博士研究生毕业论文撰写要求.doc

博士研究生毕业论文撰写要求一、内容：博士研究生毕业论文内容在5万字左右（不包括图、表），包括目录、中文摘要、英文摘要、英文缩写、研究论文、综述、个人简历目录内容要与文中的各级标题一致中文摘要3000 ~ 4000字，包括：目的、方法、结果（含重要数据）和结论，5 ~ 8个关键词；英文摘要内容要与中文摘要一致研究论文是毕业论文的主体内容，字数2~2.5万字，由引言、3~5个系列研究题目和结论三部分组成引言部分应简要介绍选题的依据、 背景及意义，该领域国内外研究动态及发展趋势，内容800~1000字；每个系列研究题目中包括前言（300~600字）、材料与方法、结果、附图、附表、讨论、小结、参考文献二、排版采用word编辑、排版，A4复印纸打印上、下边距为2.6cm，左、右边距为2.7cm，行间距取固定值22磅、字间距按“标准”设置论文各部分内容的页眉和页脚用横线标出，页眉内容用小四号楷体加粗标出，如“中 文 摘 要”、“英 文 摘 要”、“英 文 缩 写”、“研 究 论 文”、“综 述”等等，内容居中摆放，宽度占11个字节（一个汉字为两个字节）页码置页脚居中，不加任何修饰，页眉和页脚距边界1.75cm.。

目录部分不加页眉和页脚目录、中文摘要、英文摘要、英文缩写、研究论文各系列题目、综述等内容之间要另页起始打印另外，论文封面要求须提供以下内容：论文题目、二级学院、专业名称、研究生姓名、导师姓名及职称（导师最多列两名）、研究起止日期、交稿日期三、格式与字体目录、中文摘要、论文题目、个人简历的标题用三号黑体加粗，居中摆放字数多的标题按标准字间距设置；标题是2个字的如“目录”、“讨论”、“致谢”等，其2字之间空2个汉字，如“目XX录”研究论文中每个系列标题的首页左上角用三号黑体加粗，注明“第一部分”“第二部分”……；综述的首页左上角用三号黑体加粗字体注明“综述一”、“综述二”等论文中的小标题，如“前言”、“材料与方法”等用四号黑体加粗，英文摘要、英文缩写题目用三号“Times New Roman”加粗，“Conclusion”、“Key words”等用四号“Times New Roman”加粗如果“材料与方法”、“结果”、“讨论”等内容中又分次级标题，则应按“1、2、3······”，“1.1、1.2、1.3······”，“1.1.1、1.1.2······”进行逐级编号；大、小标题与上下段落之间空一行，标题另页顶格书写时与下行空一行。

各部分的正文内容字体：中文用四号宋体、英文用四号“Times New Roman”字体参考文献的书写格式为：序号（1、2、3……）作者姓名（只列出前三名，外国作者姓在前，名缩写在后）文题名，期刊名，年份，卷（期）号：起止页码例如：1 Braun HP, Emmermann M, Mentzel H, et al Primary structure and expression of a gene encoding the cytosolie ribosomal protein S4 from potato. Biochim Biophys Acta, 1994, 1218:435~438图注与表标用英文书写，图注放在图下方如“Fig.1 xxxxxx”; 表标位于表格上方，如“Table 1 xxxxxx”插图和照片的大小要求长7~12.7cm，宽3~9cm同一结果中的不同照片和插图大小要一致目录格式目 录（三号黑体加粗，居中）中文摘要（以下字体均为四号宋体）·······································································页码英文摘要·······································································································································页码英文缩写·······································································································································页码研究论文 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXX（题目）引言·······································································································································页码第一部分 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX XXXXXXXXXXXX（题目）前言·······································································································································页码材料与方法·······················································································································页码结果·······································································································································页码附图、附表························································································································页码讨论·······································································································································页码小结·······································································································································页码参考文献····························································································································页码第二部分(内容同上)·······································································································································································综述一············································································································································页码综述二············································································································································页码个人简历·······································································································································页码·1·中文摘要格式XXXXXXXX（题目,三号黑体加粗，居中）摘　　要（四号黑体加粗，居中）XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX（正文,四号宋体）关键词：（四号黑体加粗） XXX; XXX;……(3-5个关键词，四号宋体)英文摘要格式 xxxxxxxxx（题目, 三号加粗Times New Roman，居中）ABSTRACT(四号加粗Times New Roman，居中)xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx……（正文四号 Times New Roman）Key words：(四号加粗Times New Roman) xxx; xxxx;……(3-5个关键词，四号 Times New Roman)·2·在清洗液中硅表面为负电位有些颗粒也为负电位，由于两者的电的排斥力作用可防止粒子向晶片表面吸附，但也有部分粒子表面是正电位，由于两者电的吸引力作用，粒子易向晶片表面吸附。

研究论文格式第x部分（三号黑体加粗）XXXXXXX（题目，三号黑体加粗，居中）前　　言（四号黑体加粗，居中）XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX(四号宋体)材料与方法（四号黑体加粗，居中）1 XXXXX(四号宋体)1.1 XXXXX(四号宋体)1.1.1 XXXXX(四号宋体)结　　果（四号黑体加粗，居中）XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX(四号宋体)讨　　论（四号黑体加粗，居中）XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX(四号宋体)小　　结（四号黑体加粗，居中）1．XXXXX(四号宋体)2．XXXXX(四号宋体)参考文献（四号黑体加粗，居中）1 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX(四号宋体)2 XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX(四号宋体)·3·综述格式综述一（三号黑体加粗）。