腊月二十三吃什么毕业设计论文格式规范

2021年1月2日发(作者：元雅)





毕业设计论文格式规范
Newly compiled on November 23, 2020


毕业设计（论文）
格式规范要求
目 录（黑体三号居中）
摘要（黑体四号） ····················· （页码用Times New Roman四号）(1)
前言 ······························· ·················································· ··· (2)
正文 ··································· ················································· (5)
1 选题背景（宋体四号） ····························· ······················ (5)
课题来源 ·············· ·················································· ····· (5)
课题目的及意义 ···························· ································ (5)
2 方案论证 ·· ·················································· ················· (7)
××× ···················· ·················································· ···· (10)
3 ××× ······························ ············································ (11)
××× ·········································· ································ (11)
4××× ··· ·················································· ······················ (14)
××× ············· ·················································· ·········· (14)
5 小结 ························· ················································· (23)
致谢 ······································ ············································· (24)
参考文献 ········································· ···································· (24)


反相胶束
(黑体二号居中，一般20个汉字以内)

学 生： (宋体小四号居中)
指导教师： (宋体小四号居中)
（三峡大学化学与生命科学学院） (宋体小四号居中)
（空一行）
摘要(宋体小四号加粗)：本文采用CTAB正丁醇 (宋体小四号，篇幅200字左右)
关 键词(宋体小四号加粗)：反相胶束法；(宋体小四号，3-8个词或词组，不同词间
以分号“；”隔开 )
Preparation of CdS with（
Times New Roman二号居中
）
Student: (Times New Roman小四号居中)
Tutor: (Times New Roman小四号居中)
(College of , University, Hubei Yichang) (Times New Roman小四号居中)
Abstract(Times New Roman小四号加粗)：In this article（Times New Roman小四
号）
Keywords(Times New Roman小四号加粗)：reverse micelle method （Times New
Roman小四号）
前言(宋体小四号加粗)
(宋体小四号，篇幅约1000-1 500字)纳米材料是目前国际上非常热门的一个研
究领域。（行间距离20磅）
正文
１ 选题背景(宋体小四号加粗)


课题来源(宋体小四号)
2 方案论证

2.1.1 AOT
[28]
参考文献在正文中按顺序在引用文字处右上角用[ ]标明。
2.1.2

3.2.1 纳米CdS的制备
表.1 正庚烷正丁醇CTAB水四元反相胶团的配制（采用三线表）
ω
15
25
35
50
正庚烷mL



30
正丁醇 mL




CTABg
3
3
3
3
H
2
O mL




图.3 不同条件下制备的纳米CdS的XRD（图宽半幅，约高145磅、宽195磅）
XRD patter of CdS prepared at different conditions
5 小结
致谢(宋体小四号加粗)：
简述自己通过本设计的体会，并对指导教师及协助完成设计的有关人员表示谢
意。
参考文献（黑体五号，
采用《三峡大学学报》格式
）
（空一行）
[1] 周爱军, 刘长生. 硫化镉纳米粒子的合成与应用[J]. 湖北化工, 2002, (04): 21-24.
[2] You-Hao Yang, Nan Ren, Ya- Hong Zhang, Yi Tang. Nanosized cadmium sulfide in polyelectrolyte
protected mesoporous sphere: A stable and regeneratable photocatalyst for visible-light-induced


removal of organic pollutants[J]. Journal of Photochemistry and Photobiology A: Chemistry , 2009
(201): 111-120.
（中文用宋体10号，外文用Times New Roman五号）