The 21st century is a time of great change in particle physics. A new energy frontier re- cently opened up at the Large Hadron Collider （LHC） at CERN. It's a time of great excite- ment with the anticipation of unexpected outcomes. At the same time， the most widely used university-level texts on high-energy physics date back to the time leading up to the W and Z boson discoveries. Since then， the Standard Model of particle physics has been thoroughly explored at the Large Electron Positron （LEP） collider at CERN， the Tevatron at Fermilab， HERA at DESY and at two B-factories， KEKB and PEP-II. A decade of neutrino physics has brought an exciting new view on these elementary and light， but massive， particles. This text is an attempt to capture the modem understanding of particle physics in a snapshot of time leading up to the start-up of the LHC. I believe that the pause in the development of texts has been due in part to the anticipated discovery of the Higgs boson and the implications that the observed Higgs field properties will have in defining the high-energy unification of the fundamental interactions. However， it is difficult for a new generation of high-energy physics to prepare for the challenge of the LHC without having the perspective needed to look beyond the limitations of the current Standard Model.

The general idea of the book is to present basic information on the atomic nucleus and the simple theories that try to explain it. Although there is reference to experiments or measurements when I find it necessary， there is no attempt to describe the equipment and methods of experimental nuclear physics in a systematic and consistent way.In the same way， practical applications of nuclear physics are mentioned sporadically， but there is no commitment to giving a general panorama of what exists in this area.In the ordering of the subjects， I chose to begin with a study of the basic components of the nuclei， the protons and neutrons， and of other particles that compose the scenario of nuclear processes. Pions and quarks play an essential role here， and a summary of their properties is presented.In chapter 1 the properties of hadrons are summarized. Chapters 2 and 3 treat the system of two nucleons， the deuteron and the nucleon-nucleon interaction， while in the next chapter the properties of nuclei with any number of nucleons is introduced. The nuclear models that have been developed in an effort to explain these properties are described in chapter 5.Chapters 6 to 9 work with nuclear transformations， starting with a general study of radioactive properties followed by the description of alpha， beta， and gamma decay.Chapters 10 and 11 embrace the second great block of study in nuclear physics， nuclear collisions， and chapter 12 treats the role of nuclear physics for stellar evolution in several contexts of astrophysics.Chapter 13 discusses the rapidly growing field of rare nuclear isotopes， short-lived nuclei far from the valley of stability.An adequate level for a complete understanding of this book corresponds to a student studying at the end oaf first degree in physics， including， besides basic physics， a course in modern physics and a first course in quantum mechanics.Students of other exact sciences and of technology in general， can profit in good part from the subjects presented in this book.

《孤立子理论中的哈密顿方法（英文）》讲述了：The book is based on the Hamiltonianinterpretation of the method， hence the title. Methods ofdifferential geometry and Hamiitonian formalism in particular arevery popular in modern mathematical physics. It is precisely thegeneral Hamiltonian formalism that presents the inverse scatteringmethod in its most elegant form. Moreover， the Hamiltonianformalism provides a link between classical and quantum mechanics.So the book is not only an introduction to the classical solitontheory but also the groundwork for the quantum theory of solitons，to be discussed in another volume.The book is addressed to specialists in mathematical physics.This has determined the choice of material and the level ofmathematical rigour. We hope that it will also be of interest tomathematicians of other specialities and to theoretical physicistsas well. Still， being a mathematical treatise it does not containapplications of soliton theory to specific physicalphenomena.

This is a textbook on the collection ofideas categorized under the name of "string theory." This is a large domain that has as its central goal the unification ofallinteractions including gravity. There have been several surges ofprogress in different directions in the past twenty years， and this book tries to give the student ofthe field some of the salientideas.

《大学物理演示实验教程/高等学校教材》包括了中国石油大学（华东）现在开设的绝大部分物理演示实验，所列演示实验力求紧密配合大学物理课程教学，分为力学、振动与波动、光学、热学、电磁学和近代物理高新技术六部分，并包含了部分自制演示实验，实验内容力求层次分明、趣味性强及有利于大学物理课程的分类教学。全书共编入173个演示实验，基本涵盖了大学物理教学体系的主要内容。每个实验项目按照实验目的、实验仪器、实验原理、实验步骤、注意事项和思考讨论六个方面编写，对每个演示实验都作了较为详细的说明。其中，实验原理便于学生深度阅读；实验步骤可使学生留有自主探索空间；思考讨论引导和启发学生进一步拓展实验。

My intention is that this book serve as a reference work on interacting particle systems， and that it be used as the basis for an advanced graduate course on this subject. The book should be of interest not only to mathematicians， but also to workers in related areas such as mathematical physics and mathematical biology. The prerequisites for reading it are solid one-year graduate courses in analysis and probability theory， at the level of Royden （1968） and Chung （1974）， respectively. Material which is usually covered in these courses will be used without comment. In addition， a familiarity with a number of other types of stochastic processes will be helpful. However， references will be given when results from specialized parts of probability theory are used. No particular knowledge of statistical mechanics or mathematical biology is assumed. While this is the first book-length treatment of the subject of interacting particle systems， a number of surveys of parts of the field have appeared in recent years. Among these are Spitzer （1974a）， Holley （1974a）， Sullivan （1975b）， Liggett （1977b）， Stroock （1978）， Griffeath （1979a， 1981）， and Durrett （1981）. These can serve as useful comolements to the oresent work.

电磁场对传输线的耦合计算是电磁兼容领域的一个重要研究方向。一方面，电子产品的工作频率不断增加：另一方面，具有更高频率成分的干扰源不断出现（如高功率微波和超宽带系统）。因此，对于很多应用场合，传输线近似这一基本假定变得不再适用。在过去的十多年间，考虑高频效应的广义传输线理论成为电磁兼容领域的一个重要研究主题。这个方面多年的成果形成了“广义”或“全波”传输线理论，这一理论包含了高频辐射效应，但又保持有传输线方程相对简单的形式。《电磁场与传输线的相互作用：从经典理论到高频辐射效应》内容包括了经典的传输线理论，以及最近的研究新进展，特别是在考虑高频效应方面的内容，可供对传输线理论和电磁场与传输线相互作用感兴趣的研究生、理论研究工作者和工程师参考使用。《电磁场与传输线的相互作用：从经典理论到高频辐射效应》内容有七章，包括两个主要部分，第一部分给出了经典的传输线理论知识和不同的场一线耦合模型；第二部分介绍了为包含高频辐射效应而发展的几种广义传输线理论方法。

量子力学获得了惊人的成功，至今没有一项理论预言是错的，然而量子力学还是显得迷雾重重。它告诉我们，物理实在是由观察产生的，并且这种“幽灵作用”能够在两个相距遥远的事件之间瞬时传递——无需借助物理力。从人类的角度来看，量子力学使物理学遭遇到意识问题。《第一推动丛书·物理系列·量子之谜：物理学遇到的意识》描述了一些无可争议的实验事实以及量子理论对它们的公认解释，借助于风趣的故事和量子理论创立者们的趣闻轶事，用非专业术语浅显明了地阐述了现今各种各样的解释以及每一种这类解释如何遇到意识上的困境，同时介绍了近年来对量子力学的基础和奥秘的研究和应用的最新进展。简言之，《第一推动丛书·物理系列·量子之谜：物理学遇到的意识》由资深专家用平实的大众语言撰写的，融亲身经历和当今理论前沿、技术前沿为一体的不可多得的枕边书。

《现代物理基础丛书54：薄膜生长（第2版）》集中介绍了薄膜科学中的关键部分——薄膜生长。全书由五个方面15章的内容组成：第一至四章主要从薄膜的角度介绍相平衡和晶体表面原子结构的基础知识。第五至七章主要介绍薄膜中的缺陷和扩散。第八、九章主要介绍薄膜生长的三种模式和成核长大动理学。第十至十三章主要介绍金属薄膜、半导体薄膜、氧化物薄膜的生长和生长中出现的分形现象。第十四、十五章介绍薄膜制备和研究的各种方法。《现代物理基础丛书54：薄膜生长（第2版）》不仅系统地介绍了有关薄膜生长的固体物理学知识，而且介绍了薄膜生长的前沿进展和薄膜检测的各种先进方法。《现代物理基础丛书54：薄膜生长（第2版）》可作为固体物理、材料科学专业的研究生教学用书，也可供从事薄膜研制和生产的科技人员参考。

《现代物理学前沿选讲（第2版）》从宇观、微观和宏观三方面分别介绍一些关于现代物理学前沿发展的概况。大到宇宙的结构，其过去发展的历史和未来发展的趋势；小到组成物质的原子和亚原子结构：中间涉及极端条件（低温、高压、强电磁场）下物质所表现出的各种新现象和新规律．既试图扼要地讲述相关的物理内容，也尽可能介绍一些现代物理学发展过程中的故事。希望引起读者了解和学习物理的兴趣，认识物理对于发展社会物质文明和精神文明的意义，体会研究物理学的方法。现在的这本小书是以授课讲义为基础，经过修改、补充、整理出来的。书中所介绍内容涉及51个诺贝尔奖（包括近12年的诺贝尔物理学奖）的有关内容。本书可供大学低年级学生或讲授有关课程的大、中学教师参考，也可供对现代物理学前沿发展有兴趣的读者作为高级科普读物来阅读。