂网络的全球创新研发主体组合识别与评估方法研究","1120171116","刘家润","第一主持人","通过",2]
[217,"202010007790","基于复杂网络的全球创新研发主体组合识别与评估方法研究","1120192707","李乐莎","成员","通过",1]
[218,"202010007790","基于复杂网络的全球创新研发主体组合识别与评估方法研究","1120191284","邢天斌","成员","通过",1]
[219,"202010007791","创新脉搏可视化分析数据收集及关键技术开发研究","1120191284","邢天斌","第一主持人","通过",2]
[220,"202010007791","创新脉搏可视化分析数据收集及关键技术开发研究","1120192707","李乐莎","成员","通过",1]
[221,"202010007791","创新脉搏可视化分析数据收集及关键技术开发研究","1120171116","刘家润","成员","通过",1]
[222,"202010007796","蓝鲨--多场景智能消防系统","1120192444","罗奥成","第一主持人","通过",2]
[223,"202010007796","蓝鲨--多场景智能消防系统","1120181395","莘展骅","成员","通过",1]
[224,"202010007796","蓝鲨--多场景智能消防系统","1120192496","时皓铭","成员","通过",1]
[225,"202010007796","蓝鲨--多场景智能消防系统","1120192937","王雨晴","成员","通过",1]
[226,"202010007796","蓝鲨--多场景智能消防系统","1120190443","陈依霖","成员","通过",1]
[227,"202010007796","蓝鲨--多场景智能消防系统","1120190774","李沐融","成员","通过",1]
[228,"202010007796","蓝鲨--多场景智能消防系统","1120183515","董欣怡","成员","通过",1]
[229,"202010007796","蓝鲨--多场景智能消防系统","1120202854","张育菡","成员","通过",1]
[230,"202010007796","蓝鲨--多场景智能消防系统","1120193447","牛琦嵩","成员","通过",1]
[231,"202010007796","蓝鲨--多场景智能消防系统","1120193120","赵冉","成员","通过",1]
[232,"202110007001","“一带一路”投资的企业社会责任披露研究","1120190984","郑世鑫","第一主持人","通过",2]
[233,"202110007001","“一带一路”投资的企业社会责任披露研究","1120190978","胡翀","成员","通过",1]
[234,"202110007001","“一带一路”投资的企业社会责任披露研究","1120191010","张欣怡","成员","通过",1]
[235,"202110007001","“一带一路”投资的企业社会责任披露研究","1120193372","韩秋实","成员","通过",1]
[236,"202110007001","“一带一路”投资的企业社会责任披露研究","1120191017","唐伊婷","成员","通过",1]
[237,"202110007007","可智能识别与抓取操作的双足移动平台","1120191044","芮思语","第一主持人","通过",2]
[238,"202110007007","可智能识别与抓取操作的双足移动平台","1120200291","张轩宇","成员","通过",1]
[239,"202110007007","可智能识别与抓取操作的双足移动平台","1120201392","刘嘉仪","成员","通过",1]
[240,"202110007007","可智能识别与抓取操作的双足移动平台","1120200287","张雨","成员","通过",1]
[241,"202110007014","磁流变级联式发电机的电液-机械驱动与控制研究","1120182465","李佳奇","第一主持人","通过",2]
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[243,"202110007014","磁流变级联式发电机的电液-机械驱动与控制研究","3120200188","冯常磊","成员","通过",1]
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[245,"202110007019","“太极”——面向复杂环境可分离式察打一体无人机设计","1120192216","罗野","成员","通过",1]
[246,"202110007019","“太极”——面向复杂环境可分离式察打一体无人机设计","1120193036","朱俊帆","成员","通过",1]
[247,"202110007019","“太极”——面向复杂环境可分离式察打一体无人机设计","1120190762","何晓宇","成员","通过",1]
[248,"202110007019","“太极”——面向复杂环境可分离式察打一体无人机设计","1120201371","赵文博","成员","通过",1]
[249,"202110007021","便携式心电采集显示系统研制","1120183548","张天骏","第一主持人","通过",2]
[250,"202110007021","便携式心电采集显示系统研制","1120182579","陈昭宇","成员","通过",1]
[251,"202110007021","便携式心电采集显示系统研制","1120182611","刘紫玉","成员","通过",1]
[252,"202110007023","小型固体火箭发动机推力仿真与实验的比较研究","1120182146","贺小龙","第一主持人","通过",2]
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[254,"202110007023","小型固体火箭发动机推力仿真与实验的比较研究","1120203323","文淳宇","成员","通过",1]
[255,"202110007023","小型固体火箭发动机推力仿真与实验的比较研究","1120203387","秦笑雨","成员","通过",1]
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[258,"202110007038","基于企业社会责任披露的审计治理研究","1120190982","周兵晏","第一主持人","通过",2]
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[262,"202110007038","基于企业社会责任披露的审计治理研究","3420200564","蒲雪莹","成员","通过",1]
[263,"202110007041","一带一路沿线国制度环境对审计监督治理的影响","1120192578","朱乐琪","第一主持人","通过",2]
[264,"202110007041","一带一路沿线国制度环境对审计监督治理的影响","1120193373","周泽宇","成员","通过",1]
[265,"202110007041","一带一路沿线国制度环境对审计监督治理的影响","1120191011","杨婧怡","成员","通过",1]
[266,"202110007041","一带一路沿线国制度环境对审计监督治理的影响","1120191642","朱梦泽","成员","通过",1]
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[268,"202110007045","基于另类业绩指标的市场反应预测研究","1120193376","梁丹琪","第一主持人","通过",2]
[269,"202110007045","基于另类业绩指标的市场反应预测研究","1120192578","朱乐琪","成员","通过",1]
[270,"202110007045","基于另类业绩指标的市场反应预测研究","1120193373","周泽宇","成员","通过",1]
[271,"202110007045","基于另类业绩指标的市场反应预测研究","1120190978","胡翀","成员","通过",1]
[272,"202110007045","基于另类业绩指标的市场反应预测研究","1120190992","陈泰伦","成员","通过",1]
[273,"202110007049","【人文】《嘉莉妹妹》之祈使句研究","1120180909","宋玉祺","第一主持人","通过",2]
[274,"202110007049","【人文】《嘉莉妹妹》之祈使句研究","1120180257","甘甜","成员","通过",1]
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[277,"202110007049","【人文】《嘉莉妹妹》之祈使句研究","1120191505","苗时雨","成员","通过",1]
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[287,"S202110007080","无人机避障方法及路径优化研究","1320192002","吴齐","成员","通过",1]
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[289,"S202110007087","智能环境监测平台定位与导航系统设计","1120203323","文淳宇","成员","通过",1]
[290,"S202110007087","智能环境监测平台定位与导航系统设计","1320201066","倪润峰","成员","通过",1]
[291,"S202110007087","智能环境监测平台定位与导航系统设计","1120200831","周天行","成员","通过",1]
[292,"S202110007087","智能环境监测平台定位与导航系统设计","1120182146","贺小龙","成员","通过",1]
[293,"S202110007088","一种基于半潜式升降平台的救捞船设计","1120182234","何劲涛","第一主持人","通过",2]
[294,"S202110007088","一种基于半潜式升降平台的救捞船设计","1120182248","付佳可","成员","通过",1]
[295,"S202110007088","一种基于半潜式升降平台的救捞船设计","1120182255","陈峻锋","成员","通过",1]
[296,"S202110007088","一种基于半潜式升降平台的救捞船设计","1120182236","张宸瀚","成员","通过",1]
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[298,"S202110007112","“隔空摄物”——基于声悬浮的三维空间束缚移动控制系统","1120183063","唐杏","成员","通过",1]
[299,"S202110007112","“隔空摄物”——基于声悬浮的三维空间束缚移动控制系统","1920180004","彭依凯","成员","通过",1]
[300,"S202110007128","跨分所合作审计审计质量影响因素研究","1120192582","孟令宇","第一主持人","通过",2]
[301,"S202110007128","跨分所合作审计审计质量影响因素研究","1120193374","高景烨","成员","通过",1]
[302,"S202110007128","跨分所合作审计审计质量影响因素研究","1120190988","任航","成员","通过",1]
[303,"S202110007128","跨分所合作审计审计质量影响因素研究","1120191018","倪泽华","成员","通过",1]
[304,"S202110007128","跨分所合作审计审计质量影响因素研究","1120190977","孙乐溪","成员","通过",1]
[305,"S202110007129","会计师事务所社会资本与审计质量","1120190008","苏可","第一主持人","通过",2]
[306,"S202110007129","会计师事务所社会资本与审计质量","1120190998","李芷昕","成员","通过",1]
[307,"S202110007129","会计师事务所社会资本与审计质量","1120190007","段润娇","成员","通过",1]
[308,"S202110007129","会计师事务所社会资本与审计质量","1120192390","曹梦婕","成员","通过",1]
[309,"S202110007129","会计师事务所社会资本与审计质量","1120191898","郭建卓","成员","通过",1]
[310,"S202110007132","绿色能源错配、产业智能化与经济增长 ——来自中国的理论与实证分析","1120183209","汪子婕","第一主持人","通过",2]
[311,"S202110007132","绿色能源错配、产业智能化与经济增长 ——来自中国的理论与实证分析","1120191634","杨仪萍","成员","通过",1]
[312,"S202110007132","绿色能源错配、产业智能化与经济增长 ——来自中国的理论与实证分析","1120192835","詹思萌","成员","通过",1]
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[314,"S202110007139","数字文化时代动物文创产品的创新研究 ——以美洲獾为例                ","1120201394","王远","成员","通过",1]
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[316,"S202110007139","数字文化时代动物文创产品的创新研究 ——以美洲獾为例                ","1120200232","吕沛垚","成员","通过",1]
[317,"S202110007139","数字文化时代动物文创产品的创新研究 ——以美洲獾为例                ","1120191525","周旭东","成员","通过",1]
[318,"S202110007141","中德网站语言景观特点及对文化传播的作用——以孔子学院和歌德学院为例","1120181965","王娜","第一主持人","通过",2]
[319,"S202110007141","中德网站语言景观特点及对文化传播的作用——以孔子学院和歌德学院为例","1120180255","陈羽霏","成员","通过",1]
[320,"S202110007141","中德网站语言景观特点及对文化传播的作用——以孔子学院和歌德学院为例","1120182687","张震威","成员","通过",1]
[321,"S202110007141","中德网站语言景观特点及对文化传播的作用——以孔子学院和歌德学院为例","1120182036","徐若筠","成员","通过",1]
[322,"S202110007144","基于学生发展规划的角度构建中外合作办学项目大一学年课程评价体系并探索课程优化方案——以北京理工大学中外合办会计学专业为例","1120202284","文可","第一主持人","通过",2]
[323,"S202110007144","基于学生发展规划的角度构建中外合作办学项目大一学年课程评价体系并探索课程优化方案——以北京理工大学中外合办会计学专业为例","1120200909","赵嘉铭","成员","通过",1]
[324,"S202110007144","基于学生发展规划的角度构建中外合作办学项目大一学年课程评价体系并探索课程优化方案——以北京理工大学中外合办会计学专业为例","1120200892","贾浩宇","成员","通过",1]
[325,"S202110007144","基于学生发展规划的角度构建中外合作办学项目大一学年课程评价体系并探索课程优化方案——以北京理工大学中外合办会计学专业为例","1120201922","马钰雯","成员","通过",1]
[326,"S202110007144","基于学生发展规划的角度构建中外合作办学项目大一学年课程评价体系并探索课程优化方案——以北京理工大学中外合办会计学专业为例","1120203395","刘元熙","成员","通过",1]
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[328,"S202110007146","高校创业集群化对于大学生创新动力激励机理研究——以北京理工创新创业中心为例  ","1120192135","邹学鸿","成员","通过",1]
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[338,"S202110007154","对以太坊交易中非法欺诈行为识别与检测的研究","1120190319","包海洲","成员","通过",1]
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[341,"S202110007160","基于遗忘曲线算法的背单词软件开发","1120190839","章乃丰","成员","通过",1]
[342,"S202110007160","基于遗忘曲线算法的背单词软件开发","1120191033","付欧瑞","成员","通过",1]
[343,"S202110007160","基于遗忘曲线算法的背单词软件开发","1120192277","邱睿桥","成员","通过",1]
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