国际会议论文摘要中英文格式

附件2 国际会议论文摘要中英文格式

国际针灸学术交流研讨会

论文摘要表（中文）

主要作者资料

称呼：教授/博士/医生/先生/小姐/其他

姓：名：

通讯地址：

城市：州/省：国家：邮区编号：电话号码：手机号码：

传真：电子邮箱：

单位：是否要求会议发言：

World Conference on Acupuncture

ABSTRACT FORM – COMPLETE IN ENGLISH

Date:

论文要求：

1、论文字数2000-5000字，同时撰写150-200字左右的中、英文两种文字论文摘要；

2、论文及摘要请用Word格式电子版发送至电邮地址: caamxsb@https://www.sodocs.net/doc/5e14775342.html,

3、入选论文将颁发论文证书；

4、论文截稿日期：2010年8月30日。

国际会议论文摘要post样版

on Agriculture and Environment 2012 1 Yuji KAMIYA RIKEN Plant Science Center Abstract:The phytohormone auxin plays critical roles in the regulation of plant growth and development. Indole-3-acetic acid (IAA) has been recognized as the major auxin for more than 70 years. Although several pathways have been proposed, how auxin is synthesized in plants is still unclear. Previous genetic and enzymatic studies demonstrated that both TRYPTOPHAN AMINOTRANSFERASE OF ARABIDOPSIS (TAA) and YUCCA (YUC) flavin monooxygenase-like proteins are required for biosynthesis of IAA during plant de- velopment, but these enzymes were placed in two independent pathways. Recently, we demonstrate that the TAA family produces indole-3-pyruvic acid (IPA) and the YUC family functions in the conversion of IPA to IAA in Arabidopsis (Arabidopsis thaliana) by a quantification method of IPA using liquid chromatography–electrospray ionization–tandem MS. We further show that YUC protein expressed in Escherichia coli shows faint yellow color suggesting the presence of FMD and directly converts IPA to IAA. Indole-3-acetaldehyde is probably not a precursor of IAA in the IPA pathway. Our results indicate that YUC proteins catalyze a rate-limiting step of the IPA pathway, which is the main IAA biosynthesis pathway in Arabidopsis. Although 2,4-D and other synthetic auxins were used in agriculture to increase crop production, specific inhibitors and promoters of IAA biosynthesis were not well studied. Our identification of the two specific enzymes for IAA biosynthesis may give us new approach to increase crop production by regulating auxin biosynthesis. Yuji Kamiya is a Group Director of the RIKEN Plant Science Center. He received Degree in agricultural chemistry from the University of Tokyo in 1975. He joined the Pesticide Synthesis Laboratory at RIKEN in 1975. From 1980 to 1982 he studied on gibberellins biosynthesis at the Institute of Plant Physiology, University of G?ttingen, as an Alexander von Humboldt Fellow. Since that time on he has continued to study gibberellins biosynthesis and its regulation. He was appointed as the Head of the Laboratory for Plant Hormone Function of the RIKEN Frontier Research Program from 1991 to 1998. In 2000, he joined the Plant Science Center as the Head of the Laboratory of Cellular Growth Development and in October 2000 he was promoted to the position of Group Director. Main Activities: Research on regulation of plant hormone biosynthesis Cloning and characterization of enzymes involved in hormone biosynthesis Screening of chemical proves to increase plant biomass production.

国际会议(澳门)的论文格式要求

第十四届国际汉语教学学术研讨会论文体例 一、文档：请提供使用Word 编辑的电子文件。 二、篇幅：论文无论使用中文或英文篇幅不设限制。页面周边空白处均为一英寸（即2.54厘米），内容提要中文150个汉字以内，英文提要80个单词以内，作者简介50个汉字以内。三、各项内容顺序：论文标题、（国家或地区）作者姓名、单位、内容提要、关键词、英文标题、英文姓名及单位、英文内容提要、英文关键词、正文、注释、参考文献、作者简介。(注：英文论文则英文标题等在前，中文标题等在后。) 四、字体和字号：论文题目用小二号(18 pts)宋体,英文用Times New Roman 18；作者、单位、内容提要及关键词用五号(10.5 pts)仿宋字体，“内容提要”和“关键词”几个字加粗,英文用Times New Roman； 中文正文用五号(10.5 pts)宋体，英文正文用Times New Roman 10.5 pts; 一级标题用小四号(12 pts)仿宋体，英文用Times New Roman 12 pts; 二级标题用五号(10.5 pts)黑体,英文用Arial 10.5 pts; 三级标题用五号(10.5 pts)楷体,英文用Calibri 10.5 pts; 注释和参考文献用小五号(9 pts)宋体; 英文用Times New Roman 9 pts; 作者简介用小五号(9 pts)仿宋体, 英文用New Courier 9 pts。 五、标题编号：正文中所有的标题均需独占一行，任何级次的标题均需列出具体的标题题目。序号使用格式为： 一级标题用汉字“一、二、……”，居中排列，上下各空一行； 二级标题用“（一）（二）（三）……”，前空两汉字格； 三级标题用“1、2、3、……”，前空两汉字格。 六、例句和图表：独立列出的例句用五号楷体，编号采用（1）（2）（3）的形式，全文所有例句连续编号。 文中如有图表，请给图和表分别编号，即：图1、图2、……；表1、表2……。编号及图表名称置于图表上方。全文图表连续编号。图表内的汉字用小五号宋体，图表名用小五号仿宋体。复杂的图表请用绘图仪器绘制清晰或用高精度打印机打印，以便直接扫描制版。 七、国际音标：写在直方括号内，声调一律用数码标在右上角，如：[tan51]。 八、注释：一律采用页内脚注的形式，脚注的序号使用①②③……的格式，每页重新编号。 九、参考文献 行文中文献引用采用下列格式：张冰（1987）。括注采用下列格式：（张冰，1987）。多个文献之间用顿号隔开，如：（Smith，1983、1991）。多个作者之间用分号隔开，如（张冰，1987；刘凯文，2001）。引自专著的观点应注明页码，如：刘凯文（1982：95-97）。 正文所引文献必须在文末全部列出，文末所列参考文献均须在正文中明确提及。中文参考文献在前，外文参考文献在后。中文参考文献按作者姓氏汉语拼音字母顺序排列，外文参考文献按作者姓氏字母顺序排列。每条文献必须顶格写，换行时空两格。 外文论文用正体且首单词的首字母大写，外文书名和期刊名用斜体且每个单词的首字母均大写。年分请引首次发表时间，转载请注明。各类文献请依照下列格式： 中文著作：胡文仲。《跨文化交际学选读》。长沙：湖南教育出版社，1990。 中文期刊论文：赵金铭。汉语作为外语教学能力校准试说。《语言教学与研究》，2007(2)。 中文论文集：朱永生、姚道中。《第五届国际汉语教学学术研讨会论文集》。北京：世界图书出版公司北京分公司，1996。

毕业论文中英文摘要及目录(供参考)

密级：立体停车库的PLC控制系统设计 Design of PLC Control System for Parking Garage 学院： 专业班级： 学号： 学生姓名： 指导教师： 2018年6月

摘要 随着我国国民经济的不断发展及城市现代化要求，汽车在我国越来越普及，而这将导致大中等城市“停车难”问题日益凸显。在现有的土地资源条件下，多层的机械式立体停车库可以很好的提高现有土地资源的利用率，充分发挥土地资源的空间优势，使得汽车的存放数量得以优化，从而快速有效地解决大中等城市“停车难”问题。本论文以一个三层三行三列二十一车位的升降横移式自动化立体停车库为主要研究对象，在深入分析了立体停车库运行原理的基础上，采用可编程控制器（PLC）为主要控制单元对该立体停车库控制系统进行设计。论文研究的主要内容为： 1、针对机械式立体停车库类型、国内外发展现状以及我国行业发展中存在的问题等进行研究。 2、选定以三层三行三列6+6+9结构二十一车位升降横移式立体停车库为研究模型，研究该立体停车库的总体结构设计及车库运行原理等。 3、对升降横移式立体停车库的硬件系统进行设计。内容包括：主回路设计，手动控制系统设计，PLC外围硬件设计，绘制了车库主电路图，手动控制电路图和PLC外围电路接线图等。 4、对升降横移式立体停车库的软件系统进行设计。内容包括：PLC总体介绍，PLC编程语言的选择，设计了程序主框架流程图，各基本功能程序流程图，按要求编写了梯形图程序等。 5、采用S7-200仿真软件对升降横移式立体停车库进行在线仿真与调试。 本论文重点对升降横移式立体停车库总体结构和控制系统的硬件、软件系统进行设计。设计过程采用模块化设计思路，结构灵活，通过对PLC软件系统设计及优化，使得本立体停车库具备智能化控制的功能，实现了立体停车库停车位能够安全、稳定、准确、快速的移动至人车交接处进行存取车操作。该立体停车库充分发挥土地资源的空间优势，大大提升了土地资源的空间利用率，是应对大中等城市停车难问题的有效解决方案。 关键词：立体停车库；升降横移式；PLC；控制系统设计 Abstract

第十四届世界地震工程国际会议论文集6

STRONG MOTION DISTRIBUTION AND MICROTREMOR OBSERVATION FOLLOWING THE 21 MAY 2003 BOUMERDES, ALGERIA EARTHQUAKE A. Meslem1, F. Yamazaki1, Y. Maruyama1, D. Benouar2, N. Laouami3 1 Department of Urban Environment Systems, Graduate School of Engineering, Chiba University, Japan 2 Faculty of Civil Engineering, University of Bab-Ezzouar, Algiers, Algeria 3CGS, National Center of Applied Research in Earthquake Engineering, Algiers, Algeria Email: meslem@graduate.chiba-u.jp ABSTRACT: Detailed analysis was conducted for the recorded mainshock across the country during the 21 May 2003 Boumerdes, Algeria earthquake. A remarkable difference has been recorded between neighbour stations. Since local site conditions have a significant effect on the ground motions, and hence on the damage distribution caused by the earthquake, microtremor survey was conducted at several sites of seismic observation stations. In this study, a particular attention is paid to 4 seismic network stations located in the most affected area between Algiers and Boumerdes provinces. Using the microtremor records and the strong motion records from five stations, the effect of soil condition on seismic motion is investigated and the damage distribution caused by this event is explained. The results from this study show that in some stations, the recorded high PGA values were influenced by high-frequency contents. However, in other stations, soil amplification is considered to be responsible for high PGV v alues. Hence, in order to conduct a further engineering and seismological study, it is highly recommended to conduct an investigation to identify the local soil profile at the seismic stations. KEYWORDS: the 2003 Boumerdes earthquake, ground motion, microtremor, damage distribution 1. INTRODUCTION On May 21, 2003, a destructive Mw=6.8 earthquake hit the northern part of Algeria, causing a huge structural and non-structural damages and human casualties. The last report by the Algerian ministers’ council (December 12, 2003) deplores that 2,278 deaths and 11,450 injured were claimed by the earthquake. The number of homeless was counted as 250,000, corresponding to 40,000 families. As for the building damage, 17,000 units were demolished and 116,000 were repaired. The resulted direct economic loss was estimated to be 5 billion US dollars (Ousalem and Bechtoula, 2005). The earthquake was felt inside a 250 km radius zone from the epicenter (Laouami et al., 2006) and provoked the occurrence of liquefaction in the epicentral area. An uplift of coastal line was marked with the average of 0.55m (Harbi et al., 2007; Bouhadad et al., 2004; Meghraoui et al., 2004). In the European side of Mediterranean Sea, tsunamis of about 1.5m high were recorded along the coast of Spain (Alasset et al., 2006). Soon after the event, several international organizations located the 21 May 2003 Boumerdes earthquake. The location given by the Algerian Research Center of Astronomy Astrophysics and Geophysics (CRAAG) was 36.91N, 3.58E. However, the mainshock was relocated at 36.83N, 3.65E with the focal depth of 10 km (Bounif et al., 2004). The acceleration records of the mainshock were recorded by a number of accelerographs, deployed by the Algerian National Research Center of Earthquake Engineering (CGS). However, several technical problems have occurred during recording the mainshock. The number of free field seismic stations which recorded the mainshock, especially in the severely affected areas, is not sufficient for estimating a detailed strong motion

毕业设计中英文摘要

摘要 本毕业设计选取的题目是东天山小区2-1楼工程造价与施工组织设计。本工程负一层为半地下车库，地上六层，外加一阁楼层，建筑高度26.15m，建筑面积9119.7m2，结构形式为砖混结构。本毕业设计由工程造价、施工组织设计、工程项目管理、专题设计等四个部分组成。 第一部分工程造价。通过福莱一点通软件计算工程量，综合分析现行建筑市场的人工、材料、机械等市场价格，编制设计任务书规定范围的工程量定额报价和工程量清单报价。 第二部分施工组织设计。根据工程特点划分施工段，确定合理的施工顺序，选择主要分部分项工程施工方法和主要施工机械，根据工期要求编制合理施工进度计划表，并绘制施工平面图，以及采取有效的质量、安全等保证措施，例如安全文明施工措施、季节性施工措施等。 第三部分工程项目管理。包括工程进度、质量、造价三大控制以及工期索赔和项目管理机构设计。根据工期要求，在工程进度调整条件下，绘制调整后进度计划表并依据索赔程序，编制工期索赔文件。另外根据工程特点，确定本工程的质量、进度、造价等控制要点，进行项目管理机构设计。 第四部分专题设计。根据工程特点进行外脚手架计算和模板设计。并绘制脚手架设计图和模板设计图。 关键词：工程量计算；工程造价；施工方案；脚手架设计

Abstract The graduation design subject is Easten sky mountain district 2-1# building project cost and the construction organization design.The -1 layer of the project is a underground garage,there are 6 layers overground and a attic, the building is 26.15 meters tall and it’s construction area is 9119.7 square meters, the structure form is brick and concrete structure. the graduation design consists of four parts which are construction cost ,the construction organization design, project management and scaffolding template special design The first part is construction cost .The cost of construction project is calculated by Fly. Analysis the current price of labor, materials, machinery in the construction market and work out the Fixed price and the detailed list of engineering quantity price.choose construction measures of main component project and major machine, The second part is construction organization design. Devide the construction period according to the features of the project, make sure a reasonable construction sequence, Prepare the reasonable construction progress schedule on the basis of construction time limit, draw the construction plan chart and make some measures to protect the quality and safety of the project like safety civilized construction measures and seasonal construction measures. The third part is project management. It includes progress,quality and cost control,claim for extension of time and project management institutions desigh. Draw adjusted progress schedule in the progress of the projects under the condition of adjustment, Draw the construction plan chart, and prepare period claim document depend on the claim program. Make sure the project quality, progress, cost and control points and desigh project management mechanism. The fourth part is project design.Desigh the scaffold and template according to engineering characteristics and draw their figures. Key words: Quantity calculation ;Construction cost ; Construction method;Scaffold design

论文中英文摘要格式

附件2： 论文中英文摘要格式 作者姓名：陈骏 论文题目：钛酸铅基化合物晶体结构及其负热膨胀性 作者简介：陈骏，男，1979年8月出生；2001年9月在北京科技大学攻读冶金物理化学硕士学位，2003年9月提前攻读博士学位，一直师从北京科技大学邢献然教授，2007年3月获博士学位；2007年4月留在北京科技大学物理化学系，加入邢献然教授长江学者学术梯队从事教学科研工作；2008年得到德国洪堡博士后研究基金资助，在TU-Darmstadt继续开展钛酸铅基化合物相结构等方面的研究。读博士及其后的一年期间内，在国际著名期刊上发表第一作者论文12篇、第二作者论文5篇，作为主要研究人员获教育部科技奖励（自然科学奖）一等奖1项、授权专利2项；2008年获得北京市首届优秀博士论文称号。 中文摘要 钛酸铅（PbTiO3）是一种重要的钙钛矿结构的铁电体，在介电、压电、铁电、热释电等 方面具有重要的研究与应用价值；同时，它在室温至居里温度范围内还表现出奇特的热缩冷 胀行为，即负热膨胀性（NTE），这种负热膨胀行为是其它钙钛矿结构化合物所不具有的，如CaTiO3、BaTiO3、KNbO3、BiFeO3等。研究PbTiO3的负热膨胀性将有利于开发出负热膨胀性 可控以及零膨胀材料，拓展负热膨胀材料在实际中的应用，PbTiO3负热膨胀机理的研究可指 导新型负热膨胀材料的开发。本论文主要以钙钛矿结构的铁电化合物Pb1-x A x Ti1-y B y O3（A＝La、Sr、Cd、Bi、（La1/2K1/2）等；B＝Fe、Zn等不同价态金属原子）为中心，研究A位与B 位替代对其负热膨胀性、晶体结构、点阵动力学的影响，实现负热膨胀性能可控，开发零膨 胀材料，并研究PbTiO3负热膨胀机理。 本文研究了Pb1-x A x TiO3（A＝La、Sr、（La1/2K1/2）、Cd）体系的固溶体特性、晶体结构以 及负热膨胀性能受掺杂的影响。La、Sr、（La1/2K1/2）的掺杂都使PbTiO3的轴比（c/a）及居里 温度（T C）不同程度地线性下降，La的掺杂大幅度地降低了PbTiO3的负热膨胀性能，在0.15

EI会议论文格式模版

Paper Title Subtitle as needed Authors Name/s per 1st Affiliation (Author) line 1 (of Affiliation): dept. name of organization line 2: name of organization, acronyms acceptable line 3: City, Country line 4: e-mail: name@https://www.sodocs.net/doc/5e14775342.html, Authors Name/s per 2nd Affiliation (Author) line 1 (of Affiliation): dept. name of organization line 2: name of organization, acronyms acceptable line 3: City, Country line 4: e-mail: name@https://www.sodocs.net/doc/5e14775342.html, Abstract—This electronic document is a “live” template. The various components of your paper [title, text, heads, etc.] are already defined on the style sheet, as illustrated by the portions given in this document. DO NOT USE SPECIAL CHARACTERS, SYMBOLS, OR MATH IN YOUR TITLE OR ABSTRACT. (Abstract) Keywords-component; formatting; style; styling; insert (key words) I.I NTRODUCTION (H EADING 1) All manuscripts must be in English. These guidelines include complete descriptions of the fonts, spacing, and related information for producing your proceedings manuscripts. Please follow them and if you have any questions, direct them to the production editor in charge of your proceedings at Conference Publishing Services (CPS): Phone +1 (714) 821-8380 or Fax +1 (714) 761-1784. This template provides authors with most of the formatting specifications needed for preparing electronic versions of their papers. All standard paper components have been specified for three reasons: (1) ease of use when formatting individual papers, (2) automatic compliance to electronic requirements that facilitate the concurrent or later production of electronic products, and (3) conformity of style throughout a conference proceedings. Margins, column widths, line spacing, and type styles are built-in; examples of the type styles are provided throughout this document and are identified in italic type, within parentheses, following the example. PLEASE DO NOT RE-ADJUST THESE MARGINS. Some components, such as multi-leveled equations, graphics, and tables are not prescribed, although the various table text styles are provided. The formatter will need to create these components, incorporating the applicable criteria that follow. II.T YPE S TYLE AND F ONTS Wherever Times is specified, Times Roman or Times New Roman may be used. If neither is available on your word processor, please use the font closest in appearance to Times. Avoid using bit-mapped fonts if possible. True-Type 1 or Open Type fonts are preferred. Please embed symbol fonts, as well, for math, etc. III.E ASE OF U SE A.Selecting a Template (Heading 2) First, confirm that you have the correct template for your paper size. This template has been tailored for output on the US-letter paper size. If you are using A4-sized paper, please close this template and download the file for A4 paper format called ―CPS_A4_format‖. B.Maintaining the Integrity of the Specifications The template is used to format your paper and style the text. All margins, column widths, line spaces, and text fonts are prescribed; please do not alter them. You may note peculiarities. For example, the head margin in this template measures proportionately more than is customary. This measurement and others are deliberate, using specifications that anticipate your paper as one part of the entire proceedings, and not as an independent document. Please do not revise any of the current designations. IV.P REPARE Y OUR P APER B EFORE S TYLING Before you begin to format your paper, first write and save the content as a separate text file. Keep your text and graphic files separate until after the text has been formatted and styled. Do not use hard tabs, and limit use of hard returns to only one return at the end of a paragraph. Do not add any kind of pagination anywhere in the paper. Do not number text heads-the template will do that for you. Finally, complete content and organizational editing before formatting. Please take note of the following items when proofreading spelling and grammar: A.Abbreviations and Acronyms Define abbreviations and acronyms the first time they are used in the text, even after they have been defined in the abstract. Abbreviations such as IEEE, SI, MKS, CGS, sc, dc, and rms do not have to be defined. Do not use abbreviations in the title or heads unless they are unavoidable. Identify applicable sponsor/s here. (sponsors)

国际会议论文排版及格式要求

国际会议论文排版及格式要求 论文构成及顺序： Title（题目）→Authors（作者）→Affiliations（单位）→Abstract（摘要）→Keywords（关键词）→Text（正文）→Acknowledgements（致谢）→References（参考文献） 页面设置：纸型A4；方向纵向；页边距：上2厘米，下2厘米，左2厘米，右2厘米，页眉1.5厘米，页脚1.5厘米 文档网格：选中“只指定行网格”，每页46行，跨度15.6磅，栏数：1，应用于：整篇文档 整篇文档段落设置： 间距：段前0行，段后0行行距：单倍 选中“如果定义了文档网格，则自动调整右缩进”和“如果定义了文档网格，则与网格对齐” 作者单位与摘要间空一行；关键词与正文间空一行；图、表上下各空一行；Acknowledgements上空一行；References上空一行 字符间距设置： 缩放：100％间距：标准位置：标准选中“调整字体的字间距”：1 选中“如果定义了文档网格，则对齐网格” 字体和字号： 题目：Times New Roman，四号，居中，加粗，所有实词首字母大写 作者：Times New Roman，五号，居中，姓所有字母大写，名首字母大写 作者单位：Times New Roman，小五号，不同单位间用分号分隔，居中，要标明二级单位（大学：院系；研究院所：处、室等），居中，多单位在作者右上角标阿拉伯数字区分 摘要和关键词：Times New Roman，六号；关键词间用分号分隔；关键词首字母小写，关键词3~8个 一级标题：五号，Times New Roman字体，加粗，所有实词首字母大写；靠左顶格 二级标题：小五号，Times New Roman字体，加粗，所有实词首字母大写；靠左顶格 三级标题：小五号，Times New Roman字体，第一个词首字母大写；靠左顶格 正文部分：小五号，Times New Roman字体；希腊字母用Symbol字体 图题、表题：小五号，加粗，Times New Roman字体；第一个词首字母大写；图序、表序用Fig.1、Table 1 图、表中文字用小五号Times New Roman字体，量与单位之间用“/”间隔 图注与说明、表注与说明：小五号Times New Roman字体 参考文献著录：Times New Roman字体，六号（其中References用小五号） 页码：小五号，Times New Roman字体 图格式： 1）图序与图题间空2格，其间不用任何点号。2）图序和图题排在图的下方，整幅图左右居中，其总体长度不超过图面的宽度；否则图题应转行排。3）几幅图形共用一个图序和图题，每幅图应有子图序，如(a)，(b)，(c)等，有时可能会有子图题。子图序和子图题置于横标目的下方，相对于横坐标轴整个居中排；有时可置于图面内空白较大的地方，每个子图序和子图题在各个图面中的位置应一致。4）标目中，量符号与单位符号间用斜分数线（/）相隔。标目中的量符号与正文中的一致。5）图注与说明安排在图题的上方。6）先见文字叙述，后见图。7）图不要与文字混排，图单独通栏排。 表格式： 1）采用三线表。2）表序与表题之间空2格，其间不用任何点号。3）表身内无数字的栏内，应区别情况对待。“空白”代表未测或无此项，“—”（一字线）或“…”代表未发现，“0”代表实测结果为零。4）先见文字叙述，后见表格。5）表不要与文字混排，单独通栏排。 方程式、表达式编号：文中所列方程式、表达式必须按顺序编号（如：(1)），编号位置靠右顶格。方程式、表达式居中排。 所有物理量的符号必须用斜体；单位必须用国际单位制（SI），必须使用正体。 其他说明：

论文写作规范(中英文摘要及正文)-译文格式

要 随着时代的发展，人们对纺织品的要求也已经不再仅仅局限于实用。激烈的国际竞争逼使纺织企业采用高新 技术重视绿色工艺，开发环保产品则已成为新世纪市场竞争的新焦点。欧共体的Eco-label 倡导的是全生态的概念，欧盟委员会（2002/371/EC ）生态标准中，在纺织纤维中列出腈纶纤维的考核指标：原料纤维中丙烯腈的残留量应低于1.5mg/kg 。 丙烯腈是一种有毒物质，且有致癌作用。其极毒，对温血动物的毒性约为氰化氢的1/30。丙烯腈不仅蒸气有毒，而且附着于皮肤上也易经皮肤中毒。长时间吸入稀丙烯腈蒸气，则能引起恶心、呕吐、头痛、疲倦和不适等症状。由此可见，丙烯腈直接危害着人们的健康。 本文依照欧盟（2002/371/EC ）生态标准对腈纶纤维中丙烯腈残留量的控制，通过试验论证，确立了采用顶空固相微萃取和色质联用技术（HS —SPME —GC/MS ），由此建立腈纶纤维中丙烯腈残留量的测定方法。该方法具有操作简单，便捷，灵敏度高，准确性好的优点，而且仪器价格适中，便于推广。本文实验所使用的方法检测限低于0.5mg/kg ，回收率在86.2～ 关键词：腈纶，丙烯腈，残留量，气相色谱/质谱

competition, developing environmentally safe products has already become the new focus of the market competition in the new century. What Eco-label of European Community is advocated is all ecological concept , in the ecological standard of EU Committee (2002/371 / EC ), list the examination index of the fibre of the acrylic fibres in the dope-dyed fiber: The residue amount of the acrylonitrile should be lower than 1.5mg/kg in the raw materials fibre. The acrylonitrile is a kind of noxious substance extremely poisonous , the toxicity to the warm-blooded animal is about 1/30 of the hydrogen cyanide. Not only the vapour is poisonous for the acrylonitrile , but also adhere to the skin book of changes skin is poisonned. Suck the vapour of the rare acrylonitrile for a long time, can cause such symptoms as the nausea , vomitting , have a headache , tired and uncomfortable ,etc. . Therefore, the acrylonitrile is endangering people's health directly. Describe the HS-SPME-GC/MS procedure of determination method for acrylonitrile residue in acrylic fibre according to the limit control of European (2002/371/EC). The method provided very good linearity data. This method is easy to operate, highly sensitive and lower cost, easy to be extend. The limits of detection were below 0.5mg/kg, Acerage recovery between 86.2~98.6%.