"2014年南昌大学校级"大学生创新创业训练计划"推荐项目名单汇总"

"序号","学院","项目类型","项目名称","项目负责人",,,"参与学生人数","项目成员",,,"指导教师",,"项目所属一级学科","项目简介(200字以内)",,,,"姓名","学号","专业班级",,"姓名","学号","专业班级","姓名","职称",,"1","人文学院","1",""絜矩之道"的哲学内涵与应用语境考辨","谈天","5000312016","12级国学实验班","2","谈天","5000312016","12级国学实验班","闫宁","讲师","720","说明两千年历史中"絜矩"、"絜矩之道"的地位与意义;梳理从先秦到清代"絜矩之道"哲学内涵与应用语境的变迁过程;着重对比汉、宋、明、清等朝代"絜矩之道"哲学内涵的一致与差异;在文献资料允许的情况下,尝试将探索先秦时期"絜矩"本义,以及与均平、规矩等理念的相似与差别.
"徐逸岑","5000111041","广播电视新闻学111班",,,,"2","新闻与传播学院","1","大学生心理疏导系列微电影制作","黄兴华","5000111039","广播电视学111班","4","田孔良","5000111028","广告学111班","周云倩","副教授","190","在社会主义核心价值观的引导下,拍摄制作大学生心理疏导系列微电影,用于给大学生心理引导,进行心理解压,兼具公益性和现实针对性.
创新点在于,首先形式上创新,用微电影形式进行心理辅导减压;同时,有心理应用的价值;再者,推广上结合微博、微信等新媒体平台.
"陶颖惠","5000111137","广播电视学111班",,,,陈白鸽","6202411030","应用心理学111班",,,,郭钦锋","6202411032","教育学111班",,,,"3","新闻与传播学院","1","南昌大学校园3D虚拟","李霖","5000111022","广告111班","2","莫薇","5202611027","工业设计111班","罗俊","讲师","520/760","我校校区面积大,仅前湖校区就有3600亩.
新生、来本校参访的校外人员很容易迷路.
本项目将使用3Dmax及VR等虚拟3D技术,开发一套虚拟3D校园参访系统,3D虚拟是利用电脑模拟产生一个三维空间的虚拟世界,提供使用者关于视觉、听觉、触觉等感官的模拟,让使用者如同身历其境一般,可以及时、没有限制地观察三度空间内的事物.
我校现有的校园全景制作非常平面化,需要应用3D虚拟现实技术进行替代.
此系统可填补江西省内校园3D虚拟的技术空白.
"傅雅松","5000111053","广告111班",,,,"4","新闻与传播学院","1","制作数字电影《现下梦上》","万蕾丝","5001212004","戏剧影视文学121班","4","毋山蒙","5001212046","戏剧影视文学122班","方小燕","讲师","520/760","本项目为拍摄微电影《现下梦上》,实施目的是想挖掘表现当代大学生的情感,包括亲情、友情.
以及一场锲而不舍的追梦之旅.
影片讲述了贫困单亲家庭的小青怀揣着一颗上大学的梦想,当父亲得知自己患有不治之症时处于父亲的本能希望孩子能够早日走向社会,独立起来.
在追梦的道路上他跨过一个又一个的坎坷最终实现自己的梦想.
影片所想展示给观众的是一种对梦想的执着渴望与父爱的默默无闻.
在现实生活中,浮华的世界另许多年轻人忘却自己最初的梦想,忽略亲情的伟大.
希望通过这部戏剧能够带给观众尤其是青少年们一种正能量,唤起他们心中对青春对梦想的那份挚爱.
创新点希望通过简短的影片加上戏剧元素的集中表现,能倡导现在的年轻人坚持自己的梦想回报父母给我们的爱同时也激发起长辈们对青春的那份回忆.
"王文玉","5001212038","戏剧影视文学122班",,,,刘翀","5001212032",,,,,黄媛媛","5001212035",,,,,"5","新闻与传播学院","2","面向高校学生的校园自助打印网络平台","赖学韬","5000112002","新闻121班","4","李静","5000112026","新闻121班","胡丹","讲师","860","本项目立足于高校学生学习生活实际,意在通过建立一个校园网络打印平台,为高校学生提供便捷、高效、准确的打印服务,让学生不再遭受"拥挤"、"丢失优盘"等常见问题的困扰,提高学生学习生活的效率.
通过网络接收需要打印的文件,自选送、取货方式,相比于传统打印形式简洁而高效;另外在网络平台上我们的工作人员会为学生提供必要的打印建议,使打印更加专业和准确.
接受过滤后的广告商投放广告,增加收入.
"刘程辉","5000112011","新闻121班",,,,胡涛","5000112012","新闻121班",,,,刘泽林","5000112109","新闻121班",,,,"6","新闻与传播学院","2","新媒体环境下的微电影创作与网络营销研究","李闯","5001212010","戏剧影视文学121班","6","许一鸣","5001212040","戏剧影视文学122班","许爱珠","教授","760","该项目围绕当代大学生与影视传播行业,采取拍摄—传播—反馈的创新模式,在本科阶段完成独立制片的模式探索.
本项目拟创意微电影《回音》,旨在反思当代传统文化尤其是传统戏曲的生存现状.
该微电影主要讲述的是一个当代女青年在戏曲文化式微的今天,对保护戏曲精髓所作出的艰难抉择.
该微电影借助江西省厚重的戏曲底蕴,打通传统文化与现代媒介之间的联系.
本项目的目的,是对江西省大学生制作的影视在网络营销模式的一次探索.
"李越","5001212002","戏剧影视文学121班",,,,唐成","5001212001","戏剧影视文学121班",,,,黄一川","5305312058","播音与主持123班",,,,王梓玮","5205112031","戏剧影视表演122班",,,,卢红辞","5102612019","英语翻译121班",,,,"7","外国语学院","2","游译视讯有限公司","王桂彬","5102612032","英翻122班","4","周晓杰","5102612065","英翻122班","张大群","副教授","740","游译视讯有限公司是一家处于创始阶段的公司.
公司名称是游译责任有限公司.
公司法定经营形式为有限责任公司.
法定地址为南昌大学大学生创业园999号.
本公司是以建立双语游戏视频网站,为国内玩家提供最新、最准确、最精彩国外双语字幕游戏视频为主体项目的有限责任公司.
本项目通过收取广告代理费用和会员注册费用等服务项目获取盈利.
"何秋融","5102612055","英翻122班",,,,刘坤","5102612050","英翻122班",,,,罗劲松","5101512012","英翻122班",,,,"8","外国语学院","3","英日汉翻译服务实践项目","曾敬洛","5101512033","英日121班","4","朱海宁","5101512023","英日121班","刘婷","教授","740","本项目以优秀的英语日语专业品学兼优、乐于服务大众的同学为依托,充分利用外国语学院英语日语专业同学优势,组建起一支高水平的翻译团队.
该项目旨在为来华旅游或学习的人员提供日常翻译服务.
同时,作为翻译的同学也可以在社会中得到历练及丰富的作为翻译的工作经验,以便为未来的社会工作打下坚实的基础.
服务采用专业大学生的英汉、日汉双语双向翻译能力克服以往费用高且仅提供单方面翻译服务等问题.
"李朋奎","5101512016","英日121班",,,,李林蔚","5101512028","英日121班",,,,马俊","5101512017","英日121班",,,,"9","外国语学院","2","大学生英语四六级应考辅导创业训练","邹付容","5101112056","英语122班","3","黄鑫","5101112044","英语122班","晏国彬","副教授","740","本项目以品学兼优、学习扎实、高分通过四六级,且有志于投身教育行业的外国语学院同学为依托,充分借助英语专业优势组建起一支高质量的英语四六级大学生培训团队.
项目旨在通过我们个性化的辅导来帮助校内部分英语水平亟待提高的同学顺利通过四六级考试,提升英语综合应用能力.
本项目突破了传统英语教育针对性不强的瓶颈,具有很强的实战性,也让培训者能从中积累丰富经验,为将来投身教育打下良好基础,具有很好的创新实践意义.
"苏睿","5101112036","英语121班",,,,毛富荣","6002212045","给排水121班",,,,"10","外国语学院","1","昌大五月摄影工作室","赖铭艳","5102612053","英翻121班","2","叶晓云","5102612048","英翻121班","晏国彬","副教授","630","五月工作室致力于打造校园三大平台:项目组成员创业素质提升的平台,摄影爱好者锻炼、交流与技能培训的平台,为南昌大学的同学提供摄影培训、校园写真等摄影服务的平台.
实施目标:营造良好的校园摄影文化氛围,提升摄影爱好者的摄影技能,为南昌大学的同学提供满意的摄影服务.
创新点:与学校现有的摄影工作室不同,五月工作室注重营销与摄影相结合,全面的服务于全校摄影爱好者以及所有学生.
"刘沙","5400212031","市场营销121班",,,,"11","外国语学院","1","农村妇女参与新农村建设情况——以江西萍乡上栗为例","刘金红","5102611026","英翻111班","4","张欢","5102611025","英语翻译111班","潘海燕","讲师","740","本次调研通过问卷调查研究农村妇女参与新农村建设的情况,研究思路遵循:提出问题——分析问题——解决问题的研究思路,以问卷调查和深度访谈所取得的考查资料为实质证据进行剖析论证,把江西省萍乡市上栗县农村妇女思想以及社会地位的转变作为出发点,汲取妇女发挥的优势,弥补其不足,积极响应十八届三中全会,为城乡一体化发展贡献力量,促进城乡一体化发展的进程.
新农村建设自2005年提出以来已有8年历史了,但是其建设的情况以及成果却少有人问津.
此外,妇女作为农村建设的主体,在经济政治文化建设上都发挥着独一无二的作用,这一点更加不能被忽视.
研究农村妇女参与新农村建设情况越来越凸显其创新性和迫切性.
"王宁","5102611017","英语翻译111班",,,,黄桂香","5102611025","英语翻译111班",,,,李鸿娟","5102611017","英语翻译111班",,,,"12","外国语学院","3","《Rencontrer——遇》咖啡馆","陈仁叶","5102312013","法语121班","3","王晓辰","5102312004","法语121班","王春光","讲师","740","本项目拟在学校后街开一家名为《Rencontrer——遇》的小店.
项目的创新和创意在于店内装修风格和设计符合大学生的需求,并且聘请大学生作为服务生,邀请大学生驻场歌手,时常开展与大学生息息相关的活动,如读书会、图书漂流、糕点制作等等.
我们的宣传方式主要是线上宣传.
"吴亚非","5102312021","法语121班",,,,袁步云","5102312011","法语121班",,,,"13","外国语学院","2","乐康医疗咨询服务公司","韩若冰","5101112065","英语121班","4","刘霞","5405712009","工商管理","晏国彬","副教授","740","当今医患矛盾层出不穷,医疗资源浪费现象比比皆是,专业医疗知识掌握在少数医务工作者手中的机械医疗模式的大背景下,我公司致力于发展一种新的医疗模式,即医疗健康管理模式,随着这一医疗模式的到来人们将会拥有更自主的就医理念.
为满足客户需求,我公司制定了完整而长期的发展战略,针对客户及客户所处的健康、亚健康和疾病的不同状态,提供私人医生、就医服务、健康管理、贵宾服务、健康保险等服务,帮助客户维护健康、促进健康、恢复健康、提供法律保障,提高生命质量.
"王利鹏","5000211131","汉语言",,,,任珂亿","5102112002","亚欧系德语",,,,段智欣","5400213215","工商管理",,,,"14","外国语学院","3","昌大团购服务实践项目","李金泽","5102212029","日语121班","2","杨潇迪","5102212028","日语121班","王春光","讲师","740","本项目以学校为范围,以网络(微信平台)为载体,以全校商户为平台对象,全校师生为服务对象.
创建一个微信平台,与南昌大学各个商户合作,关注本微信平台的用户可以享受团购价格.
以价格的优惠来吸引同学关注,以关注的人数多可以为商户打广告为吸引点吸引商户合作.
"唐雪娇","5102212026","日语121班",,,,"15","艺术与设计学院","3","回族传统生活、生产器具图形符号研究","林志兵","5203211082","工设产品设计111班","4","李惠恩","5203211028","工设包装112班","杨明朗邱珂","教授讲师","760","本项目主要针对回族传统生活、生产器具图形符号的研究,通过对回族器具资料收集与整理,对回族器具设计有了一定的基础认识,从而本人有兴趣将对回族器具的研究与认识,引申到现代的创意产品设计,从演变到创新.
除了对产品的研究外,也是对我国回族器具与工具的进一步了解,推广回族传统文化.
在回族器具与工具的研究中,寻找新的设计点.
将对回族传统生活、生产器具图形符号的研究与古、现代创意产品设计相互融合.
即对回族传统生活、生产器具图形符号的研究的继承与发展.
"李雪松","5203211049","工设产品111班",,,,刘梓峰","5203211038","工设建筑113班",,,,陈晨","5205513073","产品设计133班",,,,"16","艺术与设计学院","2","昌影文化传媒有限公司策划方案及实务操作","刘振超","5205111010","戏剧影视表演111班","4","连鑫耀","5205111030","戏剧影视表演112班","何世剑","副教授","760","昌影文化传媒有限公司是一家集影视与演出同步经营的多元文化传媒公司,公司的创立自足于江西大学生校园.
"邝泉水","6100411190","卓越传媒111班",,,,匡凌野","5205111009","戏剧影视表演111班",,,,刘耀中","5205211028","戏剧影视文学111班","喻琴","副教授",,"17","艺术与设计学院","1","美术器材的人性化创新设计研究","郭振兴","5204112019","绘画121班","4","李瑞宇","5205513070","产品设计133班","王增","讲师","760","简要内容:通过市场上现有的美术器材的调研,改进美术器材,并设计出若干款新型的美术器材.
创新点:市场上现有的画材大多太过笨重,并且木质材料耗费较多不环保,特别是水粉笔由于长期浸泡在水中木质材料老化的快极易折断,断了以后就无法从复使用.
现有画材对美术生造成最大的困扰就是太大,太重,太多对东奔西走参加校考的美术生来说太过于不便;我们小组成员都是从校考的道路走过来的,特别想改变这种现状,解决画材给美术生带来的不便.
"刘天理","5205513072","产品设计133班",,,,毛智威","5205513061","产品设计133班",,,,姜运晴","5205513045","产品设计132班",,,,"18","艺术与设计学院","1","艺术设计专业竞赛研究-《"新人杯"大学生室内设计大赛》、《江西之星》","王璐琪","5202612117","艺术设计专业环艺121班","4","刘二辉","5202612115","艺术设计环艺121班","彭云","讲师","760","组建了一支精益求精和富有合作精神的专业设计团队,在本科期间参加国内外的设计大赛.
例如:《江西之星》、《新人杯设计大赛》等,并针对具体的情况,做出最好的调试与安排,使专业与比赛相辅相成,达到以赛促教,以项促学的目的,建立完善的设计工作团队的各种流程,以配合教师的教学与实践.
与教师自主科研充分结合,以设计工作室等形式,为大学生的设计实践提供多层次的训练环境的同时,也有助于教师开展科研工作,促进教师和学生之间的沟通交流,是教与学的课外拓展.
参加全国性和地方性的设计比赛,以做到松弛有度,有张有弛的比赛方式.
"詹时雨","5202612113","艺术设计环艺121班",,,,罗悦平","5202612112","艺术设计环艺122班",,,,庄思豪","5202612079","艺术设计环艺121班",,,,"19","艺术与设计学院","3","音乐学习平台","刘健健","5201411048","音乐教育112班","3","梁彩辉","5201411004","音乐教育112","郑琳","副教授","760","我们的项目是建立一个'音乐学习平台',此平台是向一些喜欢音乐并且想学习音乐的人群提供'寻找优质且适合的音乐老师'的服务.
"朱庆艳","5201412051","音乐教育122",,,,宋凯凯","5201411021","音乐教育112",,,,"20","艺术与设计学院","1","智能医疗器材设计的探索研究——吊瓶报警器设计","阮欣","5203211011","11级产品","4","王飞","5203012028","12产品","汤翔燕","讲师","760","医疗产品、工具的设计一直以来都是工业设计中一个特殊的领域.
在不久的将来医疗行业将融入更多人工智慧、传感技术等高科技,使医疗服务走向真正意义的智能化,推动医疗事业的繁荣发展.
而医疗设备更直接关系到人体的健康问题,现在又是一个信息高速发展的时代,我们小组通过对现在比较有发展前景的智能医疗设备的分析与调查,认为可以设计出更加合理,更加人性化,更加智能的医疗设备,并对此进行了深入的研究与探讨.
"李丽霞","5203211043","11包装",,,,李国淼","5203211059","专业班级2",,,,欧圆圆","5203111009","11理工产品",,,,"21","艺术与设计学院","1","生态理念下的陶瓷产品包装研究","幸翔","5203112005","工业设计(理)121班","4","吴涛涛","5203112034","工业设计(理)121","钟丹","副教授","760","陶瓷是人类造物活动的重要组成部分,对陶瓷产品的包装和探索自古有之,著名的"海上丝绸之路"其实是名副其实的"陶瓷之路".
如今社会资源日益枯竭,对环境生态的关注越来越迫切,陶瓷的包装如何适应现代的绿色包装设计理念,让陶瓷产业既能与时俱进又彰显它独特的文化性和艺术的魅力,是我们今天所面临的一个重大课题.
"幸翔","5203112005","工业设计(理)121",,,,蒋敏","5205513017","产品设计131",,,,陶云君","5203111019","工业设计(理)111",,,,"22","艺术与设计学院","1","新型实用多功能公交车后视镜创新设计","赵贺琦","5203012022","工业设计121班","3","胡皓","5203012076","工业设计121班","徐秋莹王增","教研室副主任讲师","760","随着城市交通压力的不断加大,公交车出行是一种节能环保减少交通拥堵的最好方式,但目前公交车的功能单一,有诸多不便,所以我们设计团队设计出实用新型的一种多功能公交车后视镜.
"杨应超","5203012025","工业设计122班",,,,郭楠楠","6100512023","信息管理与信息系统121班",,,,"23","艺术与设计学院","1","弘扬江西特色文化微电影计划","王梓玮","5205112031","戏剧影视表演122班","3","王才升","5205112021","戏表122","王涛","讲师","760","江西当地的非物质文化遗产,具有悠久的历史以及丰富的人文底蕴在内,我们要做的就是将江西的非物质文化遗产在网络以及新媒体的平台上进行推广宣传,用网络的力量将江西的的特色文化传播出去,使得提高本土文化的知名度,使得江西特色文化传承出去.

而选取的角度,以江西的"傩"文化,赣剧文化和红色革命文化为主,用微电影的题材实施推广宣传,江西省将文化创意产业列入江西十大战略性新兴产业之一,其中非物质文化遗产是江西文化的重要落脚点之一.
江西文化创意产业在快速发展过程中出现了一些现实问题,这些问题不有效解决,将成为制约江西文化创意产业发展的瓶颈.
所以采取新媒体,网络这一创新点,进行宣传,提高知名度成为了江西非物质文化基础的重要一环.
"黄一川","5305312058","播音123",,,,李闯","5001212010","戏文121",,,,"24","艺术与设计学院","3","现代庆典文化中的礼仪服务","唐奕颖","5201411015","音表113班","2","刘雯怡","5201412013","音教122","万朝红","讲师","760","现代庆典文化中的礼仪服务是以自身才艺作基奠,以弘扬民族文化作为目标,在礼仪服务中,以欣赏、娱乐、助兴、迎宾等方式展现出中外民族中不同的文化.
既提高了主办方的活动内涵,又用不同的形式向广大市民普及了对器乐的认识以及不同的文化特色.
"崔昕","52014112067","音表123",,,,"25","艺术与设计学院","1","解构让古典流行","肖巧妮","5203012008","工设建筑与产品123班","3","祝群","5203012029","工设建筑产品123","肖丽","讲师","760","在艺术和设计领域,由于国外各种新思潮的涌入和渗透,动摇着我们固有的价值观与审美观.
使我们的作品越来越远离民族个性和丧失自身的话语权;同样,对传统不加扬弃的描摹也导致民族工艺发展的停滞.
因此,我们运用解构的设计手法,将古代家具的元素构件提取出来,进行一些列的变形过程.
"王朋","5801210116","环化学院",,,,赖晨昊","106100511076","信工电子商务管理",,,,"26","艺术与设计学院","3","视觉障碍人士日用产品创新设计研究","王世鹏","5203012004","工业设计产品设计方向121班","4","刘天理","5205513072","工业设计产品设计133班","王增","讲师","760","通过切身观察或亲身参与实践发现盲人在使用日常生活用品所遇到的不便,改进正常人所使用的日常用品,使其可以让盲人正常使用.
大部分的日常用品在设计时都未考虑到弱势群体的使用,造成弱势群体在生活上有诸多不便.
这些不便也导致弱势群体很容易感觉到自己被社会所遗忘.
这次我们小组的出发点就是意欲解决盲人在使用日常生活用品的诸多不便,进而增加他们的自信心,给他们以新的鼓励.
"李瑞宇","5205513071","工业设计产品设计133班",,,,谢洪涛","5701113065","高分子与工程专业高分子132班",,,,徐国浩","5205513072","工业设计产品设计133班",,,,"27","艺术与设计学院","1","关于公益设计在工业工业产品中的创新与探索--纸盒子的鞋与玩具设计","杨斌","5203012094","工业设计产品121班","4","王飞","5203012028","专业班级1","汤翔燕","讲师","760","从工业产品设计方向来探究针对非洲贫困地区的公益设计,针对贫困地区生活和生产存在的问题,提出有效解决方案,设计出新产品或改进现有产品,通过此类公益性创意产品的运用和推广,改善非洲贫困地区生活和生产现状,践行"为真实世界而设计""设计改变世界".
"阮欣","5203211011","工业设计产品111班",,,,李国淼","5203211059","专业班级2",,,,赖华强","5203111009","工业设计包装工程121",,,,"28","艺术与设计学院","1",""保留好你的空盒子"——废弃包装的再利用设计研究","李惠恩","5203211028","工业设计包装方向112班","4","申辰","5205513080","工业设计产品设计133","王增","讲师","760","针对生活中存在的大量包装废弃物来进行废物利用,通过创新再设计和手工制作,让废弃包装做到物尽其用.
同时,项目计划建立一个针对废弃包装的再利用的在线交流和交易平台,通过平台展示并销售使用包装废弃物设计并制作的手工品,并在线与各种手工爱好者进行交流,保持我们的作品的世代感.
进而宣传环保理念,增强公众的社会责任感.
"贾玮","5205513081","工业设计产品设计133",,,,陈晨","5205513073","工业设计产品设计133",,,,李鹏飞","5503112002","化学121",,,,"29","艺术与设计学院","3","回族传统乐器文化研究","罗嵌玉","5201412025","音教122班","4","刘雯怡","5203211028","音教122班","万朝红杨明朗","教授讲师","760","本项目主要针对回族传统乐器进行研究.
课题分别从乐器的产生背景、乐器的形态、乐器的发音原理、乐器的演奏方式、乐器的社会意义等方面切入,通过对回族传统乐器资料的收集与整理,认识和深入了解回族传统乐器的文化表现意义,掌握民族乐器的特点、演奏方式以及它的文化内涵.
"崔昕","5203211049","音教123班",,,,刘雅静","5203211038","音教122班",,,,刘雅婕","5205513073","音教122班",,,,"30","艺术与设计学院","1","无障碍产品的创新设计研究","黄家凤","5203012003","工业设计121班","3","赵贺琦","5203012022","工业设计121班","王增","讲师","760","通过对现在存在的无障碍设计研究,考虑到具有不同程度生理伤残缺陷者和正常活动能力衰退者(如残疾人、老年人)群众的使用需求,对无障碍产品改进提出了自己的一些想法,并再设计更趋于合理、亲切、人性化的无障碍产品.
通过对现在存在的无障碍设计研究,考虑到具有不同程度生理伤残缺陷者和正常活动能力衰退者(如残疾人、老年人)群众的使用需求,对无障碍产品改进提出了自己的一些想法,并再设计更趋于合理、亲切、人性化的无障碍产品.
"林洁","52030112028","工业设计理工121班",,,,欧阳龙飞","6100412158","数字媒体",,,,"31","艺术与设计学院","3","古董、古玩及艺术品的科学鉴别与市场营销","沈康燕","5000414078","戏剧影视表演111班","4","陈梅林","5000213025",,"何世剑杨明旭","副教授教授","760","创业实践团队一直以来致力于古董、古玩及艺术品的市场分析调研,科学鉴别与市场营销.
主要的营销业务是古玉(在2013年艺术品市场萧条时期,很多古玩会所,古玩商店,以及国内数十家小型拍卖公司入不敷出的情况下,我们创业实践团队在去年三月份在古玩市场以6000元淘到一件开门到代的红山真品古玉,并以120000的高价出售给哈尔滨一位收藏家.
该月还以8000淘得一件177粒辽金玛瑙,以37000元出售到河北一家古玩会所.
五月份以15000元购买两件汉代真品古玉,其中一件以96000元出售到安徽一私人收藏家.
在2013年艺术品市场低迷时期,创业实践团队以科学的鉴别方法和人性化的市场营销就古玉器一项盈利达数十万元).
我们已经与多位古董、古玩及艺术品方面的实力派鉴赏专家、艺术品市场策划、营销及传播的画廊、古玩会所、拍卖公司、报社、新闻媒体,以及多家古玩商店建立及保持有长期合作关系.
为我们的项目实践拓展与平台提升奠定了扎实的业务基础、人脉网络及信息资源.
"吴周礼","5201411038",,,,,房星强","5203012060",,,,,"32","法学院","2","小老师法学精品课程","尹庆","5301112042","法学125班","4","胡帅","5301112007","国际法124班","邓建中","法学院副院长","820","项目的简要内容:团队根据各自对部门法的掌握情况,各自选择其中一门课程,在老师的指导下作为小老师进行授课.
我们将其制作成精品课程视频,然后提供一个江西省法学网络平台,有偿供江西省对法学有兴趣的同学交流讨论.
实施目标:制作的教学视频能够被选为江西省法学方向精品课程让授课学生在授课过程中对部门法有更加深刻的理解,在授课过程寻找法学的乐趣并从中汲取自信使江西省法学学子们有一个可以一起交流学术的平台,激起江西省范围内交流法律的热潮.
创新点:学生作为小老师进行授课,提高本校学生学习法律的热情可以对江西省有志于考南昌大学的法学研究生的法学学子提供第一手资料"孙玉琦","5301112038","民商法123班",,,,李璇彤","5301112141","国际法124班",,,,陈丹琳","5301112131","民商法123班",,,,"33","公共管理学院","1","社会工作介入留守儿童关爱工程——社区+亲情服务模式的探索","叶建飞","7102212036","社会工作121班","4","谢贤宝","7102212027","社会工作121班","陈川","副教授","840","以社会工作的专业理念与方法,以亲情为纽带,发挥大学生志愿者团队力量,依托社区,构建留守儿童社会服务模式探索.
"赵昳","7102212031","社会工作121班",,,,柴宇琪","5000113185","新闻134班",,,,袁小芳","5000113166","新闻134班",,,,"34","公共管理学院","1","城市公共基础设施建设与维护(管理)--基于南昌市城区盲道建成后的效果分析","任萌","7101012003","行政管理121班","2","何露","7101012028","行政管理121班","吴光芸","副教授","840","通过研究旨在对南昌城区盲道建设及《江西省残疾人保障条例》等相关配套制度实施后成效管理,保障盲人出行安全.
"盛智林","7101012032","行政管理121班",,,,"35","公共管理学院","1","新型城镇化背景下城乡养老保险一体化及城乡养老保险制度衔接政策的评估--以江西省新型城镇化建设示范乡镇为例","苏杭","7101012117","行政管理121班","4","陈婧","7101312055","公共事业管理121班","李芳凡","教授","840","本项目以江西省新型城镇化的示范乡镇为例,以实证调研的方法来评估两项政策的执行情况,以此来推进我国公共政策评估的发展和社会保障事业的开展.
"谷梦洁","7101312050","公共事业管理121班",,,,王月","7101212046","公共事业管理121班","吴光芸","副教授",,谭端桥","7102112001","公共关系121班",,,,"36","经济与管理学院","1","江西省农民城镇化意愿及边际社会成本估算","付文琪","5400112209","金融学121班","1","唐启媛","5400112208","国际经济与贸易122班","何筠","教授","790","伴随着中国快速的城镇化进程,"以人为本"的城镇化道路是我国未来城镇化发展方向的重点,尊重农民城镇化意愿是城镇化有效发展的根本.
项目以江西省为研究区域,在对江西城镇化历程与现状分析的基础上,采用问卷调查和统计分析的方式对农民城镇化意愿进行调查分析,并通过构建相应的指标体系,分别运用LOGIT模型和成本核算模型对江西省农民城镇化意愿进行定量分析及对城镇化边际社会成本进行估算,进而分析江西省城镇化的潜力.
""37","经济与管理学院","1","城镇化质量为导向的新型城镇化发展机制研究——以江西省为例","宋一凡","6100312251","会计122班","4","周依仿","5400112248","金融学122班","彭迪云","教授","790","本项目将城镇化质量的测度与新型城镇化发展机制结合起来,以城镇化质量为导向研究城镇化发展机制.
运用改进的层次分析法,构建城镇化发展质量指标体系,在动态变化和空间分异两个层次对江西省城镇化质量类型进行划分.
接着分析城镇化质量与新型城镇化发展水平之间的耦合关系,建立二者相互作用的耦合度模型.
最后运用系统动力学开展城镇化质量与新型城镇化发展的动力学机制研究,并对该系统模型的基本行为进行仿真及政策调控.
"王希祖","5400112195","金融学121班",,,,杜涵","5400112079","经济学121班",,,,余旭辉","5400212075","财务管理121班",,,,"38","经济与管理学院","1",""中四角"城市群经济联系与竞争合作关系的匹配分析","谢尧","7102211012","经济学111班","4","张丽娜","5102611022","国贸111班","刘耀彬","教授","790","长江中游城市群作为武汉、长株潭、江淮和环鄱阳湖四大城市群的"载体",凭借其广泛经济辐射和经济带动作用,在推进中部地区经济发展,实现"中部战略崛起"上提供了巨大机遇和广阔的前景.
项目以"中四角"城市群为研究区域,结合克里斯泰勒中心地理论、新经济理论、地缘经济学,探究区域内各城市的中心职能强度、经济联系以及城市之间的经济竞争、互补关系,对城市群的对外经济联系和地缘经济关系进行匹配分析,并对"中四角"城市群经济发展策略和空间规划提出针对性意见.
"唐龙","8000111138","中兴112班",,,,简波","5400111047","金融学111班",,,,幸文林","5400112043","国贸121班",,,,"39","经济与管理学院","1","江西省新型城镇化速度与空间状态匹配","李燕","5400112121","金融学121班","3","黄梦圆","5400110330","金融学102班","陈斐","教授","790","本课题以江西省为研究区域,主要目标包括3点,一是根据江西省新型城镇化现状和趋势测算出其新型城镇化的速度;二是并采用空间优化模型对江西省新型城镇化空间状态进行匹配;三是基于研究成果对江西省新型城镇化提出发展对策.
主要创新点在于对江西省新型城镇化的发展速度进行测算时,采用了趋势外推预测江西省新型城镇化自然变化趋势、采用BASS模型预测江西省新型城镇化加速变化趋势、采用逻辑斯蒂模型预测江西省新型城镇化减速变化趋势.
"陈思颖","5400112263","金融学122班",,,,刘祎凡","5400112102","金融学121班",,,,"40","经济与管理学院","2","学学乐儿童主题乐园","赵羽仙","5400212126","工商管理121班","4","王微微","5400212118","会计121班","郭朝晖杨戈宁","教授讲师","790","学学乐儿童主题乐园是针对6~12岁儿童,以健康为主题、以寓教于乐为目的的儿童室内游乐园所有的游乐项目都具备将科教知识和游戏完美结合的特点"马月鹏","5405112078","旅游管理122班",,,,林涛","5400212209","工商管理122班",,,,余旭辉","5400212075","财务管理121班",,,,"41","经济与管理学院","1","基于ESDA-GIS的江西省农业碳排放的时空动态及影响因素分析","简波","5400111047","金融学111班","4","雷茜茜","5400111111","金融学111班","刘耀彬","教授","790","随着全球气候变暖,人类生存环境的不断恶化,推进生态文明建设,构建绿色发展、低碳发展的农业发展模式已成为党和政府工作的重心.
本项目基于绿色农业、可持续发展理论基础,通过构建江西省农业碳排放测度体系,采用碳转换系数法对其农业碳排放总量进行估算,并引入地理学中的ESDA空间探索性分析方法,以江西省80个县域单位为研究对象,对2000年-2014年江西省农业碳排放总量的时空动态及其影响因素进行实证分析,从空间演变角度对江西省县域农业碳排放进行横向、纵向比较,并运用Kaya因素分解法对其农业碳排放总量进行因素分解,最后根据各地实际情况提出相应的政策建议.
"朱巧思","5801111075","高分子112班",,,,谢尧","7102211012","经济学111班",,,,朱威鹏","5400111025","金融学111班",,,,"42","经济与管理学院","1","基于可持续发展视角下的区域经济增长与环境污染脱钩关联演变的时空分析----以长江经济带为例","易行","5400211011","会计111班","4","陈丽君","5404311022","工业工程111班","何筠","教授","790","长江经济带拥有我国最广阔的腹地和发展空间,将其打造为中国经济新支撑必须处理好发展与保护的关系.
为此,本项目从可持续发展视角下科学界定经济增长与环境污染关联概念和内涵,通过引入脱钩测度模型、面板模型等对长江经济带经济增长与环境污染脱钩关联演变、原因探究进行机制分析和实证分析,为国家把长江经济带建设为东中西互动合作协调发展带、生态建设先进示范带建言献策,同时为区域经济可持续发展提供借鉴理论和方法论参考.
"徐慰贵","5400111255","金融112班",,,,黄芽宝","5400111306","金融112班","陈斐","教授",,李典","5400111190","国贸112班",,,,"43","经济与管理学院","1","金融集聚与区域产业结构差异及其生态效率研究:以三大经济圈为例","黄语嫣","5501212045","金融122班","4","王耀宇","7101012119","金融122班","何宜庆","教授","790","本项目以三大经济圈(长三角,珠三角,环渤海)为例,在运用主成分分析法建立金融集聚、产业结构、生态效率评价指标的基础上,结合国内外研究,构建三个系统耦合度模型,分析金融集聚与区域产业结构差异的关系及其对生态效率的影响.
另一方面,运用系统动力学,对金融集聚促进区域产业结构转型升级及生态效率提升的路径进行仿真模拟,为三大经济圈产业结构转型升级和生态效率提升提供理论依据和决策支持.
"周依仿","5400112045","金融122班",,,,刘志佳","5405112004","金融122班",,,,周紫薇","540011256","金融122班",,,,"44","经济与管理学院","2","乐行·主题订制户外俱乐部","李嘉桐","5102212018","工商管理121班","4","白俊超","5404312027","工业工程121班","郭朝晖","教授","790","乐行主题订制户外俱乐部是一家以"特色,自由,享受,提升"为宗旨的主题户外拓展机构,旨在为普通大众提供亲民式的个性订制的旅行及户外拓展服务,本俱乐部主要发展的项目是体验式学习(Experimentallearning)户外拓展营和私人主题订制游.
户外拓展营项目是针对不同层次,不同需求的团体推出的一系列主题素拓营,如户外运动、户外生存、定向越野、青少年素质培训和精英团队建设等.
私人主题订制游是针对当前消费者的多样化个性化的需求而推出的专属订制服务,特点是两人即可成行,行程自由,性价比高,适合小团体订制.
如学生毕业旅行,情侣浪漫游,公司培训游及中老年休闲游.
实施目标:国内一流的专业主题订制户外机构创新点:摒弃传统的大团游,采取小团体订制游模式,行程自由舒适,更具特色,不仅节省时间,还可深度体验.
户外拓展训练营主题多样,特色鲜明.
"邢朝园","5400212151","工商管理121班",,,,杨泽华","5400212142","市场市场营销121班",,,,李晓亚","7102112007","公共管理121班",,,,"45","经济与管理学院","1","节能减排视阈下江西省低碳经济发展的长效机制与情景模拟分析","张胜华","5400112227","经济学122班","4","张出","5400112268","国际经济与贸易122","彭继增","教授","790","随着能源储备的枯竭,经济发展已经陷入瓶颈,低碳经济成为学者研究的重点领域.
本研究将在发展经济学、区域经济学以及新经济地理学相关理论的基础上,利用改进熵值法对江西省低碳经济的发展现状进行评价,并将设立基础情景、低碳情景和受挫情景三种情景方案基于Leap模型对江西省低碳经济发展进行情景模拟,进而基于系统分析角度,从理论上探讨在节能减排视阈下江西省低碳经济发展路径及长效机制,为江西省低碳经济的发展提供理论指导,促进江西省向资源节约型和环境友好型的发展模式转变,也能为其它类似地区的经济发展提供参考.
"陈宇轩","5000411037","历史学111",,,,郭言喆","5400112004","国际经济与贸易121",,,,高浩森","5405112021","旅游管理121",,,,"46","经济与管理学院","1","中国区域经济增长效率与提升路径研究——基于生态效率和全要素生产率视角","张韶秋","5301112035","国际贸易121班","4","刘臻","5400112330","金融学122班","何宜庆","教授","790","目前我国经济增速放缓,区域经济发展不平衡并且区域经济增长效率处于中等偏下水平.
加上我国目前经济处于粗放模式,资金利用效率不高.
本项目组成员基于生态效率和全要素生产率视角,拟运用面板数据进行计量分析并借助耦合模型,提出我国区域经济增长效率提升路径及其对策"陆佳俐","5400112127","金融学121班",,,,王希祖","5400112195","金融学121班",,,,王颖","5400112022","金融学121班",,,,"47","经济与管理学院","1","中国金融状况指数的构建及其预测能力的研究-基于时变权重模型的研究","冯婷","5400112251","金融122班","2","付艳琴","5400112242","金融学122班","周德才","讲师","790","本次项目旨在构建具有时变权重的中国金融状况指数(CFCI),并分析CFCI对其他宏观经济指标的预测能力,以为宏观经济的预测提供参考.
本文创新之处在于首次采用利率、汇率、社会融资规模、外汇储备、股票价格作为构建CFCI的金融变量,同时将外汇储备作为变量之一,充分考虑了开放经济条件下对外贸易对我国经济的影响.
目前我国的学者大多以固定权重CFCI的构建及预测能力的研究为主,缺少对其时变性的研究,因此本项目构建CFCI时变权重模型,以更加充分反映中国经济形势的发展"邓姝姝","5400112008","金融学121班",,,,"48","经济与管理学院","1","互联网金融与中小企业融资模式创新研究","解政怡","5405712040","经管中法实验班","3","陈晓婷","5405712041","中法实验班","彭迪云","教授","790","互联网金融是互联网时代正在酝酿的新生态金融,是传统金融行业与互联网精神相结合的新兴领域.
本项目拟从互联网金融的视角出发,对我国中小企业融资问题进行探讨,分析我国中小企业"融资难"问题,并试图结合互联网金融发展趋势,创新出解决中小企业融资问题的新途径.
同时,了解互联网时代的金融发展的新特点,及时掌握互联网金融的新动态,对中小企业发展提供新思路.
本项目,争取在中文核心期刊以上发表论文一篇,提出若干建议供相关部门采纳.
"洪雪纯","5405712037","中法实验班",,,,吴琦","5405712035","中法实验班",,,,"49","经济与管理学院","1","基于群体智能优化的高校课程调度方法研究","郑爽","5404311071","工业工程112班","2","马杉","5405112062","旅游管理122班","张瑞","副教授","410","随着我国教育事业的发展,各高校生源及教学资源不断得以扩充,如何高效、合理地排课成为各高校教务管理的重要难题.
基于计算机技术的自动排课算法近年来为众学者广泛关注和研究.
然而目前研究中,少有排课系统考虑到学生课间移动距离与课间休息时间的强烈冲突,虽然此类冲突在中外高校中是普遍存在的,因此将同学课间移动距离作为排课问题的一个约束进行研究和解决是十分必要的.
本项目拟采用群体智能优化算法解决上述的新排课问题.
"黄素华","5406813059","工业工程132班",,,,"50","经济与管理学院","1","建设用地与经济发展的空间面板计量分析——以西北地区为例","李政通","5400112090","经济学121班","2","孙钰","5400112092","金融学121","徐玮","讲师","790","在面板数据中运用空间滞后模型(SAR)、空间误差模型(SEM)及空间杜宾模型(SDM)研究西北地区建设用地与经济发展的关系以及建设用地规模扩张的主要影响因素,并在考虑空间效应的基础上为进一步完善建设用地跨地区的协调发展提供了参考思路"杨超","5400112205","金融学121",,,,"51","经济与管理学院","1","互联网金融平台下中小企业众筹融资模式与风险控制研究","闻睿哲","5400112221","经济学122班","4","陈雅男","5400112262","金融122","何宜庆","教授","790","本项目着眼于时下民众较为关注的互联网金融平台,针对我国当前中小企业融资难、融资贵的现状,研究分析国内外互联网金融平台下中小企业众筹融资模式及其风险防控,以提出一套更为完善的融资模式及风险控制体系.
创新点主要是在多元联动风险控制体系下,基于互联网金融平台的中小企业众筹融资模式进行研究.
此外还引入了大数据对于中小企业进行数据监控,并采用一些新型风险控制方式降低了该模式的融资风险.
"陈思颖","5400112263","金融122",,,,张蓉","5401211003","金融121",,,,孙忆宁","5400112224","国贸122",,,,"52","理学院(含本硕)","1","水溶性共轭聚合物电解质缓冲层制备高性能太阳能电池器件的合成及性能研究","王译婧","5503112028","化学121班","4","高镜洸","5503112034","化学121","陈义旺","教授","150","水溶性共轭聚合物电解质因其有诸多优势而被广泛应用于高性能太阳能电池器件的缓冲层.
首先,水溶共轭聚合物电解质能与活性层形成界面偶极矩,降低活性层与电极的势垒而具有良好的电荷传输性能;其次,共轭聚合物电解质具有良好的电荷选择性;第三,共轭聚合物电解质在水中有良好的溶解性能,环境友好,无需使用毒性溶剂.
"刘秧","5503112011","化学121",,,,杨殷莹","5503112017","化学121",,,,彭程","5503212032","应用化学121",,,,"53","理学院(含本硕)","1","一种酸碱双功能MOFs后合成修饰的应用和催化性能研究","黄清娥","6100211064","本硕111班","1","王怡尘","5603111008","本硕实验班111","陈超","教授","150","简要内容:选用孔道规则有序且孔径较大的MOFs作为底物,利用后合成修饰技术(PSM)将酸、碱活性单元锚装在MOFs孔道内,制备酸碱双功能固体催化剂.
实施目标:采用后合成修饰技术合成酸碱双功能MOFs催化剂,对其进行表征和催化评估.
创新点:1.
首次采用后合成修饰技术修饰MOFs,克服了酸碱中心易被中和或钝化的弊病.
2.
选用孔道规则有序的MOFs晶态材料克服了酸碱中心易流失的缺陷,有利于催化反应模型的建立.
""54","理学院(含本硕)","1","治疗癌症新型手性药物的高效制备工艺研究","曹开明","5503211030","应用化学111班","3","钱赟","5503211015","应用化学111班","胡昱郭瑛","副教授讲师","150","本项目是利用酒石酸类衍生物良好的拆分性能,开展抗肿瘤及辅助新型手性药物昂丹司琼的相关研究,利用昂丹司琼有机碱及多官能团的特点:1.
进行新型酒石酸类拆分剂在手性昂丹司琼药物制备中的研究,获得其制备工艺;2.
形成非对映异构体盐的物理性差异,优化昂丹司琼的制备条件;3.
利用酒石酸类拆分剂骨架结构相似特点研究和发展族类拆分法,并进行应用制备研究.
为今后手性昂丹司琼的工业制备以及手性药物研究奠定良好的基础.
"徐楚楚","5503211004","应用化学111班",,,,温静","5503212067","应用化学122班",,,,"55","理学院(含本硕)","1","改性介孔分子筛在NONOx选择性还原中的应用基础研究","王聪慧","5503212046","应用化学121班","2","刘雅文","5503312028","应用化学(能源化学)123班","王翔","教授","150","随着工业化水平的不断提高,雾霾等环境问题被越来越多的人们所关注,雾霾中的有毒物质主要为氮氧化物和硫化物,因此研制高效脱硫脱硝催化剂就显得很有必要,本项目拟定通过合成改性介孔分子筛,来催化氮氧化物(NOx)选择性转化为N2,分子筛具有活性高成本低等特点,这符合绿色化学的发展理念,目前对于SBA-15应用于NOx的选择性催化还从未进行过系统研究.
"郝梦佳","5503111054","化学111班",,,,"56","理学院(含本硕)","1","医用聚氨酯导管表面化学法镀纳米银涂层研究","李咏欣","5503312005","应用化学123班","4","王若男","5503312008","应用化学123班","田建文李小兵","讲师副教授","150","本项目目的是研究一种医用聚氨酯材料表面纳米银涂层的制备方法.
以医用聚氨酯内支架管作为基体,首先对该聚氨酯材料进行表面前处理,包括粗化、敏化、活化等,再通过化学还原方法将纳米银颗粒还原并沉积在聚氨酯材料表面,形成纳米银涂层.
该涂层能大大提高留置人体材料的生物抗菌性能,能改善生物医学材料的临床使用效果.
"吴旦华","5503312004","应用化学123班",,,,陈晨","5503312016","应用化学123班",,,,晏柱","5503312001","应用化学123班",,,,"57","理学院(含本硕)","1","苦荞中芦丁的提取分离与鉴定","林琳","5503111053","化学111班","1","郑姚平","5603511041","食品质量与安全111班","万益群","教授","150","本项目的主要内容包括包括以下四点:1.
探索新型高效苦荞中芦丁的提取工艺;2.
研究简便有效的分离纯化方法;3.
利用现代分析技术进行结构鉴定;4.
构建分析新技术,测定芦丁含量.
实施目标有两点:1.
构建新型高效苦荞中芦丁提取分离新工艺,使得原材料充分发挥其利用价值;2.
比较苦荞植株不同部位芦丁含量,为充分开发植物资源提供有价值的实验依据.
创新点主要有三点:1.
提取分离工艺创新;2.
不同部位提取并进行含量分析;3.
跨专业组队,交叉合作.
""58","理学院(含本硕)","1","聚(3,4-乙撑二氧噻吩):(聚苯乙烯磺酸)作为电子传输层应用于高性能的反向聚合物太阳能电池","周少青","5503212109","应用化学122班","2","周少青","5503212109","应用化学122班","谌烈谈利承","教授讲师","150","共轭聚合物聚(3,4-乙撑二氧噻吩):(聚苯乙烯磺酸)(PEDOT:PSS)由于其高功函、高电导率、高载流子迁移率等优点常用于聚合物太阳能电池空穴传输层.
通过聚乙烯亚胺+80%乙氧基(PEIE)对PEDOT:PSS表面修饰使其功函降低,从适合传输空穴转变成传输电子,匹配反向聚合物太阳能电池的能级,将其应用于反向聚合物太阳能电池中作为电子传输层.
碱性的PEIE与酸性的PEDOT:PSS作用,减少PEDOT:PSS对电极氧化银锡(ITO)的腐蚀,提高器件的稳定性.
并且PEDOT:PSS作为电子传输层从未被研究过.
"吴媛媛","5503212043","应用化学121班",,,,"59","理学院(含本硕)","1","纳米空心球状荧光材料在生物探针及药物缓释的应用研究","李冰","5503212027","应用化学121班","3","袁帅","5503112049","化学121班","李东平","讲师","150","纳米荧光探针(fluorescentprobe)在化学传感、光学材料及生物检测和识别等领域得到了广泛的应用,是当前研究的热点领域.
此外,由于纳米材料本身具有的不同于普通块体材料的特殊性质,在药物缓释方面具有非常大的研究潜力,也是一个新兴、交叉的研究领域.
本研究拟通过一种无模板水热合成法,制备了纳米结构空心球状荧光材料,获得新型的多功能纳米材料,以解决传统的药物载体不具备可观察性和可追踪性的问题及传统的药物缓释不具靶向性的问题.
"谭芸","5503212028","应化121班",,,,覃江丁","5503112001","化学121班",,,,"60","理学院(含本硕)","1","HA@Ag/PLLA复合抗菌骨修复材料的制备及表征","张志浩","5603111155","本硕111班","2","张志浩","5603111155","本硕111班","魏俊超","副教授","150","简要内容:本项目拟将羟基磷灰石(HA)用多巴胺(dopa)进行表面处理,在其表面用纳米银粒子杂化,再将其与聚乳酸(PLLA)复合.
实施目标:将纳米银与HA杂化,再将其与PLLA复合,获得具有良好的力学性能、生物相容性、生物降解性、抗菌功能的骨修复材料.
"滑晨铮","5503211024","本硕111班",,,,"61","理学院(含本硕)","1","受生物启发多核铜簇合物的合成及一步催化H2O2羟基化苯为苯酚","张立福","5503212090","应用化学122班","2","张立福","5503212090","应化122班","魏振宏","副教授","150","(1)含{NO}配位原子多齿有机配体的合成(2)多核铜簇合物的合成(3)多核铜簇合物直接催化H2O2羟基化苯制备苯酚探索一条较为方便可靠的合成方法能高产率的获得不同拓扑构型的,稳定的多核铜簇合物.
挑选和优化铜催化剂,使其在直接催化H2O2羟基化苯制备苯酚的反应中具有较高催化活性.
通过主配体和简单桥链配体关系,借用自组装方法来合成多核铜簇合物;利用簇合物结构特点,挑选具有较好催化效果的催化剂.
"何媛","5503212106","应化122班",,,,"62","理学院(含本硕)","1","银纳米线透明电极的制备及其在聚合物太阳能电池中的应用研究","许民","5503211111","应用化学112班","3","叶丹","5503211112","应用化学112班","谈利承","讲师","化学150","本项目通过模板法制备银纳米线,主要原理是通过循环伏安法将银晶粒沉积到多孔阳极氧化铝(AAO)模板上形成银纳米线,同时用导电高分子聚(3,4-二氧乙基噻吩):聚(对苯乙烯磺酸)(PEDOT:PSS)对银纳米线透明导电电极进行修饰和保护,它具有很高的透明度,表面电阻低,光滑的表面,以及很好的机械、热学和化学的稳定性,可以弥补目前使用的氧化铟锡(ITO)透明导电电极稳定性差、陶瓷特性、制作成本高以及材料利用率低等缺陷,有助于实现绿色环保、高效太阳能电池的制备.
"孔佳星","5503211110","应用化学112班",,,,白佳昕","5503212052","应用化学121班",,,,"63","理学院(含本硕)","1","环境中汞可视化检测与富集分离","肖鑫","5503212076","应用化学122班","1","胡蓉","5503212066","应用化学122","曹迁永","副教授","150","汞具有生物富集性和剧毒性,对人体健康和环境产生严重的影响和危害,对其快速灵敏检测与富集分离的研究具有重要的意义.
本申请项目拟合成出新型大环荧光受体,通过荧光及吸收光谱变化用于检测环境中汞.
并通过共价键键合,将合成的荧光大环受体负载到高分子如PE、PEG基质上,得到含荧光团新型鳌合树脂用于环境中汞离子可视化富集分离.
""64","理学院(含本硕)","1","还原氧化石墨烯表面原位生长氧化锌纳米晶作为阴极缓冲层应用于高效稳定的反向有机太阳能电池","涂昆芳","5503112037","化学121班","3","余俊","5701111065","高分子112","陈义旺","教授","150","简要内容:用聚乙烯基吡咯烷酮来还原氧化石墨烯(GO)得到具有良好分散性的还原氧化石墨烯(RGO-PVP).
在RGO-PVP上原位生长氧化锌(ZnO)纳米晶作为阴极缓冲层来制备稳定高效的反向太阳能器件.
实施目标:在RGO-PVP表面原位生长得到ZnO纳米团簇,提高阴极缓冲层的载流子迁移率,从而提高反向有机太阳能器件的效率和稳定性.
创新点:整个反应条件温和,得到的RGO具有良好的分散性.
将具有良好导电性和稳定结构的RGO-PVP与无机纳米晶结合作为阴极缓冲层来提高器件效率和稳定性.
"刘聪","5503112020","化学121班",,,,陈笑笑","5701111061","高分子112",,,,"65","理学院(含本硕)","1","改性SnO2纳米棒催化新材料在大气污染防治中的应用","郝梦佳","5503111054","化学111班","3","刘雅文","5503312028","应用化学(能源方向)123班","王翔","教授","150","CO是大气中的主要污染物之一,对于环境有极大的危害.
在工业生产中,CO也会造成设备损坏和人员中毒.
因此,寻找一种对CO有良好的催化氧化性能,绿色环保的CO催化氧化催化剂具有重要意义.
贵金属催化剂虽催化活性优良,但价格昂贵,易因中毒而失活.
而在非贵金属催化剂中,我们发现SnO2纳米棒具备催化活性好、稳定性强、价格低廉的特点,在此基础上,我们通过掺杂Cu、Ce等金属,设计制备Cu、Ce掺杂的SnO2纳米棒,并研究其CO催化氧化规律,以期得到高效、高稳定性的CO低温氧化催化剂.
"王聪慧","5503212046","应用化学122班",,,,任芳芳","5801112063","化学工程与工艺122班",,,,"66","理学院(含本硕)","1","利用太阳能对污水的净化处理的研究","胡松","5503211104","应用化学112班","2","杨飘平","5503211101","应用化学112班","王学文","讲师","150","目前环境问题成为人类社会发展必须解决的重要问题.
在环境污染中,水污染直接影响着人们的日常生活.
该项目计划通过利用太阳能和半导体光催化材料将有机污染物矿化分解成二氧化碳和水,从而使水得到净化.
该项目治理水污染不消耗传统化石能源,利用无污染的太阳能,将不会在污水处理过程中引入二次污染,从而获得良好社会效益和经济效益.
"吕鹏博","5503211115","应用化学112班",,,,"67","理学院(含本硕)","1","MnO2/石墨烯复合结构超级电容器的研制","陶金敖","5702112085","本硕实验121班","4","陶金敖","5702112085","2012级本硕班","程抱昌","研究员","430","针对双电层碳材料孔径分布不均匀和比表面积利用率低下,以及赝电容材料在充放电过程中存在结构坍塌和材料粉化等问题,本项目拟通过原位一步法等工艺在MnO2等纳米结构材料表面生长三维结构石墨烯,然后利用双电层电容和赝电容两种材料的复合协同作用来制作成超级电容器.
通过在有机电解质以及离子液体中电化学的深入研究,以期扩大复合结构的电化学窗口,获得超高密度的石墨烯复合宏观体,以便大幅提高基于该复合电极材料超级电容器的体积能量密度.
"吴登鹏","5501312004","2012级本硕班",,,,钟靖","5400112233","2012级本硕班",,,,曹京京","5503112058","化学121班",,,,"68","理学院(含本硕)","1","硬质合金多元涂层深冷处理的工艺及机制研究","李亦回","5702112145","高等研究院本硕121班","2","李亦回","5702112145","2012级本硕班","彭文屹","教授","430","涂层硬质合金刀具具有高硬度、高稳定性等特点,可以大大提高了金属切削加工效率,多涂层刀具大部分则具有更加优良的特性,主要体现在硬度、寿命等方面.
另一方面,目前对于钢铁、硬质合金等材料深冷处理研究已经趋于成熟,但是对于涂层硬质合金的深冷处理研究较少.
因此本项目研究硬质合金多元涂层深冷处理对组织和力学性能的影响,分析深冷处理对硬质合金多元涂层性能影响的机制.
创新点主要在于:1.
获得最佳的硬质合金深冷处理工艺;2.
揭示深冷处理对硬质合金涂层影响的机制.
"程飞","5801112069","材料科学与工程122班",,,,"69","理学院(含本硕)","1","多晶硅太阳电池片晶粒位向的碱刻蚀拓扑特征分析法研究","涂贞龙","5802112001","本硕121班","5","涂贞龙","5802112001","2012级本硕班","周浪","教授","430","本项目通过实验和理论计算模拟寻求一种由碱溶液刻蚀拓扑形貌来确定多晶硅中晶粒位向的方法.
定向凝固多晶硅是世界当前最主要的光伏半导体材料,然而多年来缺乏一种确定其中各晶粒位向的有效方法,本项目目标为解决这一难题.
碱性溶液刻蚀动力学的晶体学各向异性虽已众所周知,但迄今尚未见有人公开提出利用它来识别硅晶位向,这正是本项目的大胆创新之处.
它将直接有助于掌握、控制和优化定向凝固多晶硅晶粒取向分布.
"王天宇","5502312018","2012级本硕班",,,,王翔宇","5502312039","2012级本硕班",,,,初嘉鹏","5901212044","2012级本硕班",,,,亢亚茹","6100412177","信工学院计算机科学与技术",,,,"70","理学院(含本硕)","1","弥散张量成像(DTI)","黄霖","6003112049","本硕实验121班","5","王荣","7301012019","12级本硕班","邹文楠","教授","130","主要内容:1.
掌握对水分子扩散信息的测量原理2.
结构张量的得出以及特征值和特征向量的得出3.
结构张量的可视化.
实施目标:能够对结构张量进行可视化.
创新点:在对特定物体内部无损伤情况下知其内部结构,对结构张量实现可视化.
"王安生","5901212161","12级本硕班",,,,周玮","5504112066","信息工程电力",,,,陈立","5801212003","信息工程电力系统",,,,黄霖","6003112049","12级本硕班",,,,"71","理学院(含本硕)","1","AIE分子发光机理的理论实验研究","徐玉笛","5901212074","本硕实验121班","2","徐玉笛","5901212074","2012级本硕班","王红明","教授","150","聚集诱导发光物质在许多领域都有广泛应用,本项目旨在通过理论化学计算方法来研究聚集诱导发光分子的发光机理,比较不同分子的特定,从而为合成具有特定性质的该类分子提供理论指导.
"刘洋","5801412046","2012级本硕班",,,,"72","生命科学与食品工程学院","1","草鱼PKA对草鱼ISG15表达的调节作用","吴凡","5602211028","生物工程111班","3","刘慧青","5602211002","生工111","胡成钰","教授","180","本项目研究草鱼PKR对ISG15表达的调节作用,在前期草鱼PKR和ISG15的克隆、ISG15的原核表达及的抗体制备之后.
我们拟进一步探索在草鱼PKR过表达(over-expression)和敲降(knockdown)实验条件下ISG15的表达差异,对比分析PKR对它的表达调节作用.
具体包括:1、转染PKR到CIK细胞中,研究ISG15在PolyI:C和GCHV刺激下表达;2、RNAi沉默草鱼PKR,检测ISG15表达.
"王盛鸿","5601112071","生科122",,,,吴仁强","5601112053","生科122",,,,"73","生命科学与食品工程学院","1","甜蜜素与牛血清白蛋白相互作用的研究","张萌","5602111001","食品卓越111班","2","万宇俊","5603511032","食品卓越111班","张国文","教授","550","在模拟人体生理条件下,利用荧光光谱法、紫外-可见光光谱法、圆二色谱法和傅里叶红外光谱法研究环己基氨基磺酸钠(甜蜜素)与牛血清白蛋白(BSA)的相互作用;旨在探索甜蜜素与BAS作用机理、作用位点以及甜蜜素对BSA二级结构的影响.
该实验的创新点在于综合利用现代分析检测设备对甜蜜素这一颇具争议的食品添加剂在人体中与蛋白结合情况进行体外模拟试验,从而为甜蜜素在食品中的添加安全性提供一些理论基础.
"浦超群","5602211013","食品卓越111班","潘军辉","讲师",,"74","生命科学与食品工程学院","1","半干法合成交联辛烯基琥珀酸淀粉酯工艺及改性机理研究","龙腾","5603111065","食品卓越111班","4","廖敏","5603111054","食品卓越111班","刘成梅","教授","550","本项目主要方法为半干法,先以三偏磷酸钠(NaPO3)3作为交联剂制备交联淀粉(CS),再用辛烯基琥珀酸酐(OSA)处理得到交联辛烯基琥珀酸淀粉酯(COSAS).
意在通过控制酯化时间、温度,淀粉含水量、PH、三偏磷酸钠用量等因素找出最佳反应条件,为变性淀粉的半干法制备提供新的理论依据.
本项目创新点以大米淀粉为原料,利用目前使用较少的半干法制备COSAS,并通过单因素试验和正交试验找到COSAS的最佳制备条件,再采用RVA、质构仪分析淀粉质构特性"浦超群","5602211013","食品卓越111班",,,,方炜","5603111013","食品卓越111班","刘军平","助理实验师",,钟娇","5603112091","食品122班",,,,"75","生命科学与食品工程学院","1","茶黄螨全线粒体基因组测序与生物信息学分析","王雅瑜","5602112030","生物技术121班","4","雷珂","5602112012","生技121","辛天蓉","讲师","180","茶黄螨是危害多种蔬菜及作物的世界分布的重要农业害螨.
目前对其的研究主要集中于生物学和生态学等方面,未见其分子生物学的相关报道.
本研究拟在茶园采集茶黄螨,提取其线粒体DNA,通过分子生物学的方法获得其线粒体基因组全长,并对全线粒体基因组进行注释和生物信息学分析.
首次全面解析茶黄螨全线粒体基因组的结构特征,不仅丰富了蜱螨线粒体基因组数据,推动蜱螨分子系统学的研究;也对线粒体靶标特异性杀螨剂的设计提供重要的理论指导意义.
"李美云","5602112001","生技121",,,,冯瑶","5602212079","生工122","夏斌","教授",,刘翊","5602112026","生技121",,,,"76","生命科学与食品工程学院","1","苯酚菌对苯酚的降解特性及其对土壤修复作用的研究","曾庆芝","5602211038","生工111班","2","刘晓冬","5602211025","生工111班","丁霞","副教授","180","本项目旨在研究苯酚菌对苯酚污染土壤的修复,分析污染土壤修复过程中土壤相关酶的活性变化,从而了解土壤性质改善情况.
同时以被苯酚污染过的水稻田为研究对象,将苯酚菌接种在水稻田里,测定降解菌修复后水稻田各种酶活性以及观察水稻生长状况,进而能够了解苯酚菌在农业以及环境方面的作用.

实施目标:改善污染土壤特性,改善农作物的生长状况,提高农作物的产量.
同时,为其他工业污染物的微生物修复提供一定科学借鉴和指导.
创新点:通过微生物治理土壤,从而改善污染土壤质量,提高农作物产量.
"邹水林","5602211024","生工111班",,,,"77","生命科学与食品工程学院","1","基于努力的行为抉择:大脑前额叶和伏隔核的作用","雷阳","5602212024","生物工程121班","3","汪鸿章","5801411061","本硕111班","马朝林","教授","180","付出努力(Effortsdelivering)是我们取得学习和事业成功的阶梯.
常言道:一分耕耘,一份收获,就是这个道理.
行为抉择(Decisionmaking)是我们每时每刻都面临的心理过程.
在我们做抉择时,如果我们常常把勤奋、刻苦等努力因素加入进来,我们做任何事情取得成功的机会都会极大地增加.
但是,这种基于努力的行为抉择(Effort-baseddecisionmaking)的神经机制还不清楚.
前额叶皮层(PFC)和伏隔核(AccumbensNucleus)作为脑内至关重要的两个脑区,是否在基于努力的行为抉择中起着非常关键的作用,现在学术上争议很大.
本实验旨在采用行为学、行为药理学和组织学方法,进一步明晰前额叶皮层和伏隔核在基于努力的行为抉择中的作用.
"陈嘉康","5602212034","生工121班",,,,白萍","5602212061","生工卓越班121班",,,,"78","生命科学与食品工程学院","1","萍乡搓菜优势菌群的筛选及现代生产工艺的初步研究","张靖","5603111121","食品113班","4","刘小芳","5603111109","食品113班","邓泽元","教授","550","利用现代生物学技术对搓菜发酵过程中的优势菌种进行分离、筛选和纯化,筛选出优势菌种,将其复配后,混入新鲜蔬菜中,以期缩短发酵时间,提高发酵效率,开发出新型优质、易保存、富含营养的发酵蔬菜产品.
创新点是改进菌群的发酵周期和产品质量以达到安全、高效发酵蔬菜的目的,实现萍乡传统搓菜的现代工业生产,并将其运用于保障特殊人员对蔬菜的需求.
"陈珂蒙","5603111103","食品112班",,,,宁武建","5603112015","卓越121班",,,,邹兴平","5603512032","卓越121班",,,,"79","生命科学与食品工程学院","1","水稻NBS-LRR抗病基因家族的进化分析","蔡欢","5601112028","生物科学121班","1","鲍志贵","5601112030","生物科学121班","尚俊军","副教授","180","利用水稻9311和日本晴全基因组参考序列以及大量水稻品种的SNP测序数据,对水稻基因组所编码的500多个NBS-LRR抗病基因家族成员进行生物信息学分析.
结合单倍型分析、连锁不平衡分析和Ka/Ks比较分析等方法,筛选NBS-LRR基因家族在不同水稻亚种或生态型中扩增后,可能在进化过程中丧失了功能的假基因,以及与病原菌长期互作中受到选择的靶基因,并进一步挖掘可以用于水稻抗病的NBS-LRR候选基因,为水稻新品种的分子设计育种提供参考.
""80","生命科学与食品工程学院","1","硝化细菌在沼液铵态氮氧化过程的应用","姚彤","5603111098","食品卓越111班","4","徐伟水","5603511002","食品质量与安全111班","刘玉环","研究员","550","本项目旨在利用生物膜系统对生猪养殖业产生的沼液污水进行生化处理,使其能够达到能源微藻的养殖要求.
在构建生物膜污水处理系统过程中,通过在生物膜上嵌入硝化细菌将沼液污水中的N元素由NH4+、NH3的存在形式转变为NO3-、NO2-的形式,使得后期能源微藻能够对N元素更好的进行利用;避免游离NH3对微藻细胞的毒害,并且能够很好的减少氨气的排放,降低其对环境的影响,这也正是本项目创新点所在.
"黄燕燕","5603512036","食品卓越121班",,,,丁欣悦","5603112104","食品卓越121班","阮榕生","教授",,徐海波","5603512058","食品卓越121班",,,,"81","生命科学与食品工程学院","1","野生、栽培大豆苗期茎尖解剖结构及蛋白质表达的差异","侯泽敏","5602212077","生物工程(卓越计划)121班","2","刘昊昕","5601112055","生物工程(卓越计划)121班","余潮","生物学实验教学中心副主任","180","选取江西省有代表性的野生大豆、栽培大豆地方品种和育成品种各一份,石蜡切片比较苗期茎尖解剖结构的差异,双向电泳比较蛋白质表达的差异,分析蛋白表达差异与解剖结构差异间的关系,以确定引起野生大豆、栽培大豆地方品种和育成品种茎尖发育过程差异的关键蛋白,为阐明大豆驯化育种的分子机理,获取可用于分子育种的有用基因奠定基础.
这一研究内容和研究思路均未见报道.
"张瑕","5601112040","生物科学",,,,"82","生命科学与食品工程学院","1","脂多糖诱导的肿瘤坏死因子基因原核表达条件的探索","袁思胜","5601111069","生物科学112班","3","金银丽","5601112024","生物科学121","彭扣","讲师","180","脂多糖诱导的肿瘤坏死因子(LPS-inducedTumorNecrosisFactoralpha,LITAF)是一种新的转录因子,LITAF能诱导肿瘤细胞的凋亡,并在先天性免疫反应中能够发挥重要的介质作用.
本实验主要对LITAF进行原核表达,探讨该基因的功能.
本实验前期的原核表达试验中未获得理想的结果,无法获得大量的蛋白.
本项目通过改变原核表达的各种条件,对该基因进行表达,得出到该基因的蛋白,为研究该基因的功能奠定基础.
因此,迫切希望获得创新训练项目的资助.
"文堂丽","5601112003","生物科学121",,,,杨旻喆","5601112016","生物科学121",,,,"83","生命科学与食品工程学院","1","西杂牛乳的营养价值的评定及加工特性的研究","戴磊磊","5603112021","食品科学与工程卓越121","3","张薛勤","5603112129","食品科学与工程卓越121","陈红兵、李欣","教授、副教授","550","本课题系统地分析和评价了西门塔尔杂交牛奶的基本物理特性、营养品质以及加工特性.
旨在通过量化指标,突出新型杂交奶的营养和加工优势,并为其奶制品的开发提供一些技术参数,对如何利用西杂牛奶进行精深加工具有参考价值和指导意义.
本项目率先对我国西杂牛奶营养品质及其加工性质进行科学系统的分析,有助于积累我国西杂牛奶方面的基础资料与数据,为乳品加工研究提供试验依据.
"戴栋栋","5603112100","食品科学与工程122",,,,王瑞倩","5603112099","食品科学与工程122",,,,"84","生命科学与食品工程学院","1","量子点经小球藻向蝌蚪传递的机制及毒性效应研究","熊辉煌","5603512016","食品质量与安全121班","4","孙马*",,,"许恒毅","副研究员","550","(一)研究内容:采用形态学及显微观察(荧光显微镜)、组织病理学分析(H&E染色)、细胞突变分析(微核实验),以及元素分析(ICP-MS)等手段,研究量子点经小球藻向蝌蚪传递的机制及毒性效应;(二)研究目标:阐明量子点经小球藻向蝌蚪传递的机制及毒性效应;(三)本项目研究特点与创新:以"小球藻-蝌蚪"模式为研究模型,探讨量子点经小球藻向蝌蚪传递的机制及对蝌蚪生长发育的毒性效应.
"贺小红",,,,,,姚文俊",,,"魏华","研究员",,汪星逸",,,,,,"85","生命科学与食品工程学院","1","低反式脂肪酸油炸薯条的开发研究","何伟炜","5603112024","食品科学与工程113班","4","王爽","5603111140","食品113班","范亚苇,李红燕","副教授","550","目前,油炸薯条是受广大消费者喜爱的零食之一,在超市、快餐店等消费场所均有销售,而市面上的油炸薯条大多含有较多的反式脂肪酸,长期摄入不利于健康.
本项目研究不同食用油(棕榈油、山茶油、花生油、大豆油、菜籽油)在油炸薯条过程中,不同生产条件(温度、油炸时间和油炸次数等)下反式脂肪酸产生量的变化,从中选取经济成本低、反式脂肪酸含量少的油和油炸条件,制作安全、低反式脂肪酸油炸口味较佳的薯条,从而降低反式脂肪酸对人体健康的危害.
"何陵玲","5603111084","食品112班",,,,潘瑶","5603111105","食品112班",,,,何伟炜","5603112024","食品121班",,,,"86","生命科学与食品工程学院","1","池蝶蚌表皮生长因子受体(EGFR)基因的克隆与初步功能研究","陈欣","5601112005","生物科学121班","2","于璐璐","5601112063","生物科学122班","盛军庆","副教授","180","表皮生长因子受体(EGFR)是一类广泛分布于真核生物体细胞膜上的多功能糖蛋白跨膜受体,具有酪氨酸激酶活性.
艾小明[等报道EGFR能指导肿瘤细胞的迁移、粘附、增殖、分化及凋亡等作用.
目前课题组从已构建的池蝶蚌转录组数据库中成功查找到EGFR基因1279bp序列,并已克隆出含ORF框2929bp基因序列,在前期工作的基础上,本项目拟通过RACE-PCR及荧光定量PCR技术分析池蝶蚌EGFR基因在mRNA水平上的初步功能,探究EGFR基因对淡水珍珠蚌珍珠形成过程中的可能作用.
目前国内外对淡水珍珠蚌珍珠分泌及形成的机理未见相关报道.
因此,开展EGFR的基因克隆及对珍珠分泌的功能研究非常有必要,迫切希望获得创新训练项目的资助.
"袁秀明","5601112065","生物科学122班",,,,"87","生命科学与食品工程学院","1","沉香茶饮料的研制","喻芸","5603111010","食品科学与工程111班","4","万宇俊","5603511032","食品卓越111班","潘军辉","讲师","550","本项目基于沉香叶具有能明显改善心脑血管方面衰老状态(动脉硬化、冠心病、心律失常、高血压、高血脂、脑中风等)的效果,并能有效清除体内垃圾、防止疾病发生等功能.
该实验首先是沉香茶叶的制备分为:水洗后晾青、杀青、晒青、切片、加香这五个步骤;其次是饮料的制备:从五个单因素实验得到相应的响应曲面来确定最佳制备条件;最后会根据口感进行后期改进得到最后的方案.
目前,尚未有对沉香叶在茶饮料制作与生产方面的研究.
本项目基于沉香叶具有能明显改善心脑血管方面衰老状态(动脉硬化、冠心病、心律失常、高血压、高血脂、脑中风等)的效果,并能有效清除体内垃圾、防止疾病发生等功能.
该实验首先是沉香茶叶的制备分为:水洗后晾青、杀青、晒青、切片、加香这五个步骤;其次是饮料的制备:从五个单因素实验得到相应的响应曲面来确定最佳制备条件;最后会根据口感进行后期改进得到最后的方案.
目前,尚未有对沉香叶在茶饮料制作与生产方面的研究.
"黄敏","5603111138","食品卓越111班",,,,谢丽娥","5603112067","食品卓越121班","张国文","教授",,张延峰","5400112325","经济125班",,,,"88","材料科学与工程学院","1","新型稀土多元硫化物磁性半导体的优化设计","聂松","5702112074","材料123班","2","温茹","5702112058","材料122班","雷水金","副教授","430","本项目旨在设计新型含稀土的多元硫化物及其合金体系.
利用稀土多元金属硫化物的低对称性及其结构、组成的多样性和灵活性,探索磁性半导体材料的新奇现象和特殊性质,发展具有高居里温度的多元金属硫化物磁性半导体.
研究材料的半导体和磁学性质,分析制备条件对材料结构、性能的影响及其相互关系和内在规律.
"罗志","5702112101","材料123班",,,,"89","材料科学与工程学院","1","无铅易切削石墨黄铜的制备机理及性能研究","杨振珑","5702112144","材料124班","4","孙悦","5702112143","材料124班","唐建成","教授","430","研究内容:渗碳体在黄铜熔液中的原位生成机理、原位生成渗碳体颗粒后黄铜熔液的凝固机理、渗碳体在黄铜基体中的石墨化机理、石墨黄铜的切削机制.
实施目标:通过原位生成的渗碳体抑制液相相分离制备出无成分偏析的黄铜;通过提高塑性变形量和控制退火工艺促进渗碳体的完全石墨化;调节熔铸和退火工艺制备出能替代铅黄铜的石墨黄铜.
创新点:在制备石墨颗粒的方法上利用渗碳体的石墨化既解决了碳在黄铜基体中固溶度极低的问题,又不会在黄铜基体上生成硬质颗粒.
"张延峰","5400112325","经济与管理学院金融122",,,,白茹茹","5702112146","材料124班",,,,郭永红","5702112075","材料123班",,,,"90","材料科学与工程学院","1","荧光氧化石墨烯胶体的控制合成与荧光性能调控","郭艳艳","5702112121","材料124班","2","孙悦","5702112143","材料业124班","陈伟凡","副教授","430","本项目旨在选取不同的物理化学方法以及氧化还原手段制备合成不同粒径大小的氧化石墨烯胶体,并在此基础上,从粒径大小的不同和氧化还原手段及其程度的不同两个方面对氧化石墨烯胶体的荧光特性进行规律性探索.
通过相关试验对氧化石墨烯及其复合材料的荧光特性的形成机理以及对荧光的增强与衰减的相关变化及其原理进行探究,为氧化石墨烯基发光材料在其他领域的广泛应用提供一定的理论基础.
"李怡洲",,,,,,刘洋",,,,,,伍是临","5801112025","化学工程12级",,,,"91","材料科学与工程学院","1","功能化石墨烯-聚合物复合水凝的制备及其光热响应的释药特性研究","邓雪勇","5701112039","高分子122班","2","邓雪勇","5701112039","高分子122","彭志平","副教授","430","本项目设计以Pluronic功能化的氧化石墨烯为引发交联剂,通过thiol-ene光聚合反应制备性能优良的石墨烯-聚合物复合水凝胶,将石墨烯与聚合物结合制备复合水凝胶,以提高水凝胶基体的药物装载量和强度,并利用石墨烯优异的近红外光吸收,实现复合水凝胶对装载的药物分子的光热响应性控制释放.
"王泓蛟","5701112046","高分子122",,,,"92","材料科学与工程学院","1","共沉淀法制备高容量锂离子电池用富锂锰基正极材料及其掺杂改性","黄弋柯","5702111053","材料科学与工程112班","2","徐涛","5601211026","材料112班","胡友根","副教授","430","本项目基于共沉淀法可实现原料达原子尺度混合均匀的特点,提出了采用共沉淀方法制得镍锰沉淀前驱体,再与锂源经过高温固相烧结制备锂离子电池用富锂锰基正极材料(Li[Li0.
2Mn0.
6Ni0.
2]O2)的实验路线,该路线可以克服传统固相烧结法存在的原料只能实现颗粒级别的混合、混合均匀性较差且形貌不规整等问题;同时重点研究掺入不同含量Al元素对锂离子电池正极材料的改性影响,并确定最佳的掺杂Al含量,旨在制备出具有高容量的锂离子电池用富锂锰基正极材料.
"林小斌","5702111034","材料112班",,,,"93","材料科学与工程学院","1","利用农副产物制备超薄纳米片及其超级电容性能研究","李林","5702112134","材料124班","2","周志方","5702112107","材料124班","肖衍和","讲师","805","超高比表面积碳材料在能源和环境领域有着广阔的的应用前景,然而其高昂的制备成本限制了其大规模应用,因此低成本制备亟待解决.
针对这一问题,设计以廉价可再生农副产物为原料,通过控制碳化过程中的热力学动力学因素,使得碳的生长限定在二维方向,从而大规模制备超薄碳纳米片(SCNS);系统研究制备条件对SCNS结构和超级电容性能的影响;这一研究把农副产物废弃物转变成SCNS,变废为宝,对实际应用和知识创新都有非常重要的意义.
"李盛菘","5702112119","材料124班",,,,"94","材料科学与工程学院","1","γMnNi(Cu)合金阻尼及力学性能的探索","王婧","5702112086","材料123班","4","王婧","5702112086","材料123班","彭文屹","教授","430","阻尼合金是近几十年发展起来的一类新型金属功能材料,已在航海、航空、航天等领域得到广泛应用.
γMnNi合金属于孪晶型阻尼合金,至今研究非常少.
通过内耗及拉伸并掺杂Cu元素等实验手段对该合金阻尼及力学性能进行研究,并与同类型、已获得商业应用的MnCu合金进行比较,以期获得具有优异阻尼性能的合金成分,为合金的应用提供理论基础.
"王桂超","5702111039","材料112班",,,,钱苏湘","5702111062","材料112班",,,,彭黄涛","5702111057","材料112班",,,,"95","材料科学与工程学院","1","外场与聚合物调控有机小分子异质结的形貌及其光伏性能","刘宝青","5701112003","高分子121","3","李玉龙","5701112034","高分子121","周魏华","副教授","805","针对有机小分子异质结体系成膜困难、结晶与相分离难控制的问题拟引入非共轭的聚合物,调节其成膜性拟采用磁场诱导的方式,研究聚合物的分子结构、含量等因素对薄膜成膜性能、聚集态结构性能的影响,并进一步引入外场如磁场的作用,考场磁场强度等对有机小分子结晶行为的影响,为有机小分子太阳能电池的开发和应用提供新思路.
"胡翔","5701112004","高分子121",,,,赖益铭","5701112011","物理学121",,,,"96","材料科学与工程学院","1","冲天炉炉渣的胶凝特性及水泥对其固化效果的研究","刘州","5702112120","材料124班","1","傅晨洁","5702112123","材料124班","张思宇","讲师","805","本项目拟对冲天炉炉渣的物理性能、胶凝活性和水化性能等胶凝特性进行研究,探讨冲天炉炉渣作为水泥混凝土混合材的技术可行性,并分析水泥固化冲天炉炉渣前后的Mn、Cr、Cu、Zn等重金属元素的浸出毒性和浸出行为,综合评价水泥固化冲天炉炉渣的效果,阐明水泥固化冲天炉炉渣中重金属元素的机理.
""97","环境与化学工程学院","1","以聚苯乙烯微球为模板制备多级孔材料的应用研究","单欣淑","5801112020","化工121班","4","李鸿杰","5601112050","化工121班","范杰平","教授","817","本项目拟通过采用各种硬模板、软模板和致孔剂以及不同的方法制备含多层次孔结构材料,并研究多层次孔结构如何影响其分离的选择性、传质和通量.
研究的重点是,研究如何制备多层次孔结构,孔的结构如何影响其分离性能.
多层次孔材料应至少含两个以上层次的孔径分布,在分离领域有非常好的应用前景,所以多层次孔材料的制备和应用已经成为一个研究热点.
"熊颜红","5801112025","化工121班",,,,伍是临","5801112026","化工121班",,,,潘文凯","5801112080","化工122班",,,,"98","环境与化学工程学院","1","高毒性、难降解废水电解法处理工艺与装备的研究","滕诗敏","5802112034","环工121班","4","王吉阳","5802112004","环工121班","刘雷","教授","830","研究内容:研究毒性高、难生化降解废水及其船舶、分散式餐饮废水电解法处理工艺及成套设备.
实施目标:得出废水的理化如:pH、悬浮物浓度(SS)、电导率、COD、NH3-N、TP等对电解的影响;研究出电解工艺参数如:电极材料、电流密度、电解电压、传质条件、极水比、电极板间距等对电解法降解效果的影响.
创新点:①采用电解法处理废水直接达到排放标准要求,或作为废水预处理单元以提高废水的可生化性;②废水电解法处理一体化设备制作.
"杨强","5802112002","环工121班",,,,普学明","5802112003","环工121班","黄冬根","教授",,吴敦文","58023112032","环工121班",,,,"99","环境与化学工程学院","1","FeOOH的制备及其在UV-Fenton体系中催化活性的调节机制研究","李新晖","5802311037","环境科学111班","2","吴震","5802311038","环境科学111班","陈建新","副教授","830","本项目的实施能够使学生的科研能力得到全方位地锻炼;通过对多相光助-芬顿催化机理的探讨,并在此基础上开发调控催化过程的方法,将为多相光助-芬顿反应在有机废水资源化中的实际应用提供理论依据和技术支持.
本研究对保护环境具有现实意义,并具有良好的应用前景.
"彭俊峰","5802311035","环境科学111班",,,,"100","环境与化学工程学院","1","大气污染对南昌洪崖石刻的影响及其保护对策研究","王春阳","5802112070","环工122班","1","邓雪芹","5802312027","环科121班","吴代赦","教授","830","随着南昌工业化进程不断加剧,大气污染问题日益严重,严重腐蚀了露天石质文物.
南昌洪崖石刻属于江西省文物,风化严重,本项目预调查南昌洪崖石刻的风化状况、分析其风化成分,比较目前使用广泛商业石材保护材料聚丙烯酸酯、丙烯酸改性有机硅材料及含氟聚丙烯酸酯等处理与南昌洪崖石刻成分相似的石材,在实验室强化其风化实验,选择适合南昌洪崖石刻保护的商业保护材料,为南昌洪崖石刻的保护提供科学合理的方案.
"徐飞高","讲师",,"101","环境与化学工程学院","1","井冈山红军标语的风化状况、风化机理及防护材料研究","张隽晔","5802112067","环境工程122班","1","李小安","5802112068","环境工程122班","李丹","讲师","830","1927年井冈山革命根据地建立之后,红军留下了许多珍贵的标语.
但是随着工业的发展,环境污染加剧,特别是酸雨和气溶胶等有害因素,大大加速了红军标语的风化,保护红军标语迫在眉睫.
本项目预调查标语的风化状况、分析其风化机理,选用聚乙酸乙烯酯(PVA)、丙烯酸树脂、聚氨酯类、有机硅树脂、环氧树脂等商业保护材料处理模拟标语,进行加固保护,在实验室加速其风化试验,为红军标语的保护提供科学合理的方案.
"何宗健","教授",,"102","环境与化学工程学院","1","抗生素在规模化养猪场废水中的迁移与转化","杨凌夕","5802311021","环境工程112班","2","黄珊","5802111072","环境工程112班","万金保","教授","830","以江西省某万头规模化养猪场为调研基地,分别对猪场中不同猪种:种猪、母猪(分怀孕后期和已生产的母猪)、育肥猪、保育猪、乳猪所食用的饲料、排泄的粪便、猪场废水处理工艺中各工段废水(匀浆池、USR出水、沼气池出水、调节池水、接触氧化池中的水、SBBR出水、BAF出水、人工湿地中的水)和污泥进行样品检测,分析其中存在的抗生素种类、含量,研究它们在猪场中迁移与转化.
"王晨旭","5802312013","环境科学121班",,,,"103","环境与化学工程学院","1","锡掺杂沸石分子筛催化新材料的设计制备及选择性催化脱除氮氧化物反应性能研究","任芳芳","5801112063","化工122","3","包根来","5801112072","化工122","王翔","教授","817","本研究拟通过原位合成、浸渍和离子交换法制备锡掺杂沸石分子筛,通过X-射线衍射谱(XRD)、漫反射紫外-可见光吸收光谱(DRUV-vis)、NH3-程序升温脱附(NH3-TPD)、N2-吸附等温线(N2-sorptionisotherms)、扫描电镜(SEM)等表征方法对所合成的材料进行表征,研究其物理化学性质以及形貌和结构特点,以制备的锡掺杂分子筛为催化剂,探讨含锡沸石分子筛对汽车尾气中NOx的选择性催化还原性能.
"陈孝平","5801112055","化工122",,,,刘芮宏","5801112048","化工122","彭洪根","讲师",,"104","环境与化学工程学院","1","微生物燃料电池BOD传感器的研制","吴敏蓉","580211065","环境工程122班","2","杨凌夕","5802311021","环境工程112班","朱衷榜","实验师","830","本项目研制一种基于微生物燃料电池原理的BOD传感器,探索微生物燃料电池的电极材料、电池构型和操作条件对BOD测定的灵敏度、响应时间、重现性和线性范围的影响,使传感器能应用于实际样品的测定.
本项目旨在建立一种切实可行的基于微生物燃料电池的BOD测定方法,依据该方法研制一种可实际应用的BOD传感器.
解决经典测定方法操作复杂、测定周期长的缺点,具有广阔的应用前景.
"郭繁锦","5802112019","环境工程121班",,,,"105","环境与化学工程学院","1","基于陀螺仪的自平衡寻迹机器人的设计","夏兴贵","5801211069","测仪112","4","夏兴贵","5801211069","测仪112","谢建宏","副教授","811","该项目以自平衡寻迹机器人的制作和控制为研究目的,借助陀螺仪、摄像头等多种传感器,结合PID控制算法及现代控制理论,以K60为核心控制器,通过图像采集及处理、路径识别与转向、障碍检测与避让、姿态检测及矫正等手段,使机器人在无人为干预的情况下能保持直立姿态,在特定的道路上智能快速行驶,并实现自动避障和特殊场合报警等功能"张乃华","5801211060","测仪112",,,,邹伯乐","5801211059","测仪112",,,,吉磊磊","5801211081","测仪112",,,,"106","环境与化学工程学院","1","红茴香注射剂化学成分的研究分析","刘书南","5801312051","制药121班","2","熊俊瑶","5801112071","化工122班","胡昱","副教授","817","红茴香,又名红毒茴,是八角科八角属植物,为我国特有.
民间根皮可入药.
红茴香叶主要是芳香油,芳香油中主要成分为α-蒎烯、乙酸龙脑酯及微量致癌物黄樟油素等;而其果实中主要含有倍半萜内酯化合物及挥发油等;根茎中含有目前发现的十多种化学成分.
但由于红茴香在临床上存在着不良及中毒反应,此实验将对红茴香注射剂进行全面的分析,探索并分离出更多的药理成分,完善人们对红茴香成分及药用认识,以确保疗效的稳定性,以减少红茴香作为药用材料的不良反应及毒副作用.
"陈选文","5503212114","应化122班",,,,"107","环境与化学工程学院","1","多元钙基LDHs在矿山酸性废水中的即时形成","王苗苗","5802311030","环境与化学工程环境化学111班","4","刘峰","5702112096","材料科学与工程123班","章萍","助理研究员","830","本研究针对治理矿山酸性废水中的多种重金属离子技术的实际需求,通过投加适量的Ca2+/M3+(如Ca2+/Al3+)至废水中,调控Ca2+/M3+的组分比例和种类,调节废水pH同时,以即时合成多元LDHs的形式,高效去除矿山酸性废水中重金属离子使其达标排放,且副产物钙基LDHs资源化回收利用,无二次污染.
本研究可为钙基LDHs体系处理含多种重金属离子矿山酸性废水提供指导,以经济、有效的实现废水达标排放;可拓宽LDHs材料在污染控制领域应用,为含钙固废的资源化提供指导.
"张理贵","5702112070","材料科学与工程123班",,,,郭永红","5702112075","材料科学与工程123班",,,,白茹茹","5702112146","材料科学与工程124班",,,,"108","环境与化学工程学院","1","心脏病人的"救命稻草"","刘水平","5801211017","测仪111班","4","何志波","5801211006","测仪111班","熊剑","讲师","811","人类社会发展到如今,无论是政治、经济、思想,还是科技都非常了不起.
但人类自身却时刻面临病魔的挑战而素手无策,对于全世界的人们,尤其是老年人,心脏病和"三高"的威胁时时刻刻存在.
稍有不慎不能及时送医可能就一命呜呼!
尤其是当病人单独在家时.
这也就是我们团队需要解决的让病人多一份安全的设计项目,我们的目标是希望通过腕式的血压测量仪检测病人的血压信号,将信号通过处理传输到52单片机与之前的设定的血压值范围进行比较,如果超出了正常范围就利用单片机控制SIM卡向外发出求救信号.
这样就可以在一定程度上保证病人的安全,是有很高的现实意义的.
创新点就是通过科技手段进一步保障病人的安全,很具有人性化.
"王酉祥","5801211045","测仪111班",,,,杨正","5801212011","测仪121班",,,,陈博","5801212075","测仪122班",,,,"109","环境与化学工程学院","1","安防监测卫士飞行器","刘晓月","5801212084","测仪122","4","李向春","5801212069","测仪122","杨俊清","讲师","811","随着我国经济的快速发展和招商引资力度的不断扩大,工业园区的各种工矿企业也逐渐增多.
工业园区产品繁多、人员混杂,复杂的生产环境很容易出现火灾、有害气体泄漏,爆炸等各种危害生命健康的事件,如何监控这些企业的周边环境,防范意外事件的发生成为近来的热点话题.
工业园区安防监测卫士作品是一款以四周飞行器为载体对工业区内环境进行视频监测的智能机器人.
该作品具有远程实时视频监测、运动目标监测、自动避障等功能,能够实现对工业园区的安防检测.
","执行项目时间变更为:2014年6月至2016年6月",,曹皓","5801212012","测仪121",,,,林蜀壹","5801212080","测仪122",,,,聂超","5801212072","测仪122",,,,"110","环境与化学工程学院","1","尿湿踢被实时监测报警系统","龚少庆","5801212032","测仪121","4","胡兴","5801212034","测仪121","谢建宏","副教授","811","给予孩子或行动不便者及时的关注,减轻父母或看护者的负担,尿湿踢被实时监测报警系统是基于52单片机、具有全天候、实时性的一款应用产品.
本项目设计的产品是分离式的,设计出小型温湿检测器,能够检测出温度和湿度,通过无线传输装置发送给液晶显示模块和报警模块,一旦达到预先设计的阈值,报警装置能够选择不同的报警模式,提醒监护人注意.
本项目的创新点在于将温湿度检测模块和显示、报警模块分离,在使用者不受干扰的情况下,护理者可以实时监测用户的变化和做出反应,极大的减少了用户受伤害的机率.
"陈长鸿","5801212035","测仪121",,,,刘旭明","5801212002","测仪121",,,,王运峰","5801212015","测仪121",,,,"111","环境与化学工程学院","1","压电谐振式微量称重器的设计","高硕","5801212073","测仪122","4","徐子豪","5801212082","测仪122","谢建宏","副教授","811","项目采用模块化设计思想,基于压电谐振频率法设计一款便携式的压电谐振式微量称重器,对该仪器系统的谐振单元、频率测试与显示单元、控制单元等部件进行设计与实现,并对系统进行集成与性能评价.
基于压电谐振原理,建立压电谐振频率与压电晶片质量之间的关系模型,实现根据压电谐振频率的变化来确定微量物质的质量.
研究压电石英谐振器灵敏度的提升问题,以及环境因素(温度、湿度等)对测量结果的影响问题,以实现系统的性能稳定、灵敏度高等特性.
系统以ARM微处理器为控制核心,精确控制各部件协调有效工作.
"高铭","5801212031","测仪121",,,,陈源梅","5801212058","测仪122",,,,龚少庆","5801212032","测仪121",,,,"112","机电工程学院","1",""变形金刚"号多功能一体化桌椅","钟芳明","5901112262","机制126班","4","刘星童","5901112264","机械设计126班","刘国平","教授","460","本产品突破传统桌椅结构上的局限性,巧妙的使用对称结构,通过几个调节机构实现整个功能的运作.
从人机工程学的角度出发,可根据每个人的体型来调节椅面、靠背角度,椅面、桌面的间距和高度差,从而调整到个人最舒适的状态.
几个调节机构的配合能将靠背巧妙的桌子化和椅子化,采用"一对多"的设计理念,以最少的材料和最简单的机构实现了最全面的功能.
"阮萧林","5901112263","机械设计126班",,,,周超前","5901212052","材成121班",,,,章文强","5901112266","机械设计126班",,,,"113","机电工程学院","1","机器人惯性导航系统设计","袁志平","5902112017","能源与动力工程121班","3","严超彬","6100312249","自动化121","贾剑平","教授","460","本项目研究捷联式惯性导航的机器人定位方法,使用的传感器组合是三轴的陀螺仪加上三轴的加速度计,以完成载体的姿态解算、位置解算.
使用多传感器数据融合和高阶龙格库塔方程等方法提高精度.
并实现机器人自主导航,为进一步配合外界环境传感器实现机器人完全自主导航奠定基础.

创新:开发上位机监控界面,能够与PC机通信,实现低成本操控,使用多传感器融合、二阶龙格库塔算法等方法提高精度.
"杨琦","6100312228","自动化121班",,,,雷振华","6100312304","电力系统121",,,,"114","机电工程学院","1","平面连杆机构组合式创新实验平台","刘松","5901111151","机械设计制造及其自动化114班","5","刘松","5901111151","机械设计制造及其自动化114班","李小兵石志新","副教授副教授","460","本项目"平面连杆机构组合式创新实验平台"包括机架部分、运动部分和动力部分.
机架部分包括底架、滑动架以及支撑架;运动部分包括连杆单元、连接器以及移动副架;动力部分包括电机架、简易气动系统.
实施目标:实现多种平面连杆机构(双曲柄、双摇杆、曲柄摇杆、曲柄滑块及多杆机构等)的运动演示及模拟显示分析.
申请专利1-2项,发表论文2-3篇.
创新点:(1)利用信息化设计,实现平面连杆机构的演化和工作特性分析;(2)模块化设计,可拓展转动副、伸缩连杆、圆锥面连接器的巧妙设计,实现平面连杆机构自由组合叠加,进行机构创新设计.
"李仁浩","5901111167","机械设计制造及其自动化114班",,,,龚思敏","6100311085","自动化112",,,,杨起","5901112218","机械设计制造及其自动化125班",,,,钱炫言","5902412060","车辆工程122班",,,,"115","机电工程学院","1","机电一体化实验桌","宋龙龙","5902412081","车辆工程122班","3","詹博文","5902412079","车辆工程122","王志勇","讲师","460","实验桌总体需实现存放的四台实验仪器的选择和升降功能和用户自行编程控制实验桌的内部运动的硬件设备功能两个功能.
实验桌内部设计一个载物台,一个旋转机构和升降机构,选择仪器通过控制载物台来实现.
实验桌要求安装一块单片机,并要求该单片机与实验桌各可控运动机构相连接.

创新:一桌多用,模块化,通过选择模式可以改变实验桌的工作模式.
引入开发板和传感器,通过改变模式变成硬件设备,可自行开发程序控制实验桌内部机构运动,便于用户学习程序设计.
"吴虹岭","5901212050","材成121班",,,,李青洲","5901113067","机制132班",,,,"116","机电工程学院","1","理实一体化课桌的研究与制作","李辉","5901112259","机制126班","2","余志文","5901112254","机电工程学院机制126","胡瑢华","教授","460","本项目设计的"理实一体化课桌",为突破以往机械类课程理论与实践相脱节现象,可实现在实验桌和课桌间快速切换,让理论和实践相结合,加深学生对知识的理解,提高学生的动手能力和实践兴趣.
"刘星童","5901112264","机电工程学院机制126",,,,"117","机电工程学院","1","多种滤波算法在智能车中的应用和研究","周超前","5901212052","材成121班","4","张秀钊","6100412186","计算机科学与技术121班","涂海宁","教授","460","滤波是当今信息处理领域中一种极其重要的技术,智能车核心部分是传感系统和智能计算机系统,他们是信息采集和处理的中心,那么各种图像信息的处理就要依靠各种软件滤波算法,去除干扰,这样,车子才能安全,稳定得自适应处理各种情况,真正做到智能化.
创新:利用matlab软件分析了各种滤波算法的优缺点,对各种滤波和自适应滤波算法进行了改进和应用并进行实验.
"李勇杰","6100312239","自动化121",,,,钟芳明","5901112262","机电学院机制126",,,,刘星童","5901112264","机电学院机制126",,,,"118","机电工程学院","1","驾驶员头部定位设计与系统研究","丁高阳","5902411060","车辆工程112班","2","易雪","5902411060","车辆112","吴禄慎","教授","460","本课题所研究的驾驶员面部定位与跟踪算法,是监控机动车驾驶员疲劳状态的重要部分.
该算法是通过在驾驶室内安装CCD摄像机,采集人脸图像,并对其进行定位、跟踪,再由疲劳监控系统识别睛和嘴部特征,最终判断驾驶员是否处于疲劳和瞌睡状态,并且采取报警和强制制动措施.
"周文博","5901112010","机制121",,,,"119","机电工程学院","1","多功能三角板","吴虹岭","5901212050","材成121班","4","李青洲","5901113067","机械设计及其自动化132班","万伟民","讲师","460","针对如今市场以及课堂上出现的有关作图工具的功能单一、携带不方便、成本较高等缺点,我们团队经过长期的观察、仔细的探讨与感悟决定摒弃传统的观念,在不减少三角板、T形尺、圆规这三种工具现有的优点和功能的前提下采用组合创新这一理念创制出机械制图小霸王——多功能三角板.
其利用旋转、滑动等巧妙的机械结构,能够方便的实现三种绘图工具的转换.
并具有机构简单、携带方便、作图精确的优点.
"申诚","5901113135","机制133班",,,,王佛","6101213013","自动化131",,,,沈畅","5901113035","机制131",,,,"120","机电工程学院","1","基于Android的机器人智能控制终端设计","吕凯伟","5901111087","机制113班","3","汤文星","5901111152","机制114","陆远","副教授","460","本项目是通过利用我们普通智能手机来遥控智能车的一种设计方案,通过本设计所提供的软件安装在Android系统的手机上,可轻松通过其蓝牙通信模块来遥控我们的试验用的智能车,另外加上本小车本身是两轮直立行走方式,具有较高的智能化水平,可以作为智能控制的操作对象来检验基于Android的机器人智能控制终端控制的稳定性.
创新点:运用嵌入蓝牙控制模块,进行Delphi上位机监控程序编制,利用Android手机的蓝牙模块终端对机器人进行精准控制和监视.
"宋龙龙","5902412081","车辆工程122",,,,李青洲","5901113067","机制132",,,,"121","机电工程学院","1","基于多轴传感器机器姿态识别系统设计","汤文星","5901111152","机电机制114班","4","占永建","6100311289","信工电二116班","刘玲腾","讲师","460","本项目设计制作基于多轴传感器机器姿态识别系统设计,并在机器姿态识别前提下对机器加于控制,在此对多轴传感器机器姿态识别系统的原理组成、数据采集、数据处理、硬件方案,软件控制进行了说明,充分地利用惯性传感器的信息.
从而有效地提高姿态检测系统的检测精度,另外该系统正准备应用于实际的机器姿态检测.

创新点:充分利用多轴传感器(三轴陀螺仪和三轴加速度器)的数据信息对机器进行姿态检测识别并进行机器控制.
"吕凯伟","5901111087","机电机制113班",,,,严超彬","6100312249","信工信息二类125班",,,,付容","6100212236","信工电一126班",,,,"122","机电工程学院","1","搬运机器人夹具定位机构的设计","刘星童","5901112264","机制126班","4","李辉","5901112259","机制126","冯艳","副教授","460","此夹具定位机构的设计主要用于现代化搬运机器人,不采用任何连杆机构,结构简单,夹取快速,夹取力大.
能适应目标搬运物体的不同姿态,满足目标物体的不同倾角从而能够对物体进行的快速定位、快速装夹.
"钟芳明","5901112262","机制126班",,,,严超彬","6100312249","信息学院、自动化",,,,章文强","5901112266","机制126",,,,"123","机电工程学院","1","车载主动安全设备——雾天行车安全预警系统的制作","王永聪","5902411063","车辆112班","3","李国峰","5902411078","车辆112班","杨雪春","教授","580","针对目前国内雾霾天气严重的现状,我们提出了一种车载主动安全装置的设计方案.
主要的内容是,将能见度检测设备加装到汽车上,通过采集到的能见度信息与当前车速车距信息的比较,进行雾天行车安全车速和安全车距的引导,并在当前车速和车距超过安全值的时候进行预警.
雾天行车车速预警装置属于汽车主动安全设备,在事故发生前进行预防,能够有效减少可能发生的灾祸事件,保护人们的生命和财产安全.
创新点:主动安全设备,有效预防雾霾天气车祸发生;车载能见度测量设备,市场空白;不影响车辆现有结构,推广方便.
"熊志斌","5902411086","车辆112班",,,,喻鑫","5901112275","机制126班",,,,"124","机电工程学院","1","基于北斗定位及GSM技术的可穿戴式智能血压计","王浩冲","5902412057","机电车辆122班","5","王浩冲","5902412057","车辆122班","董增文","讲师","460","该产品是对"24小时实时检测腕带式血压计"进行北斗定位及GSM报警技术和健康状况评估功能拓展的改进创新产品.
实施目标:实现对高血压病人24小时定位、血压监测,并将数据同步传输到医生及家人手机,同时具备健康评估功能,可实现对血压数据的统计分析,继而向患者提示日常注意事项.
如饮食习惯、运动量等等.

创新点:1、实现腕带式血压计的便携穿戴,如做成手镯装饰或手环、手表等简易设备;北斗定位和GSM技术,可将实时位置信息与血压数据传送到医生及家人手机,可以密切关注病人所处位置及其身体状况,更重要的是当遇到突发状况,如心脏病突发,脑溢血等,血压急剧上升,可以马上发射报警信号,周围人群可以给病人最及时的救助.

该血压计具备健康评估功能,可以将家人血压数据进行统计分析,也可和医生进行在线交流,时刻掌握家人健康状况,并给出科学合理的生活小贴士,指导家人健康生活,给家人无微不至的呵护.
"朱相伟","5901112277","机制126班",,,,张心怡","5702112080","材料123班",,,,郑逊龙","6100312163","电力122班",,,,周伟","6100211094","通信112",,,,"125","机电工程学院","1","稀土强韧化粉煤灰泡沫陶瓷/铝合金双连续相复合材料研究","李琨","5901212121","材成123班","4","刘崴","5901212113","材成123班","艾凡荣","讲师","430","本项目研究粉煤灰泡沫陶瓷/铝合金双连续相复合材料的制备,探讨CeO2-ZrO2对复合材料的增韧,表征复合材料的微观结构及耐磨性能,以获得具有良好耐磨性能的稀土强韧化粉煤灰泡沫陶瓷/铝合金双连续相复合材料.
这种新型复合材料具有广泛的应用前景.
本申请首次将粉煤灰泡沫陶瓷应用于双连续相复合材料,为废弃物重复利用,原料成本低,能耗低;采用CeO2稳定ZrO2对复合材料进行增韧,克服双连续相中陶瓷相的脆性大的缺点,提高复合材料的强度、断裂韧性等性能.
"吕科峰","5901212153","材成123班",,,,郭伟","5901212154","材成123班",,,,涂诚","5901212156","材成123班",,,,"126","机电工程学院","1","宿舍安全节能装置","严进","5901212072","材成122班","4","张浩","5901111178","机制11","曹铭黄菊花","助教教授","460","本作品主要针对大学生宿舍,通过Zigbee与互联网进行通信,由控制模块发出指令,由执行模块完成相应指令.
主要实现及时主动断电、智能开关窗帘以及通过烟雾传感器感应及时报警的功能,从而达到节能安全的目的.
本作品还可使用手机与电脑内的应用软件,通过互联网远程操控用电器开关.
创新点:1、将物联网应用到大学生宿舍的节能安全领域.
2、可实现远程控制,方便实用.
3.
成本低,结构简单,便于安装.
"万亮亮","5901112103","机制12",,,,王赟莉","5901112100","机制12",,,,孙庆华","5901213144","材成13",,,,"127","机电工程学院","1","垂直管道翻越机器人的设计","余志文","5901112254","机制126班","3","李辉","5901112259","机制126","刘旭波","副教授","460","垂直管道翻越机器人的设计来源于"第十三届Robocon亚太地区机器人大赛"中的走梅桩的任务,着重于自动机器人的机构设计及其控制,此方案为用夹具夹住梅花桩中间立柱,把立柱当做一个旋转轴,通过一次旋转,到达圆盘的另一边,然后夹取下一个立柱,再旋转并夹取,如此重复去完成整个任务.
主要创新点:1.
通过在机器人下部增加牛眼作为支点来减缓悬臂问题.
2.
通过用航模电机吹产生的反作用力,带动机器人旋转,从而实现机器人在垂直管道间的运动.
"高涛","5901112256","机制126",,,,沈畅","5901113035","机制131",,,,"128","机电工程学院","1","无障碍上下车设备","李国峰","5902411078","车辆112班","4","王永聪","5092411063","车辆112班","江雄心","副教授","460","本项目针对残障人士及老弱孕幼等乘车不方便群体,根据不同车型,设计的一种斜坡式上下车装置.
该装置是一种满足使用需求的无障碍上下车装置,装置可以隐藏在客车或校车内,达到方便弱势群体在出行乘车方便.
创新点:1、将手动斜坡改为可控自动操控斜坡,操控更加方便智能;2、采用蜗轮蜗杆结构的大传动比,使当用小功率直流电动机得以实现;3、蜗轮蜗杆大减速性,使导板旋转更加平稳、顺畅;4、利用不完全齿轮,实现两块导板不同角度旋转的分时结合;5、使用小功率直流电动机,合理利用车行驶过程中自身的发电能,减少因蓄电池充满而造成能源浪费.
项目优势:结构简单,操作容易,成本低,市场空洞"喻鑫","5901112275","机制126班",,,,简鑫鑫","5901111014","机制111班",,,,何龙","5901211001","材成111班",,,,"129","机电工程学院","1","超声原位镁基复合材料制备成形研究","郑杰","5901211200","机电材成114班","3","刘硕","59012111164","机电材成113","闫洪","教授","430","本项目将开展高能超声对原位镁基复合材料制备及流变成形的研究,以AZ91-Y体系为研究对象,采用熔体原位反应法,将高能超声引入到金属液中,制备原位YAl2镁基复合材料,研究超声时间和功率对原位熔体反应的反应速度和反应程度、晶粒细化、增强颗粒在基体中分布的影响;对改善增强颗粒与基体的润湿性以及去除夹杂的作用.
结合半固态成形技术,对镁基复合材料半固态组织的形成机制进行探讨,为镁基复合材料流变成形工艺提供理论指导.
"章梦莹","5901211168","机电材成114",,,,杨玉琴","5901211152","机电材成113",,,,"130","机电工程学院","1","铝硅合金中纳米稀土相的形成、演化规律及其强化机制","郭延延","5901211045","材成101班","4","鲁智洋","5901211184","材成104班","胡志","副教授","460","研究合金中稀土强化相形成热力学,纳米稀土相/合金的制备及纳米稀土相的形成与演化规律等,以获得新型纳米稀土相/铝合金及其制备工艺.
"马晓","5901211204","材料104班",,,,徐洋洋","5901211039","材料101班",,,,黄丹","5901211138","材料104班",,,,"131","机电工程学院","1","机架反转法(凸轮)演示箱","李泽兵","5901111176","机制115班","4","罗胜","5901113132","机制133","京玉海","副教授","460","该实验箱只要输入一定的参数就可以按步进行盘形凸轮轮廓曲线的取点、绘制过程,从而直观演示反转机架法,并进行凸轮运动过程的演示,帮助同学们提高对"机架反转法"绘图过程以及凸轮运动过程的理解;"刘腾","5901211187","材成114",,,,刘俊文","5801311075","材成114",,,,周国文","5902112095","能动122",,,,"132","机电工程学院","1","基于TSL1401的双CCD路径识别、滤波校正技术的探究","刘年福","5901211137","材料成型及控制工程113班","4","曾俊杰","6100311112","自动化113班","张华","教授","460","双CCD将不同前瞻处的赛道信息进行柔和,能更准确的判断前方路径.
SD卡存储信息可以随时存储,保证了数据在传输过程中的稳定性"龚思敏","6100311085","自动化112班",,,,胡力中","5902411052","车辆工程111班",,,,范佩君","6100312168","自动化122班",,,,"133","机电工程学院","1","碳纤维增强树脂基摩擦材料性能研究","丁郭","5901111047","机械设计制造及其自动化112班","3","丁郭","5901111047","机制112班","刘莹","教授/博导","460","本项目旨在系统性评价企业制备树脂基摩擦材料的综合性能,并对其进行温度场、应力场、及其耦合场数值模拟,根据高档轿车的要求对树脂基摩擦材料添加碳纤维进行改进研究.
获得一种性能良好的碳纤维增强树脂基摩擦材料配方和工艺参数.
在树脂基摩擦材料中加入碳纤维,制备出较强抗热衰退性、磨损率低的碳纤维树脂基摩擦材料.
"丁石林","5901111063","机制112班",,,,张志浩","5901111199","机制115班",,,,"134","机电工程学院","1","杆组法平面连杆机构组成创新装置","袁乐天","5901112022","机制121班","4","周文博","5901112010","机制121","黄兴元","教授","460","本项目所发明研究的是教师授课时使用的一种教学工具,作品的设计是针对杆件组合演示需求而制作.
主要是利用可伸缩的杆组成二级杆组和三级杆组的各种类型,将杆组加在机架和原动件上组成机构,在组成的机构上再添加杆组组成新的机构,拆分杆组时按相反的顺序进行,机架可用一块树立的有机玻璃或塑料组成,固定铰链的位置可将铰链用吸盘吸在竖板上组成,当滑块在两个固定点连接的杆上移动就可组成沿机架的滑动副.
通过巧妙地设计,可对杆组分拆和添加,对杆组机构研究有一些作用.
可利用简单的材料可实现教学实验两用.
本作品的组合可以随意,学生们也能够从动手实践中,逐渐掌握知识点的学习,使课堂上的学习氛围更加活跃.
相对于传统的教学用具,我们有以下优势:(1)传统的教学演示只能实现平面演示,基于教学上的需求,它可以实现立体演示;(2)现在的杆组只是零件的构造,而我们研究杆组的整体;(3)操作简单,我们采用吸附的方式,模型的演示只需一人即可完成(4)方便,采用全新组合的滑动副与转动副,转动和移动都非常方便;(5)便于携带,传统的模型比较笨重,我们多以质量较轻的材料制作零件.
"雷鹏","5901112020","机制121",,,,叶小奇","5901212041","机制121",,,,向陈铭","5901112057","机制122",,,,"135","机电工程学院","1","多功能护理服务轮椅床的制作","杨磊","5901112171","机械设计制造及其自动化124班","4","李智明","5901212048","材料成型121班","刘继忠","副教授","460","我们研究的多功能护理服务轮椅床是集手柄控制、语音播报、自主避障的护理设备,帮助老年人及残疾人提高行动自由度.
该多功能护理服务轮椅床吸收了我校"挑战杯"大赛国家一等奖的智能轮椅的核心技术,并加以改进与创新,使之更加适合残疾人的实际生活需要.
我们设计的轮椅床把病床和轮椅有机的结合起来,以低成本的优势,添加合适的自动化以及现代化控制技术.
语音播报、室内壁障是为使用者提供安全系数更高的体验.
更方便、更智能的使用要求.
"万亮亮","5901112103","机械设计制造及其自动化125班",,,,王赟莉","5901112100","机械设计制造及其自动化122班",,,,李纯孝","5901212048","材料成型132班",,,,"136","机电工程学院","1","基于安全距离模型的高速路防追尾碰撞预警系统研究","胡力中","5902411052","车辆工程111班","4","郭美钦","5901111068","机械设计制造及其自动化112班","谭刚平","副教授","580","本项目拟对高速路汽车安全距离模型进行分析和研究,并开发基于安全距离模型的高速路防追尾碰撞系统,系统通过采集前后车距、自车速等信息,根据安全距离模型进行判断,得出最优驾驶策略,预防高速路上汽车追尾事故的发生.
创新点在于:1)将前后车距同时纳入安全距离模型的监控范围,不仅能预防一次碰撞,还能预防连环追尾事故的发生.
2)采用模式识别的方法对数据进行分类处理,建立更精确的安全距离模型,使得判断更精致,策略更优化.
"伍仲黎","5902412033","车辆工程121班",,,,刘冲","6101113075","电气工程及其自动化132班",,,,高明笑","6101113018","电气自动化131班",,,,"137","建筑工程学院","1","集溢流与取水一体的灌区枢纽设计及模型制作","陈春华","6003111046","建筑工程学院","3","谷明晗","6003111007","水利水电工程111班","魏博文","讲师/博士","570","本项目将水利枢纽灌溉建筑物中传统斜卧涵管部分与竖井式溢洪道相连接,利用竖井式溢洪道取代坝下平涵管,通过竖井式溢洪道的消能池进行消能,并通过竖井式溢洪道的退水隧洞进行输水.
可较好地克服传统坝下平涵管容易有渗漏、与坝体土石材料结合不牢固、涵管周边难以碾压等不利影响,确保大坝整体的安全稳定,充分利用竖井溢洪道的泄洪设施与功能,发挥斜卧涵管在引水灌溉中的优点.
新设计的水利枢纽设施具有将泄洪与引水灌溉相结合的综合功效,这是本项目的主要创新点.
"李寿杰","6003111044","水利水电工程111班","徐镇凯","教授",,许文林","6003111045","水利水电工程111班",,,,"138","建筑工程学院","1","轻质高强砼的制备","李水根","5802112046","建筑工程学院","4","朱梦成","6002313029","建筑工程学院","胡明玉彭金生","教授讲师","560","保证高强度的情况下,通过改用轻骨料,尽量使混泥土的表观密度小,设计出具有轻质、高强性质的混凝土,解决传统水泥自重过大问题,并且使其可以用作结构材料.
掺入掺合料,减少水泥用量,降低成本,提高耐久性.
"徐志平","6002313011","建筑工程学院",,,,王紫熙","6002313019","新闻与传播学院",,,,冯泽庆","6002313014","新闻与传播学院",,,,"139","建筑工程学院","1","带基础的三层装配式建筑结构","王俊健","6002112224","土木123班","2","杨宇","6002112227","土木123","文明","副教授","130","用卡纸、胶水等制作一栋带基础的三层装配式建筑结构模型,模型由两块及两块以上部件拼装而成,每块部件的重量不超过40克,层高不小于120cm,总高为500±5cm,基础埋深不超过120cm,模型底面积在直径为450cm的圆范围内,以模拟施工现场的拼装能力.
在模型上依次施加竖向荷载150N、水平荷载30N和冲击荷载20N,模拟建筑结构实际承受恒载、活载、风载和地震作用.
该项目旨在满足各项规定和顺利通过3项加载的前提下,尽可能减少卡纸等规定材料的用量,使结构模型设计最优,质量达到最轻.
实施目的:在竖向荷载下,竖向压缩变形不超过10mm;水平荷载下,顶点位移不超过5mm;冲击荷载下,整体结构不垮塌.
创新点:1、用卡纸模拟实际的建筑,材料建造可行的建筑模型.
2、用两块及两块以上部件拼装成模型,模拟实际的拼装结构.
3、通过计算机模拟及模型加载,模拟实际结构的受力状态.
"陈卓","7301012015","土木123",,,,"140","建筑工程学院","1","夏热冬冷地区公共建筑自然通风研究设计","谢毅伟","6004012031","建筑工程学院","4","何闯","6004012001","建筑节能121班","郭兴国","讲师","560","简要内容:以建筑自然通风性能的改善作为总体目标,采用CFD模拟方法对现有选址模式与平面设计模式的自然通风性能进行模拟,提出改进优选模式与相应的定量化符号,建立建筑自然通风设计的流程和评价体系.
实施目标:完善建筑自然通风性能,建立一套完整的具有理论价值的方案,为设计者在节能建筑和建筑节能改造上提供数据参考.
创新点:针对公共建筑使用定量化分析的方法,运用理论模型和实际数据相结合的方法为公共建筑自然通风提出可行性指导,提出在夏热冬冷地区通过自然通风降低公建的能耗的设计和方法.
"熊武标","6004012029","建筑节能121班",,,,黄文才","6004012030","建筑节能121班",,,,林青","6004012026","建筑节能121班",,,,"141","建筑工程学院","1","MATLAB语言在明渠水流计算的应用","康宏志","5503211013","建筑工程学院","3","贾连杰","6003111029","水利水电11班","李火坤","副教授","570","由于渠道的水力计算在农田排灌、水利水电,城市给排水工程的规划设计中经常遇到,由于这些水深都是隐函数的一元高次方程,无解析解,传统的方法就是试算作图法、图解法,这些方法既费时又费力,而且精度不高.
本项目将用Matlab语言对梯形断面四种水深即均匀流水深、临界水深、收缩水深、共轭水深和泄槽水面线的水力计算进行了编程计算,其效率和精度都非常高,而且其编程过程简单易学,应用非常方便.
"朱颖","6003111035","水利水电11班",,,,胡永耀","6003111052","水利水电11班",,,,"142","建筑工程学院","1","大学生就业创业平台的构建与运营","黄山","6002212024","建筑工程学院","4","叶仕镇","18720992184","建筑工程学院","陈战利","讲师","570","我们致力于创建一个以学生为主体、有商家参与的在高校校园运行的大学生就业创业平台.
一方面,平台本身是一个有组织的运营实体,模拟集团公司的运营模式,为本项目组全体学生成员提供一种就业体验;另一方面,我们通过创办自媒体和购物网站等方式推广一种新型娱乐购物模式,为在校大学生提供创业平台.
"李水根","18720991127","建筑工程学院",,,,王瑞红","18720994696","新闻与传播学院","李淑婷","讲师",,温敏","18720994704","新闻与传播学院",,,,"143","建筑工程学院","1","高层建筑模型设计与制作","俄克旭","6002111123","建筑工程学院","4","谢宇星","6002111111","土木113班","汤海林","讲师","560","当前城市土地资源稀缺,城市在发展过程中面临着住房等方面的诸多问题,更加要求建筑趋向于高层.
该项目致力于研究高层建筑结构,通过高层建筑结构模型的设计与制作,希望能够为城市高层建筑提供一些帮助和借鉴,也希望通过模型制作能够更加知晓高层建筑的优势,在结构形式上优化升级,更加合理有效的在城市建设中加以利用.
高层建筑结构采用芯筒体系(悬挂结构)这种结构不仅打破了密柱深梁对建筑设计的约束,而且可以充分发挥钢结构抗拉强度高的优势和钢筋混凝土抗压性能好的长处,实现优势的互补,以一些称为帽桁架和腰桁架的水平桁架来吊挂楼层梁的外缘.
当仅在一个开间设置支撑而侧向刚度不足时,帽桁架可以起加强的作用,此时,边列柱也参与抵抗风荷载,从而使支撑架的弯矩和位移减少.
和帽桁架相连的边柱应能承受拉力,高度很大的结构还可以设置要桁架.
"朱荣雅","6002111122","土木113班",,,,熊德发","6003112047","水电121班",,,,吴婷","6001211007","城规111班",,,,"144","建筑工程学院","1","基于山区的大跨度创新型自锚式上承悬索桁架桥的模型设计及制作","吴钊华","5802212018","建筑工程学院","4","吴佳明","6002112201","建筑工程学院","陈煜国","讲师","410、430、110、120、130","本组成员通过联系实际情况,根据现有的自锚式悬带桥,确定了一个新的创新桥型希望通过对模型的计算及制作,对实践有所帮助"吴堃","5502312052","建筑工程学院",,,,李建朋","6002112029","建筑工程学院",,,,周钰","6001112045","建筑工程学院",,,,"145","建筑工程学院","1","基于偏好的多目标优化算法在结构损伤识别的应用","常力戈","6002112107","土木工程122班","2","方交凤","6100412014","计算机科学与技术123班","张纯","副教授","130、520、110","结构损伤识别一直是工程上一个最主要的问题之一,多目标优化算法在结构损伤识别中有应用,但是却没有其他的附加信息,而实际上,结构的损伤多是局部的,并且和应力分布有关,我们从多目标优化解集中选择具有以上两种特征的解,并根据实际情况选择合适的解,得到更为准确的结构损伤识别结果.
"吴佳明","6002112201","土木工程124班",,,,"146","建筑工程学院","1","导电水泥中的导电介质与其电阻率的关系","葛瀚文","5603112045","建筑工程学院土木工程123班","2","苏诚","6002112122","建筑工程学院土木工程123班","陈煜国","讲师","560","内容:在普通水泥中加入导电介质使其保持原有理化性能又增加其导电性能,成为一种特殊的复合材料.
在现有的实验条件下测定其导电介质与电阻率的关系,对前人的实验结果进行验证并得出相应的分析结果,为后期导电水泥,导电混凝土的制备与应用提供理论基础.
创新点:此项目是我省第一次进行有关导电水泥中的导电介质与电阻率的关系的实验.
导电水泥材料作为一种新型的建筑材料,具有电热效应、电磁屏蔽效应、智能性等特点,其使用功能远远未开发出来,充分利用导电水泥基材料材料的优势可以节约资源、减少污染、为人类生活提供强大的支持.
"王美又","5601112058","建筑工程学院土木工程123班",,,,"147","信息工程学院","1","基于光伏发电双向DC-DC变换器的研究","苏文斌","6100311200","自动化114班","5","苏文斌","6100311200","自动化114班","余运俊","讲师","470","该项目基于光伏发电领域目前不能实现的能源双向流动问题,将采用双向DC-DC变换器,该电路结构上相当于两个单向的DC-DC变换电路的结合,可以实现输入、输出电压极性不变,而电流的方向可以改变;并且达到了能量的双向传输,从而改善系统的性能.
项目实施目标和创新点如下:1、以boost双向DC-DC电路为基础,总结一些经典双向DC-DC电路的特点,并对其改进构建新的电路拓扑结构;2、研究新的拓扑算法;3、做出硬件以验证新的电路拓扑结构.
"张培颖","6100311120","自动化112班",,,,叶迪金","6100311184","自动化114班",,,,彭伏生","6100311137","自动化113班",,,,欧阳海宾","6100311108","自动化114班",,,,"148","信息工程学院","1","大学生移动阅读现状调查与发展对策","李春雷","6100512012","信工信管系","2","丁佳","6100512025","信工信管系","龚花萍","教授","870","本项目拟通过实际调查、科学分析,充分了解大学生移动阅读的现在和阅读需求,研究大学生对于这种无纸化的高时效性、便捷、内容吩咐的阅读方式的认知和期望.
"柳国超",,"经济管理学院",,,,"149","信息工程学院","3","大学生网页网站设计","文沛祺","6100411130","计科112班","3","文沛祺","6100411130","计科112班","于海雯","教师","520","现在社会上大学生越来越多,但是大多数学生在学校学到的都是一些基础知识,走出校门不能立刻适应市场的要求.
介于这种情况并结合周边同学的反应,希望能够有一些实践机会,我的项目内容是:通过大学生在网上接一些小的网站网页项目.
项目目标:通过这个项目能让一些缺乏实践经验的同学有一个接触社会的机会,并促进大家的学习积极性.
创新点:一个有报酬的学习机会,能让大家更有学习积极性"杨青","6100411134","计科112班",,,,杨凯","6100411145","计科112班",,,,"150","信息工程学院","1","基于麦克风阵列的声源定位技术的研究与实现","李琴","6100212226","通信122班","4","胡婉如","6100212119","通信122班","陈良兵","副教授","510","本项目主要针对目前大学的教室内,随处可见的"人走灯留",上自习人数在各个教室分布不均匀,以及有些同学在自习室喧哗等现象,设计了基于多传感器信息融合的智能教室系统,该系统利用红外传感器、声敏传感器、温度传感器、光敏传感器、热释电传感器等采集室内信息,将采集到的信息送到以MSP430作为主控单元的智能控制系统,实现教室的智能化控制.
MSP430的功耗很低,具有强大的处理能力,通过它可以很方便地实现教室电气设备控制的智能化.
本项目主要针对现如今大学校园里"人走灯留"现象普遍以及仅有几个人的自习室却不合理的将所有的灯打开,造成资源浪费的现状,我们以节约资源和加强管理为主要目的,采用MSP430单片机搭建智能照明控制系统,实现在各种自然条件下,对于教室不同数量的学生,都能享受到光照度均匀、合理的照明环境,同时避免了"人走灯留"现象,节约资源,便于管理.
"黄冬","6100212209","中兴121班",,,,汤祯宇","6100212101","通信122班",,,,李开卷","6100312199","电力系统121班",,,,"151","信息工程学院","1","无刷直流电机控制其设计","雷振华","6100312304","电力系统121班","4","杨琦","6100312228","自动化121班","夏永洪","教授","470","对无刷直流电机的结构原理和控制方法进行了深入的分析.
根据市场上现有的控制器的特点进行优化设计"袁志平","5902112017","能源与动力工程121班",,,,王佛","6101213013","自动化131",,,,李青洲","5901113067","机械设计及其自动化132班",,,,"152","信息工程学院","2","基于C2C平台的网络营销创新设计","周远","6100512069","信管122班","4","吴琴","6100512077","信管122","魏莺","讲师","630","基于C2C平台的网络营销创新设计,将采用站内站外以及网站等三种营销方案三管齐下应对市场,目的是推广上方堂品牌,使其在市场占有一席之地.
"朱晗","5000113139","新闻133",,,,王菁菁","5204712053","动画122",,,,何诚","6100412115","计科122",,,,"153","信息工程学院","1","云计算环境下空间数据管理研究","曾贵荣","6100411238","计算机卓越111班","3","杨路辉","6100411224","网络工程111班","王炜立王命延","讲师教授","520","本项目将从空间数据管理的需求出发,结合云存储技术,探索以GML半结构化数据表示的空间数据的管理方法,解决GML空间数据在云计算环境中管理的关键技术,实现对GML空间数据管理的一系列优化和改进,主要包括3个方面:1)空间数据的存储模式2)基于云计算结构的空间数据高效索引机制3)云中空间数据的查询方案基于以上内容开发空间数据管理软件,充分利用了云计算的海量数据处理能力和GML数据以文本形式表示空间数据的特点,能够为相关用户和其他应用提供高效的空间数据管理服务.
"朱先璐","6100411205","计算机113班",,,,胡俊波","6100411222","网络工程111班",,,,"154","信息工程学院","1","驱赶式基站外围防盗预警系统的研究","刘文锋","6100212096","通信122班","4","何朋亮","6100212109","中兴121班","方安安","副教授","510","在基站周界建立识别系统及红外报警系统,当红外探测器探测到有非法入侵时,无线智能预警系统迅速做出反应以阻止犯罪活动的继续进行.
通过在基站外围增设防盗设施,改进传统的技术缺陷.
以扩展现有基站动环监控报警的范围,进一步提升原有监控系统的功能.
创新点:(1)解决由无线传输信号消除有线传输带来的弊端,如报警失灵等;(2)研究显示语音提示报警功能,中止犯罪意念;(3)第三层防御系统高压静电网对犯罪分子主动攻击,从而有效中止犯罪;(4)建立识别系统,当工作人员进入基站管理基站设备时可直接关闭系统更显智能.
"曹泽通","6102213832","通信131班",,,,周敏","6100512078","信管122班",,,,高军","6100212098","通信122班",,,,"155","信息工程学院","1","履带式多用途灾难现场搜救机器人","谢志强","6100311059","自动化114班","5","谢志强","6100311059","自动化114班","胡凌燕","副教授","470","本作品是针对矿难、地震等搜救的专用机器人,具有越障能力强、功能多、体积小、等特点,可快速锁定被困人员所处区域,及时掌握被困人员的生存状态以及现场环境状况.
创新点:1、采用双履带,爬升能力强,可较好地适应废墟现场.
2、可以实现远程控制,用在救援搜索上是非常有效的.
3、可以实现机器人的定位,实时确定机器人的所在位置,方便对机器人的控制4、视频实时传输,可以通过在机器人上安装的摄像头来对现场的画面实时传输到电脑,实现对现场的监控.
"吴苏云","6100311074","自动化114班",,,,刘建发","6100311141","自动化111班",,,,李荣津","6100311083","自动化112班",,,,石文明","6100311114","自动化112班",,,,"156","信息工程学院","1",""学霸文库"-课程学习交流分享系统的研发","吴明","6302411073","计科112班","4","张志建","6100411171","网络工程111班","伍军云徐苏","讲师教授","520","本项目以大学课程为基本单位,设计在线互动式文档交流分享平台,在web平台上开发校园文库系统,实现资源分享,文档上传,用户点评,笔记交流等功能.
本项目命名为"学霸文库",在本系统中,您可以和"学霸"交朋友,和"学霸"分享优质笔记,而"学霸"和"学霸"之间可以分享学习心得,通过下载量、分享量等给予分享文档的学霸奖励,从而使得学习资源在学生中得到最大限度的共享.
"张翮翀","6100411116","计科112班",,,,祝佳俊","5501211013","信息与计算科学111班",,,,郝燕蕾","5400212148","工商管理121班",,,,"157","信息工程学院","1","虚拟手术中人机触觉交互技术的研究","李三仟","6103412010","生物医学工程121班","4","况丹妮","6103412016","生物医学工程121班","李春泉","副教授","510","虚拟手术交互技术是一种专门用来模拟在手术过程中可能遇到的各种情况现实应用技术,主要在视觉和力/触觉等感官上为医务工作者提供手术中各种真实场景的再现,使医务工作者沉浸在手术场景中,在虚拟环境中体验和学习如何应对各种临床手术中的复杂情况,降低未来真正手术中可能遇到的风险,在大大降低的医务工作者培训成本的同时提高培训效率.
本课题研究内容对虚拟手术人机交互技术进行研究,将力/触觉特性引入虚拟手术人机交互中,使操作者在虚拟手术场景中能够真实感觉到手术过程中产生的力/触觉,如同亲临手术台进行真实手术一样.
"刘金豆","6103412004","生物医学工程121班",,,,彭志伟","6103412027","生物医学工程121班",,,,王钢","6103412008","生物医学工程121班",,,,"158","信息工程学院","1","液体点滴速度监控装置","王辉","6100312038","电力系统123班","5","王辉","6100312038","电力系统123班","张福阳","电工电子中心副主任","808","本装置由红外线传感器、单片机、步进电动机、液晶显示器等器件组合而成.
主要功能是对液体点滴速度进行监控,并通过电机控制储液瓶的高度来达到控速的目的;通过传感系统对液位警戒线检测,以及声光报警;通过键盘设置液体点滴速度等.
与目前的监控装置相比有效地克服了难以准确控制输液速度,人工监测输液进度及速度太耗时、效率低等诸多问题.
"徐鹏程","6100312004","电力系统123班",,,,黄世春","5405712033","电力系统123班",,,,王志平","6100312005","电力系统123班",,,,施祺豪","6100312037","电力系统123班",,,,"159","信息工程学院","2","基于Android的校园生活导航服务系统","柯挺立","6100411239","航天111班","4","夏能飞","6100511098","航天111班","李文林振荣","副教授副教授","520","本项目基于Android平台,结合移动互联,云计算技术,以南昌大学前湖校区地图导航为基础的校园生活服务APP开发.
项目的基础基于地理信息数据转化生成的南昌大学前湖校区校园及周边地图,并以二维点标记生活服务信息和学生、教师点评内容.
具体实现内容:1)南昌大学前湖校区的景点导航、介绍和图片浏览;2)基于地理位置的校园生活服务信息的发布;3)校园特色商业信息的发布及学生的点评.
"曹文岗","5901211206","航天111班",,,,苏运荣","6100511016","航天111班",,,,乔治","8000111007","航天111班",,,,"160","信息工程学院","1","基于视觉/ZigBee/IMU的室内无缝组合导航系统","陈都","6100212222","电子信息工程122班","4","艾心","6100212228","中兴通讯121班","王艳庆","副教授","510","该项目主要应用视觉和其它传感器组合来实现智能车的导航,应用融合技术来融合多个传感器的采集的数据,弥补了单一传感器的多种缺陷,并提高精度和实时性.
"王哲","6100212188","中兴通讯121班",,,,黄华","6100212099","中兴通讯121班",,,,陈灿林","6100412145","计科122班",,,,"161","信息工程学院","1","基于CMOS自主导航智能车设计","占永建","6100311289","信工电二116班","3","汤文星","5901111152","机电机制114班","魏萍","副教授","470","本项目设计制作基于CMOS自主导航智能车,本设计主要通过CMOS图像传感器获得路面引导线图像信息,利用高速单片机进行图像降噪处理以及路径识别.
实时调整小车姿态及速度,达到巡线行驶的目的.

创新点:充分利用CMOS摄像头采集的数据信息对机器进行路径识别并进行机器路线控制.
"严超彬","6100312249","信工信息二类125班",,,,刘星童","5901112264","机电机制126班",,,,"162","信息工程学院","1","基于UC/OS-II的机器人控制系统设计","刘丽","6100412122","计科123班","3","刘丽","6100412122","计科123","周石林","讲师","520","主要研究内容是设计一套嵌入式机器人电控系统.
硬件平台包含电源电路、微控制器电路、电机驱动、舵机驱动、传感器控制、陀螺仪驱动、气路控制等.
然后将μC/OS-II实时操作系统在STM32F103ZET6芯片上移植运行,并达到机器人控制系统稳定、有效、多功能、可扩展、可推广等特性.
"李勇杰","6100312239","自动化",,,,章珑斌","5901112167","机制124",,,,"163","信息工程学院","1","基于移动通信模块的智能门户锁研制","马耀中","5502312063","通信121班","4","柏欢","5502312014","通信122班","鄢秋荣","副教授","510","本项目主要是在普通的门上设置红外感应模块,锁内包含移动通信模块,电子锁舌等模块,使用功能主要有:当有人靠近与锁相连的们的时候,锁就会因为红外感应到,并立即发短信到指定手机,在由手机发指令控制锁打开或拍照或其他的功能控制门锁.
使主任能够更好地控制居室的安全性.
"刘昱晟","502312058","光信息121班",,,,王腾","5802312012","通信121班",,,,王斌","6100212048","通信122班",,,,"164","信息工程学院","1","机器人姿态识别系统的开发","杨琦","6100312228","自动化121","4","雷振华","6100312304","电力系统121","曾芸","讲师","470","机器人的姿态识别系统是研究机器人控制系统的一个重要领域,目前大多采用加速度传感器和陀螺仪的数据融合来进行来进行机器人姿态的识别,加速度计主要用于测量机器人的加速度的大小和方向,而陀螺仪主要是用来测量机器人的运动时角速度的.
创新点:目前大多数姿态检测模块都是采用加速度传感器和陀螺仪的六轴传感器,而我们则在此基础上加上了磁传感器模块,一般称九轴传感器,不但使测量精度得到提高还能准确地对机器人进行定位.
"袁志平","5902112017","能动121",,,,赖美森","6101213018","自动化131",,,,汤文星","5901111152","机制114",,,,"165","信息工程学院","1","基于openflow技术的SDN网络架构的研究","杜畅","6100211156","电子信息工程113班","3","罗雨桑","6102113030","电子信息工程131","杨鼎成","副教授","510","SDN是一种新型的网络架构,代表了网络演进的方向和趋势,其基于控制和转发相分离的思路,实现了网络和业务的可编程,促进了网络的虚拟化和IT化以及硬件的归一化,为降低建设成本、运维难度和业务响应时间奠定了基础.
本课题以OpenFlow协议的研究为切入点,旨在深入探讨SDN网络架构并通过Mininet模拟完整网络,同时,采用开源Router硬件进行协议移植和节点部署,构建小型实验网络验证最新的协议及算法.
"王钢","6103412008","生物医学工程121班",,,,朱朝阳","6102113033","电子信息工程131班",,,,"166","信息工程学院","2","基于人脸检测的流动人员统计与识别系统","宋紫薇","6100311183","自动化113班","5","周游","6100311020","电子113班","武和雷","教授","510","该技术主要用于对流动人员进行统计识别,可用于人员密集,流动性强的场所,如学校校门,商场大门等.
主要作用是对经过监控范围内的流动人员进行统计和识别,建立数据库,反映出我们所需要的数据.
然后结合云技术,大数据处理等技术,有助于加强各大高校对学生的管理,同时在商业上可以取得有价值的顾客信息,让商家抓住潜在的客户群.
其次,我们的技术还可用于人脸支付这一全新领域,将会极大的方便我们的日常生活,一旦普及,将会有一个全新市场供我们开拓,具有广阔的应用前景和商业价值,可以获得很好的经济效益.
"曾筱","6100311041","通信111班",,,,傅明","6100311125","电力系统113班",,,,朱雅倩","6100311195","自动化112班",,,,李晓希","6100311189","自动化113班",,,,"167","信息工程学院","1","基于DSP的小车智能跟随及语音控制系统的研究","郑熙映","6100212030","通信121班","3","唐龙","8000111138","中兴通信111班","虞贵财王振","副教授讲师","510","本研究是基于DSP平台开发的实时图像处理和语音识别,以小车作载体,达到智能跟随和语音控制.
创新点:1、本系统可以实现小车对人的智能跟随,实现无人控制.
可以仿照人行进的路线,对人实行跟随.
2、通过语言编解码算法,实现语音识别并控制小车运动.
3、通过在小车上安装wifi模块,可以在手机上呈现第一视角驾驶界面,进行语音操控.
4、通过红外传感器实现障碍预警.
"汪晨亮","6100412026","计科卓越121班",,,,张光艳","5901113121","机制133班",,,,"168","信息工程学院","1","基于MSP430单片机的超声波测距系统设计与实现","王慧","6100212122","通信工程122班","4","顾秀秀","5502312041","通信工程122班","赵志欣","讲师","510","本项目采MSP430单片机搭建超声波测距系统,通过优化超声波换能器的慢响应以及增加温度补偿电路,使测距精度得到很大提升.
系统可实现3cm~5m的距离测量,精确度高1.
4mm,集成度高,工作稳定可靠,测距精确,能耗小,成本低,可实现无接触式测量,在实际生产生活应用中有着广阔的应用前景.
"凌森","6100212103","通信工程122班",,,,黄志林","6100212097","通信工程122班",,,,李卫胜","5502312005","光信息科学与技术121班",,,,"169","信息工程学院","1","刚性两轮机器人实现","赵志明","6100211174","通信工程111班","3","张盛平","6100211149","电子信息工程113","黄玉水","教授","413","自平衡机器人具有优良的平衡能力和机动性能,可以完成定点平衡、自旋、环绕、巡航等多种基本运动模式,能应对外界较大的冲击扰动和阶跃扰动,能适应较复杂的外部环境.
为了实现平衡控制,两轮直立机器人需要取得有关自身运动速度、行进方向、直立姿态等信息,平衡姿态的检测最为重要.
我们利用加速度计和陀螺仪组成姿态传感器对平衡姿态进行检测,以弥补单一传感器的缺陷;使用双相光电编码器采集直立机器人的运动速度和行进方向.
"聂晓艺","6100311079","自动化113",,,,袁嘉玲","5504112069","中兴通信121",,,,"170","信息工程学院","2","虫茶的营销推广","郭楠楠","6100512023","信息管理与信息系统121班","4","郭楠楠","6100512023","信息管理与信息系统121班","魏莺","副教授","630","虫茶是一种极好的饮品,具有清热、祛暑、解毒、健胃、助消化等功效,对一些疾病有较好疗效,是热带和亚热带地区的一种重要的清凉饮料.
尽管我国是一个茶叶生产和消费的大国,但虫茶却鲜为人知.
主要也是因为虫茶集中分布在云、桂、湘等苗族生活的地区,它的产地具有一定的区域性,而且虫茶的生产模式还处于低级阶段,产量不高,没有吸引更多的商家来投资,所以我们想通过创新微信公众平台,使用微博,海报等手段宣传微博等多种推广手段来推广虫茶,提高虫茶的知名度,拓宽虫茶的消费市场,招商引资,进一步推动虫茶产业的发展.
"陈伟萍","6100512022","信息管理与信息系统121班",,,,戈立成","6100312275","高等研究院力学本硕121班",,,,杨应超","5203012024","艺术与设计学院工业设计包装方向121班",,,,"171","信息工程学院","1","南昌大学自主学习英语管理系统","苏宏毅","6100411234","计算机卓越111班","3","贾红红","6100411107","计算机卓越111班","徐少平","副教授","520","南昌大学自主学习英语管理系统是为了满足我校学生对英语学习的要求,改善目前的自主学习系统存在的不完善之处,学生可以在这个系统中根据学号登录查看自己的学习时间和剩余时间、自主学习空闲教室和空闲座位、英语等级考试以及英语比赛等信息.
创新点:资源分布在服务器上,服务器完成更新,所有客户端都可以获得更新,管理更加便捷;客户端可以轻量化,不必配备PC机,嵌入式低功耗设备就可替代,节约配备成本和能源成本.
"邱国强","6100411175","计算机卓越111班",,,,熊思兰","6100411210","计算机卓越111班",,,,"172","信息工程学院","1","基于室内定位的自主导航双轮平衡智能轮椅","王庆","6100211047","电子信息工程111班","4","罗龙华","6100211066","通信工程111班","陈利民","副教授","510","传统电动轮椅已无法满足老年人和残障人士对智能化代步工具的需求,本项目旨在设计一套能自主定位、规划路径、驾驶的新智能轮椅系统.
提出基于多传感器网络融合方法实现轮椅的自主定位,从而超越现有的寻迹自主驾驶技术,实现动态环境中的自主导航.
拟在项目组已研发的双轮平衡轮椅的基础上,建立视觉传感网络和无线传感网络的定位系统;引入复杂动态环境下的自主路径规划算法,实现在无卫星定位信号的室内环境中轮椅操控的智能化.
"梁龙","5901112052","机械制造122",,,,王秀文","5502361046","通信工程111班","周辉林","教授",,周禄平","5901112092","通信工程121班",,,,"173","软件学院","2","基于物联网的烟花爆竹厂安全监控预警系统","王源","8000611069","计软112班","4","方杰","8000611063","东软111班","徐健峰","副教授","520","烟花爆竹安全监控预警系统利用先进的网络通讯技术、数据实时采集技术、安全监控与预警技术进行集成设计,有效地保障烟花爆竹的生产安全,降低生产和安全管理成本,预防和减少重大事故的发生.
系统包括:传感器数据采集与处理、视频监控数据的采集与处理、智能数据分析与预警、预警响应与应急处理、数据查询与管理、移动APP、系统用户及权限管理等六大部分的功能.
"李江","8000611077","计软112班",,,,杨宽军","8000611101","计软112班",,,,程朗","8000612066","计软121班",,,,"174","软件学院","3","基于微信平台的校园餐饮o2o项目","陈志华","8000112086","软件工程121班","2","陈志华","8000112086","软件工程112班","欧阳皓黎红","副教授助教","520","项目通过构建自己的微信平台,以校园学生为主要的服务对象,进行区域性O2O营销,以单个校园为基点,利用传统和新媒体的形式对产品进行宣传推广,继而以点带面,在其他校区相继铺开.
"朱俊飞","7043711042","物流管理112班",,,,"175","软件学院","1","数字图片文字提取软件","张继超","8000112143","软件工程卓越121班","1","赵银帅","8000112153","软件工程卓越121班","王卓","讲师","520","数字图片文字提取软件主要是基于图片处理和特征提取相结合,用于处理和获取图片信息的软件.
实施目标:基于windows平台的实体软件,可以提取相对清晰图片的文字,并做一些后期处理.
创新点:图片的文字处理技术研究较少,本项目计划再次做一定的突破,并有相应的应用软件.
而且,本软件力求在图片的处理和特征提取算法上做一定的突破.
""176","软件学院","2","云南丽江民族风手工艺术品销售","戴昕樾","8000112101","软件工程122班","1","沈凤","8000112108","软件工程122班","王卓","讲师","520","主要内容:到民间批发手工艺术品,饰品等销售.
实施目标:短期目标:在本校区内和周围销售并积累少许经费(赚本).
中期目标:到前湖校区及校外其它地区销售(获利).
长期目标:吸引代理销售人员,扩大销售群体及销售范围(利滚利).
创新点:1.
利用现有的代购热潮,用少许的经费进行大额经费才能实现的大范围大群体销售.
2.
利用消费者心理,在非旅游城市销售旅游城市独有的民间艺术品,并降低一定价格,达到薄利多销的目的.
3.
制作相应的电子商务网站支持在线销售以及宣传等活动,以更多元化的手段提高销售业绩,从而争取打造自己的校园品牌.
""177","软件学院","1","基于ZigBee无线网络的智能教室服务系统","李雯","8000612073","计算机软件121班","4","程朗","8000612066","计算机软件121","向满天","副教授","510","我国高校教室设施大都采用手动或遥控器控制.
随着网络技术尤其是ZigBee等无线网络的飞速发展,全新的智能教室管理方式已经成为可能.
本项目设计实现一套智能教室服务系统,采用ZigBee无线通信技术控制教室设备.
用户通过手机或平板电脑以无线Wifi的形式发送控制信号至无线路由器,控制信号经网线到以太网模块后发送至ZigBee模块,ZigBee模块接收控制信号后实现对ZigBee设备的控制,从而大大提高人工管理教室的效率.
"方久鑫","8000612074","计算机软件121",,,,张先贵","8000612041","计算机软件121",,,,徐男","8000612092","东软121",,,,"178","软件学院","1","智能手机屏幕主题个性化的设计与实现","周灵敏","8000612043","东软实验121班","3","路秋瑞","8000612039","计算机软件121班","向满天","副教授","520","该项目的手机主题APP(Application的简称,多指智能手机的第三方应用程序)可在多平台上运行,其特点类似Windows的主题功能,使手机用户通过下载某个自己喜欢的手机主题程序,然后再通过手动设置相关图标.
可以一次或多次设定好相应的屏幕保护图片、操作界面和图标等内容,使用户可以更快捷方便的将自己心爱的手机实现个性化.
根据主题的不同,用户在使用手机时感觉身历其境,不再只是面对一成不变手机操作界面、图片和色彩.