非线性光学＝Nonlinear Optixcs——博学·研究生系列
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内容提要：
This textbook discusses the basic principles and some applications of a rapidly developing branch，nonlinear optics(NLO)，in the optics science．Nonlinear optics emerged in 1961 and has got well matured in past forty years．As the volume of this textbook is limited，we will only talk about the most important principles and developments in nonlinear optics．
Chapter 1 is the introduction to the graduates about the forty years development of nonlinear optics．Chapter 2 relates to the basic theory of the nonlinear optical susceptibility．Chapters 3 and 4 deal with the second—order nonlinear optical phenomena．Chapter 5 is an overviewof the third—order NLO effects．From Chapter 6 to chapter 10，four- wave mixing，stimulated scattering，resonant interaction，optical fiber the ultrashort lasers and ultrafast processes are discussed in order． For the real teaching program．more materials should be added．This textbook can act as a general description of nonlinear optics for people who are interesting in this branch． 作者简介：
钱士雄，1941年3月出生于浙江。1962年毕业于北京大学物理系，并留北大任教。1981年获复旦大学物理硕士学位，后留复旦大学物理系工作至今。多次去美国Yale大学进行访问研究，长期从事激光物理、激光光谱学和非线性学的研究工作。在Science.PRL等各种刊物发表论文逾百篇，出版了《非线性光学》一书，参加过《光学原理》等的翻译工作。曾多次获得国家教委和上海市科委的科技奖。
朱荣毅，1981年1月出生于浙江。2001年毕业于复旦大学物理系，现继续在校攻读博士学位。研究方向为新型材料的超快光物理研究，已发表研究论文十余篇。
目录：
PREFACE
Chapter1 Introduction 1.1 From Linear Optics to Nonlinear Optics 1.2 The FirstTen Year s Evolution 1.3 Rapid Development Period of Nonlinear Optics 1.4 Continuing Progress Period Chapter2 Theory of Nonlinear Optical Susceptibility 2.1 Classical Model 2.2 Perturbation Theory 2.3 Density Matrix Approach 2.4 Symmetry of the Susceptibility 2.5 PracticalEfforts Chapter3 Coupled-Wave Equations and Second Harmonic Generation 3.1 CoupledˉWave Equations 3.2 Second Harmonic Generation 3.3 Phase Matching 3.4 Effective SHG Coefficient 3.5 Practical Consideration of SHG Chapter4 Frequency Mixing and Optical Parametric Oscillation 4.1 Sum-Frequency Generation 4.2 Difference-Frequency Generation 4.3 Optical Parametric Amplifier 4.4 Optical Parametric Oscillator Chapter5 Third-Order Nonlinear Optical Phenomena 5.1 General Description of Third-Order NLO Phenomena 5.2 Coupled-Wave Equations and Phase Matching 5.3 Effects Related to Photo-Induced Refractive Index 5.4 Z-scan Technique Chapter6 Four-Wave Mixing 6.1 Degenerate Four-WaveMixing 6.2 Near Degenerate Four-Wave Mixing 6.3 Experimental Research and Applications ofF WM Effect 6.4 Transient Grating Chapter7 Stimulated Raman Scattering 7.1 Classical Treatment 7.2 Semiclassical Treatment of SRS Process 7.3 The Applications of SRS 7.4 Coherent Raman Spectroscopy Chapter8 Resonant Interaction between Optical Field and Matter 8.1 Semiclassical Treatment 8.2 Dressed State 8.3 The Experimental Studies 8.4 Optical Limiting Chapter9 Nonlinear Optics in Optical Fiber 9.1 Basic Properties of Optical Fiber 9.2 Propagation of LightWave in Fiber 9.3 Group VelocityMismatching and Self-Phase Modulation 9.4 Solitons 9.5 Nonlinear Optical Effects in Fiber and Optical Communications Chapter10 Ultrashort Lasers and Ultrafast Phenomena 10.1 UltrashortLasers 10.2 Characterization of Ultrashort Laser Pulses 10.3 Researches on the Ultrafast Responses 10.4 High-Order Harmonics and X-Ray Coherent Radiations References Index 前言：
In the past three hundred years, from seventeenth century to the middle of twentieth century, many famous scientists, including Isaac Newton, Augustin Jean Fresnel, James Clerk Maxwell and Albert Einstein have made great contributions to the development of the optics science. .
Their research achievements let people know the concepts of refraction, diffraction and interference of the light, and thus the geometrical optics and the wave theory of hght were successfully estabhshed. The wave theory of the light could nearly explain all the opti..
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