前言 Chapter 1 Fundamentals of Electric Circuits Section 1 Current and Voltage 专业英语概述 Exercises Section 2 Circuit Elements 翻译标准 Exercises Section 3 Ohm’S Law 翻译过程 Exercises Section 4 Kirchhoffs Laws 专业英语的语法特点 Exercises Section 5 Basic Analysis Methods 专业英语的词汇特点I Exeroses Section 6 Sinusoidal AC Circuit Analysis and ThreePhase circuits 专业英语的词汇特点Ⅱ Exercises Chapter 2 Electronics Section 1 Introduction 专业英语的词汇特点Ⅲ Exercises Section 2 Boolean Algebra for Digital Systems 词义的确定——词义选择 Exercises Section 3 Analog——Digital Conversion 词义的确定—词义的引申 Exercises Section 4 Operational Amplifiers 长句的翻译 Exercises Chapter 3 Power Eleccronic TecllnoIogy Section 1 SernJicon,dLuctor Switclaes 词类的转换（一） Exercises Section 2 The DC—DC Converters 词类的转换（二） E,xercises Section 3 DC—AC Converters 词类的转换（三） Exercises Chapler 4 Electric Machinery Section 1 Principle Of operaltion Of an InductiVe machine 用词的增省（一） Exercises Section 2 Perf0ITflance aaaracteristics Of Induction Motors 用词的增省（二） Exercises Section 3 SyncIlrollous machines 用词的增省（三） Exercises Section 4 Tfansfoer 用词的增省（四） Exercises Chapter 5 Computer Section 1 Computer Basics 用词的增省（五） E,xercises Section2 Microprocessor alld Memory 用词的增省（六） Exercises Section 3 Input and Output DeVices 句型的转换 Exercises SectiOn 4 Sofware Basics 被动语态的翻译（一） Exercises Section 5 Computer。Network Basics 被动语态的翻译（二） Exercises Chapter 6 Electric Power Systems Section 1 Introduction 否定句的翻译（一） Exercises Section 2 Components of Power Systems 否定句的翻译（二） Exercises Section 3 Operation and Control of Power Systems 数量词的翻译（一） Exercises Section 4 Power System Stability 数量词的翻译（二） Exercises Chapter 7 Power System Protections Section 1 Introduction 简历（Resume） Exercises Section 2 Faults and Their Damages on Power Systems 商务信函 Exercises Section 3 Circuit Breakers 产品技术说明书 Exercises Section 4 Distance Protection 英语科技论文结构 Exercises Section 5 Lightning Arresters 学术论文写作（一）——论文标题 Exercises Chapter 8 Electric Power Generation Section 1 Coal—Fired Power Plants 学术论文写作（二）——论文作者姓名、单位与联系地址 Exercises Section 2 Hydropower Plants 学术论文写作（三）——摘要 Exercises Section 3 Nuclear Power Plants 学术论文写作（四）——关键词和引言 Exercises Chapter 9 Automation Control System Section 1 Introduction 学术论文写作（五）——正文 Exercises Section 2 Determination of the Overall Transfer Function 学术论文写作（六）——结论和参考文献 Exercises Section 3 Control—System Characteristics 电气工程及其自动化专业英文主要期刊一览表 Exercises Section 4 Frequency Response Exercises 参考文献
自己去外文数据库检索啊~~
Electrical Automation In today's ultra-competitive manufacturing environment, companies that do not invest in automation will be left The old focus on using automation simply to increase productivity and reduce costs has shifted to an increased emphasis on flexibility and convertibility in the manufacturing Manufacturers are increasingly demanding the ability to easily switch from manufacturing Product A to manufacturing Product B without having to completely rebuild the production Real Time Systems extensive manufacturing experience across a wide range of industries has positioned us well to help our customers identify opportunities for improvements in all areas of there Many different automation tools exist today to help manufacturers automate and improve their production Some of these include: PLC - Programmable Logic Controller PAC - Programmable automation controller HMI - Human Machine Interface SCADA - Supervisory Control and Data Acquisition DCS - Distributed Control System MES - Manufacturing Execution System APC – Advanced Process Control BMS - Batch Management System Robotics Simulation Software Some advantages that can be realized by implementing advanced technology are repeatability, tighter quality control, higher efficiency, integration with business systems, increased productivity and reduction of At RTS, we feel that a positive total economic impact must be attained for any automation project that is Let us help you improve your manufacturing and business systems to achieve the return on investment (ROI) and payback period customers expect
Electrical Automation In today's ultra-competitive manufacturing environment, companies that do not invest in automation will be left The old focus on using automation simply to increase productivity and reduce costs has shifted to an increased emphasis on flexibility and convertibility in the manufacturing Manufacturers are increasingly demanding the ability to easily switch from manufacturing Product A to manufacturing Product B without having to completely rebuild the production Real Time Systems extensive manufacturing experience across a wide range of industries has positioned us well to help our customers identify opportunities for improvements in all areas of there Many different automation tools exist today to help manufacturers automate and improve their production Some of these include: PLC - Programmable Logic Controller PAC - Programmable automation controller HMI - Human Machine Interface SCADA - Supervisory Control and Data Acquisition DCS - Distributed Control System MES - Manufacturing Execution System APC – Advanced Process Control BMS - Batch Management System Robotics Simulation Software Some advantages that can be realized by implementing advanced technology are repeatability, tighter quality control, higher efficiency, integration with business systems, increased productivity and reduction of At RTS, we feel that a positive total economic impact must be attained for any automation project that is Let us help you improve your manufacturing and business systems to achieve the return on investment (ROI) and payback period customers expect 电的自动化在今天的过度的-竞争制造业的环境，不投资在自动化的公司将会被留下。 旧的焦点关于只是使用自动化增加生产力而且减少费用已经在制造业的程序柔性和可改变上移转到增加的强调。 制造业者逐渐地正在要求能力从没有有完全地再建生产线制造对制造业的产品 B 的产品 A 容易地转变。 真正的时间制度横跨一种各类型的工业的广泛的制造业的经验已经非常放置我们在那里的所有区域中为进步帮助我们的客户识别机会操作。 许多不同的自动化工具今天存在帮助制造业者自动化而且改善他们的生产能力。 这些其中的一些包括: PLC- 可设计的逻辑控制器政治行动委员会 - 可设计的自动化控制器HMI- 人类的机器接口SCADA- 管理的控制和数据获得直流 - 分配了控制制度我 - 制造业实行系统APC 前进的程序控制BMS- 一届的管理制度机械手工程模拟软件能藉由实现先进的技术被了解的一些利益是重复性, 较紧的质量控制、较高的效率,和商务整合制度、增加的生产力和劳工的减少。 在即时战略类游戏，我们感觉一种积极的完全经济的冲击一定为任何的被实现的自动化计画被达到。 让我们帮助你改善你的制造业和商务制度达成在投资 (ROI) 方面的回返和 payback 时期客户今天期待。
Abstract are getting a rapid development with the development and application of science and technology, electrical engineering, automation control, electrical engineering construction of power system operation quality in some extent plays a decisive In order to ensure the healthy development of the overall electrical engineering, enhance electrical engineering and automation control level of the industry as a whole, intelligent technology is referenced to the electrical engineering automation control and Now mainly on intelligent technology theoretical basis, technical superiority and in electrical engineering and automation control in the process of practical application in are analyzed and
Electrical Automation In today's ultra-competitive manufacturing environment, companies that do not invest in automation will be left The old focus on using automation simply to increase productivity and reduce costs has shifted to an increased emphasis on flexibility and convertibility in the manufacturing Manufacturers are increasingly demanding the ability to easily switch from manufacturing Product A to manufacturing Product B without having to completely rebuild the production Real Time Systems extensive manufacturing experience across a wide range of industries has positioned us well to help our customers identify opportunities for improvements in all areas of there Many different automation tools exist today to help manufacturers automate and improve their production Some of these include: PLC - Programmable Logic Controller PAC - Programmable automation controller HMI - Human Machine Interface SCADA - Supervisory Control and Data Acquisition DCS - Distributed Control System MES - Manufacturing Execution System APC – Advanced Process Control BMS - Batch Management System Robotics Simulation Software Some advantages that can be realized by implementing advanced technology are repeatability, tighter quality control, higher efficiency, integration with business systems, increased productivity and reduction of At RTS, we feel that a positive total economic impact must be attained for any automation project that is Let us help you improve your manufacturing and business systems to achieve the return on investment (ROI) and payback period customers expect 电的自动化在今天的过度的-竞争制造业的环境，不投资在自动化的公司将会被留下。 旧的焦点关于只是使用自动化增加生产力而且减少费用已经在制造业的程序柔性和可改变上移转到增加的强调。 制造业者逐渐地正在要求能力从没有有完全地再建生产线制造对制造业的产品 B 的产品 A 容易地转变。 真正的时间制度横跨一种各类型的工业的广泛的制造业的经验已经非常放置我们在那里的所有区域中为进步帮助我们的客户识别机会操作。 许多不同的自动化工具今天存在帮助制造业者自动化而且改善他们的生产能力。 这些其中的一些包括: PLC- 可设计的逻辑控制器政治行动委员会 - 可设计的自动化控制器HMI- 人类的机器接口SCADA- 管理的控制和数据获得直流 - 分配了控制制度我 - 制造业实行系统APC 前进的程序控制BMS- 一届的管理制度机械手工程模拟软件能藉由实现先进的技术被了解的一些利益是重复性, 较紧的质量控制、较高的效率,和商务整合制度、增加的生产力和劳工的减少。 在即时战略类游戏，我们感觉一种积极的完全经济的冲击一定为任何的被实现的自动化计画被达到。 让我们帮助你改善你的制造业和商务制度达成在投资 (ROI) 方面的回返和 payback 时期客户今天期待。
够你用的了。
关键词是标示文献关键主题内容，但未经规范处理的主题词。它是为了文献标引工作，从论文中选取出来，用以表示全文主要内容信息款目的单词或术语。一篇论文可选取3～8个词作为关键词。正文一般来说，学术论文主题的内容应包括以下三个方面：事实根据（通过本人实际考察所得到的语言、文化、文学、教育、社会、思想等事例或现象）。提出的事实根据要客观、真实，必要时要注明出处；前人的相关论述（包括前人的考察方法、考察过程、所得结论等）。理论分析中，应将他人的意见、观点与本人的意见、观点明确区分。无论是直接引用还是间接引用他人的成果，都应该注明出处；本人的分析、论述和结论等。做到使事实根据、前人的成果和本人的分析论述有机地结合，注意其间的逻辑关系。结论结论应是毕业论文的最终的、总体的结论，换句话说，结论应是整篇论文的结局、是整篇论文的归宿，而不是某一局部问题或某一分支问题的结论，也不是正文中各段的小结的简单重复。结论是该论文结论应当体现作者更深层的认识，且是从全篇论文的全部材料出发，经过推理、判断、归纳等逻辑分析过程而得到的新的学术总观念、总见解。结论可采“结论”等字样，要求精炼、准确地阐述自己的创造性工作或新的见解及其意义和作用，还可提出需要进一步讨论的问题和建议。结论应该准确、完整、明确、精练。
工业自动化的发展_html 全国重点钢铁企业自动化现状[2006-11-09] _html参考资料：
^_^,我这里有几个:Stanford 大学 Graduate School of Business 论文库: Term-paper, report and research paper database: -Research Paper Online: Science Research Network: (this is very famous, but some papers require fees here)Mendeley Research Network: 希望对你能有帮助 =)
树干为什么是圆的 在观察大自然的过程中我偶然发现，树干的形态都近似圆的——空圆锥状。树干为什么是圆锥状的?圆锥状树干有哪些好处?为了探索这些问题，我进行了更深入的观察、分析研究。 在辅导老师的帮助下，我查阅了有关资料，了解到植物的茎有支持植物体、运输水分和其他养分的作用。树木的茎主要由维管束构成。茎的支持作用主要由木质部木纤维承担，虽然木本植物的茎会逐年加粗，但是在一定时间范围内，茎的木纤维数量是一定的，也就是树木茎的横截面面积一定。接着，我们围绕树干横截面面积一定，假设树干横截面长成不同形状，设计试验，探索树干呈圆锥状的原因和优点。 经过实验，我们发现： (1)横截面积和长度一定时，三棱柱状物体纵向支持力最大，横向承受力最小；圆柱状物体纵向支持力不如三棱柱状物体，但横向承受力最大； (2)等质量不同形状的树干，矮个圆锥体形树干承受风力最大； (3)风是一种自然现象，影响着树木横截面的形状和树木生长的高矮。近似圆锥状的树干，重心低，加上庞大根系和大地连在一起，重心降得更低，稳度更大； (4)树干横截面呈圆形，可以减少损伤，具有更强的机械强度，能经受住风的袭击。同时，受风力的影响，树干各处的弯曲程度相似，不管风力来自哪个方向，树干承受的阻力大小相似，树干不易受到破坏。 以上的实验反映了自然规律、自然界给我们启示： (1)横截面呈三角形的柱状物体，具有最大纵向支持力，其形态可用于建筑方面，例如角钢等； (2)横截面是圆形的圆状物体，具有最大的横向承受力，类似形态的建筑材料随处可见，如电视塔、电线杆等。 在我的观察、试验和分析过程中，逐渐解释、揭示了树干呈圆锥状的奥秘，增长了知识，把学到的知识联系实际加以应用，既巩固了学到的知识，又提高了学习的兴趣，还初步学会了科学观察和分析方法
自动化学报英文版（IEEE/CAA Journal of Automatica Sinica）已被EI检索，2017年被ESCI收录。在EI和Web of Science数据库可搜索该刊ISSN号23299266或刊名。
life like a mountain, look all things, and all things
不是，中文核心，EI