【#第一文档网# 导语】以下是®第一文档网的小编为您整理的《会议论文格式要求》，欢迎阅读！
附件2： 会议论文格式要求 本次会议论文集将在会议结束后，按照作者提交的电子文档格式进行印刷。为保证论文集按时出版，请您严格按论文格式要求准备好可直接印刷的论文电子稿。论文格式要求如下： 论文请用WORD 97或2000编辑。 1、论文题目、作者姓名、所在单位、摘要和关键词必须有中英文，并使用国际单位制（kg, m, s等）。 2、文章要包含有参考书目，避免过多的使用斜体字和黑体字等。 3、论文编辑格式要求： （1）中文字体全部用宋体； （2）文章摘要字体大小为10号字，字数300～500； （3）关键词字体为10号字体； （4）正文字体为12号字体，单行行距； （5）参考目录字体为10字体。 4、页面设置为A4（21cm×29.7cm）,左右上下页边距均为25mm。 5、文章长度不超过8页（包括摘要、图表等）。 1 论文中文格式式样 学术论文全文上网技术及学术期刊在线出版系统研究 肖 信* 袁中直 （华南师范大学化学系 广州 510631） 摘要：从化学科学工作者的角度分析了当前学术期刊网络出版的现状和优点，着重讨论了学术论文全文上网的技术途径及特点，并尝试提出一套较为可行的学术期刊在线出版系统的结构体系。 关键词：学术期刊 电子出版 网络出版 在线出版 INVESTIGATION ON TECHNOLOGIES AND STRUCTURES OF ONLINE PUBLISHING SYSTEM XIAO Xin YUAN Zhong-zhi (Chemistry Department, South China Normal University, Guangzhou 510631) Abstract: Scholarly journals have been popularly trying to be published on Internet. In this article, the typical Internet-based publishing technologies and their feasibilities are analyzed, and the new structure and working flow of online publishing system is proposed. Keywords: Scholarly Journal, Electronic Publishing, Web Publishing, Online Publishing 由于计算机技术的发展和电子贮藏介质的可靠性和优越性，人类迅速地把大量其他介质上的知识内容转移到电子介质上。学术期刊包括化学期刊也不例外。期刊电子出版主要以两种形式存在，一种是单独发行于磁盘、磁带或光盘中，另一种是集中存储于联机检索系统如Dialog中。网络的快速发展使得基于Internet的网络出版成为可能，这种出版超越了传统出版方式，极大地拓宽了出版的含义。早期的网络出版是以新闻讨论组或FTP等方式存在的，但随着Web的快速发展，目前网络出版基本上是指Web出版。由于Internet是一个人才资源和信息资源高度密集的世界，因此上网是学术期刊和科研人员加快信息交流的必由之路。 1. 学术期刊网络出版的类型和优点 当前Internet上学术期刊数量已较多，一部分期刊有自己独立的期刊网站；另一些则由网络出版机构集中出版，如美国化学会、Elsevier Science的系列学术期刊；或是由ChemWeb这样的专业虚拟社区集中向用户提供，国内类似的机构如中国期刊网、万方数据库等。上网的学术期刊主要分为三种类型：一是提供印刷版论文的目录和文摘，这种类型的期刊最为常见，网络主要起宣传出版内容和出版者形象的作用；二是印刷版学术期刊的完整电子版。……………… 参考文献： [1] Bernard Donovan. 学术期刊的未来[J]. 科技与出版, 2000, (2):15 [2] American Chemical Society. Online-Only Journals Monitored by Chemical Abstracts[EB/OL]. http://info.cas.org/EO/ejourn2.html. Updated: 2002-09-06. [3] 郑晓南, 林跃, 邹栩. 国际编辑出版界对电子出版物的研究现状与进展[J]. 中国科技期刊研究, 1998, 9(3):137 2 论文英文格式式样 WATER QUALITY AND SEDIMENT QUALITY OF WATERS NEAR SHANGHAI SEWAGE OUTFALLS Cheng LIU and Zhao-Yin WANG International Research and Training Center on Erosion and Sedimentation, Beijing, 100044, China. E-mail: chliu@iwhr.com and zywang@tsinghua.edu.cn Yun HE China Institute of Hydropower Research, Beijing, 100044, China Heping WEI School of Environmental Science and Engineering, Tongji University, Shanghai, 200092, China Abstract: This paper analyzes the water quality and sediment quality near Zhuyuan and Bailonggang sewage outfalls and compared them with those of the large waters of Changjiang estuary. The trophic states in the estuarine waters are evaluated by employing different standards. Serious nitrogen and phosphorus pollutions are found in the waters near the outfalls, which are due to large sewage discharges of Shanghai City. Heavy metals and other pollutants are found at low concentrations and cause no serious water and sediment pollution. In the Changjiang estuary, the concentrations of nitrogen, phosphorus, copper, lead and COD are relatively high and are rising year by year. It is concluded that the sewage discharges from Shanghai provides large quantities of nitrogen and phosphorus but little heavy metals to the estuary. The local waters near the outfalls and large waters of Changjiang estuary are in the state of phosphorus-limited potential eutrophication and slightly-phosphorus-limited potential eutrophication. The risk of eutrophication and red tide may be reduced if municipal sewage of Shanghai is denitrogenated and dephosphorized before discharged. Keywords: Changjiang estuary, Sewage discharge, Water quality, Sediment quality, Eutrophication 1. INTRODUCTION Shanghai, China’s largest metropolitan area with a population of about 14 million, is situated at the mouth of the Yangtze River, and bordered with the East China Sea to the east, Hangzhou Bay to the south, and the provinces of Zhejiang and Jiangsu to the west. The good geographic location and natural conditions have provided the city with superiority in its social and economic center and port city of the country. 2. FIELD INVESTIGATION AND ANALYSIS Water samples from 42 stations and sediment samples from 12 stations around Zhuyuan and Bailonggang sewage outfalls in the Changjiang estuary were taken during 6th to 7th September, 2000. ………………………. REFERENCES Fang, Z.G. and Mu, Y.X., 2001, Study on the eutrophication tendency in Liaodong Bay of Bohai Sea, ACTA Scientiae Circumstantiae, Vol. 27, No.6: pp. 15-17 (in Chinese) Guo W.D., Zhang, X.M. and Yang, Y.P. 1998. Assessment on levels of potential eutrophication of coastal waters in China. Taiwan Straits, Vol. 17, No. 1: pp. 64-70(in Chinese) Li, M., 2001. The Effects of Sediment on the Transfer and Transform of Phosphorus in Changjiang Estuary. Ph. D. thesis, Tongji University, Shanghai, China. 3 本文来源：https://www.dywdw.cn/3636504ac850ad02de804192.html
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2022-04-29
