本书收录了橡胶轮胎原材料、化学材料与助剂、生产管理、生产工艺及设备、合成橡胶生产等方面使用频率较高的词汇及专业术语等共30000余条；对英文词汇加注了音标，对中文加注了拼音。全书按照专业板块分类，各专业板块中词汇按照字母顺序排序，查阅方便。 本书对于橡胶行业内管理人员、商务人员、技术人员都有很好的参考价值。
《示性类》内容简介：The text which follows is based mostly on lectures at PrincetonUniversity in 1957. The senior author wishes to apologize for the delayin publication.The theory of characteristic classes began in the year 1935 with almostsimultaneous work by HASSLER WHITNEY in the United States andEDUARD STIEFEL in Switzerland. StiefeI's thesis, written under thedirection of Heinz Hopf, introduced and studied certain "characteristic"homology classes determined by the tangent bundle of a smooth manifold.Whitney, then at Harvard University, treated the case of an arbitrary spherebundle. Somewhat later he invented the language of cohomology theory,hence the concept of a characteristic cohomology class, and proved thebasic product theorem.
本书收录了橡胶轮胎原材料、化学材料与助剂、生产管理、生产工艺及设备、合成橡胶生产等方面使用频率较高的词汇及专业术语等共30000余条；对英文词汇加注了音标，对中文加注了拼音。全书按照专业板块分类，各专业板块中词汇按照字母顺序排序，查阅方便。 本书对于橡胶行业内管理人员、商务人员、技术人员都有很好的参考价值。
《示性类》内容简介：The text which follows is based mostly on lectures at PrincetonUniversity in 1957. The senior author wishes to apologize for the delayin publication.The theory of characteristic classes began in the year 1935 with almostsimultaneous work by HASSLER WHITNEY in the United States andEDUARD STIEFEL in Switzerland. StiefeI's thesis, written under thedirection of Heinz Hopf, introduced and studied certain "characteristic"homology classes determined by the tangent bundle of a smooth manifold.Whitney, then at Harvard University, treated the case of an arbitrary spherebundle. Somewhat later he invented the language of cohomology theory,hence the concept of a characteristic cohomology class, and proved thebasic product theorem.
《爱上科学》系列科普丛书为读者全面地讲述了科学知识和原理，以通俗的文字、生动的图表为特色，每本书介绍一个或几个主题。从日常生活中有趣的现象出发，引导和培养读者学习的兴趣，扩宽读者的视野，同时还可以帮助读者学习英语词汇、练习英语阅读。丛书涵盖物理、化学、生物、科技与发明这4个系列。适合对科学知识感兴趣的广大科普爱好者阅读。 《爱上科学——原子、分子与物态(双语版)》是化学系列中的一本。化学系列主要阐释现代化学的基本概念，涵盖化学反应、有机化学、生物化学、金属、非金属、分子、原子、物态等多方面内容。 宇宙中的一切都是由物质所组成，它们以液体、固体或气体的形式存在。这本《爱上科学——原子、分子与物态(双语版)》详细讲解了原子的结构和性能、原子是如何组成分子的、物质存在的
《旋量与时空(卷)》 is the first to present a prehensive development of space-time geometry using the 2-spinor formalism. There are also several other new features in our presentation. One of these is the systematic and consistent use of the abstract index approach to tensor and spinor calculus. We hope that the purist differential geometer who casually leafs through the book will not automatically be put off by the appearance of numerous indices. Except for the occasional bold-face upright ones, our indices differ from the more usual ones in being abstract markers without reference to any basis or coordinate system. Our use of abstract indices leads to a number of simplifications over conventional treatments.
《基本粒子物理学(英文)》提供了研究该领域的的知识，正在switzerland的cern进行的大型强子对撞机实验将在很大意义上改变我们对基础粒子物理和宇宙的理解。《基本粒子物理学(英文)》在实验和理论上的重大突破是研究生学习和科研工作者理解和解决lhc物理问题的优质教程。目次：粒子物理简述；狄拉克方程和量子电动力学；规范原理；强子；探测器和测量；中微子振荡和ckm测量；e e—对撞机物理；强子对撞机；higgs物理。
《伯克利物理学教程(SI版)?第4卷:量子物理学(英文)》阐述了量子物理学的基本原理和概念。《伯克利物理学教程(SI版)?第4卷:量子物理学(英文)》共包括9章：导论、量子物理学中物理量的量值、能级、光子、实物粒子、测不准原理和测量理论、薛定谔波动力学、定态理论、基本粒子及其相互作用。作者在书中用了许多实验事实来说明量子物理学理论的根据，并特别着重于澄清对量子物理学的一些误解。书中还简要叙述了量子物理学在原子物理、分子物理、核物理和基本粒子等领域中的应用。《伯克利物理学教程(SI版)?第4卷:量子物理学(英文)》可作为高等院校物理学、应用物理学专业或其他理工科专业的或参考书，也可供相关科技人员参考。
《分析(第3卷)(英文)》主要讲述了，This third volume concludes our introduction to analysis, where in we finish laying the groundwork needed for further study of the subject.As with the first two, this volume contains more material than can treated in a single course. It is therefore important in preparing lectures to choose a suitable subset of its content; the remainder can be treated in seminars or left to independent study. For a quick overview of this content, consult the table of contents and the chapter introductions.
《线性代数群》讲述了：For this printing, I have corrected some errors and made numerous minor changes in the interest of clarity. The most significant corrections occur in Sections 4.2, 4.3, 5.5, 30.3, 32.1, and 32.3. I have also updated the biblio-graphy to some extent. Thanks are due to a number of readers who took the trouble to point out errors, or obscurities; especially helpful were the detailed ments of Jose Antonio Vargas...
《学英语入门》由科学工作基本常识(Science Basics)、生命科学(Life Science)、地球科学(Earth Science)~l物理科学(Physical Science)4个大板块构成，收录相关主题55个，每个主题包括]1个小板块： 焦点问题(Focus Question)：以1—2个问题揭示本课主要内容 词汇表(Vocabulary List)：列出4—19个本课最重要的单词 词汇学习(Word Study)：介绍2条词汇学习技巧 语境中的词汇(Vocabulary in Context)：以1篇短文呈现新词意义 阅读(Readings)：以2一Big短文介绍相关的科学信息 理解检查(Check Your Understanding)：提出8个问题，检查对内容的理解 科学技能(Science Skill)：教授l项科学技能，如阅读图表 课程词~E(Academic Vocabulary)：通过例句介绍2—5个近义或相关表达 关键信息(Key Information)：以图表形式呈现本课最重要的科学信息 研究与调查(Research and Inquiry)：提供3个拓展问题，
当今，我国造纸工业加速发展，正在实现与世界造纸待业全面接轨。为适应造纸工业发展的需要，英汉专业词汇是专业人士急需掌握的，为此编写了《英汉造纸工业词汇》。 本书的编写，参考了大量相关词汇类书籍，并注意从近年国外出版的英文造纸技术图书中收集大量新增新技术词汇及缩略语，同时也收集了一些与造纸工业关系密切的林业、化工、化学、印刷、机电、自动控制、计算机应用等方面的名词术语。其中共收集词汇28000八条，相关缩略语2100多条。书后还附有中英文对照制浆造纸专用计量单位与国际单位的换算。
《索伯列夫乘子理论》旨在为读者全面讲述微分函数空间对中点乘子理论。这个理论是在过去的三十年中通过众多学者大量积累发展起来的，《索伯列夫乘子理论》是前人结果的延伸和扩展。这部著作综合性强，文笔流畅，结构紧凑，是泛函分析，偏微分方程和伪微分算子等相关数学专业不可多得的教材和参考书。读者对象：数学领域的学生，专家，学者和相关的科研工作者。
《线性代数群》讲述了：For this printing, I have corrected some errors and made numerous minor changes in the interest of clarity. The most significant corrections occur in Sections 4.2, 4.3, 5.5, 30.3, 32.1, and 32.3. I have also updated the biblio-graphy to some extent. Thanks are due to a number of readers who took the trouble to point out errors, or obscurities; especially helpful were the detailed ments of Jose Antonio Vargas...
《简明量子力学(英文)》是一部的简明易懂的量子力学研究生教程，尽可能多的包含基本知识和读者感兴趣的话题。作者是一位杰出的物理学家，对粒子物理研究具有卓越贡献。这本量子力学教程是作者多年从事教学经验总结和思想精华。
《凸优化(英文)》介绍了凸分析中的基本概念和对凸极小化问题的研究。《凸优化(英文)》选出了两卷书中的精华，删除了一些被认为是艰深晦涩以及和数值分析雷同的内容。书中各章有大量习题。目次：介绍：符号、基本结论；凸集；凸函数；次线性函数和支撑函数；有限凸函数的次微分；凸分析的共轭性。读者对象：数学专业的研究生及数学工作者。
本词典能作为从事中药研发与生产，医学、药学、分子生物学、生物化学、植物学、食品、农学、天然资源、海洋、环保、军事医学等学科的专业技术人员，高年级本科生、研究生，教师，管理人员，交叉学科工作者以及相关专业科研人员的常备工具书。
《量子场论》内容简介：I have tried to make the subject as accessible to beginners as possible. There are three main aspects to my approach. Logical development of the basic concepts. This is, of course, very different from the historical development of quantum field theory, which, like the historical development of most worthwhile subjects, was filled with inspired guesses and brilliant extrapolations of sometimes fuzzy ideas, as well as its fair share of mistakes, misconceptions, and dead ends. None of that is in thiook. From thiook, you will (I hope) get the impression that the whole subject is effortlessly clear and obvious, with one step following the next like sunshine after refreshing rain.
