【作者】
钟学富：1939年生，四川新都人，毕业于四川大学物理系理论物理专门化。曾任中国科学院半导体研究所副研究员，硕士生导师。1987年赴美为访问学者，在密苏里大学堪萨斯城分校物理系从事固体电子结构研究，并讲授专业课程。现居美国。
单独与合作发表中英文物理论文约30篇。主要成果包括确立半导体中一类光转化杂质模型，经实验证实并获中国科学院科技成果二等奖：**提出在晶体场计算中考虑传导电子贡献，此概念被用于修改穆斯堡尔效应中电场梯度公式。另外在《中国社会科学》、《哲学研究》、《光明日报》、《自然辩证法研究》等刊物发表涉及信息论和物理学的哲学问题的论文约10篇。2002年出版《物理社会学》，尝试将自组织及相关理论系统应用于社会研究，发展社会科学的演绎理论。
【内容】
钟学富编著的《经典力学讲义(理工科核心课程双语规划教材)》精选经典力学的基本内容，按课堂教学顺序组织成44讲，内容包括坐标系、质点力学、分析力学、有心力场中的运动、非惯性系中的运动、非线性振动、波的传播、刚体力学和流体力学等。各讲内容均衡、简练，公式推导详细，附思考问题，突出重点，减轻阅读困难。
《经典力学讲义(理工科核心课程双语规划教材)》重点解决课堂教学的“程序化”(将科学体系变为讲授的时序)问题，可直接用作教师教案，组织课堂讲授；在适当增加内容之后，本书可作为普通大学本科或师范院校物理系经典力学课程的教材；本书还可作为参考阅读资料，帮助提高科技英语水平。
《经典力学讲义(理工科核心课程双语规划教材)》重点解决课堂教学的“程序化”(将科学体系变为讲授的时序)问题，可直接用作教师教案，组织课堂讲授；在适当增加内容之后，本书可作为普通大学本科或师范院校物理系经典力学课程的教材；本书还可作为参考阅读资料，帮助提高科技英语水平。
【目录】
Preface
Lecture 1 IntroductionKinematics
Lecture 2 Various Coordinate Systems，Coordinate Transformation
Lecture 3 Newton's Laws of Motion
Lecture 4 Work and EnergyConservative Force Field
Lecture 5 Inertial and NonInertial Reference System，Galileo Principle of Relativity
Lecture 6 Integration of Equations of Motion(I)
Lecture 7 Integration of Equations of Motion(Ⅱ)：Velocity-Dependent Force
Lecture 8 Integration of Equation of Motion(Ⅲ)：Position-Dependent Force
Lecture 9 Analytical Mechanics
Lecture 10 Lagrangian Equation
Lecture 11 Variational Principles of Mechanics
Lecture 12 Symmetry and Conservation Law
Lecture 13 Lagrangian Undetermined Multipliers
Lecture 14 Hamiltonian Equations of Motion
Lecture 15 Canonical Transformation，HamiltonJacobi Equation
Lecture 16 Poisson BracketPhase Space and Liouville's Theorem
Lecture 17 Motion in Central Force Field
Lecture 18 Effective P0tential and General Solutions
Lecture 19 Inverse Square Law of Force
Lecture 20 Stability of Orbits and Perturbations
Lecture 21 Applications of Central Force Motion
Lecture 22 Scattering Problem
Lecture 23 Force Law and Scattering Cross Section
Lecture 24 Motion in NonInertial System
Lecture 25 Applications of Non—Inertial System
Lecture 26 Free Harmonic Oscillation
Lecture 27 Damped Harmonic Oscillation
Lecture 28 F0rced Oscillation
Lecture 29 Harmonic Oscillators in Two and Three Dimensions
Lecture 30 Generalizations and Applications of Linear Oscillation Theory
Lecture 31 Concept of Nonlinear Oscillation
Lecture 32 Solutions of Nonlinear Oscillation(I)
Lecture 33 Solutions of Nonlinear Oscillation(Ⅱ)
Lecture 34 Chaotic Oscillations
Lecture 35 Two Coupled Oscillators and Their NormaJ Coordinates
Lecture 36 General Theory of Small Oscillation(I)
Lecture 37 General Theory of Small Oscillation(Ⅱ)
Lecture 38 Vibration of Molecule，Energy Dissipation and Absorption
Lecture 39 Vibration in Continuous Medium：Wave
Lecture 40 Propagation and Energy of Wave，Longitudinal Wave
Lecture 41 Deion of Rigid Body Motion
Lecture 42 Principal Axes Transf&mation and Inertia Ellipsoid
Lecture 43 Euler's Equation of MotionSymmetrical Top
Lecture 1 IntroductionKinematics
Lecture 2 Various Coordinate Systems，Coordinate Transformation
Lecture 3 Newton's Laws of Motion
Lecture 4 Work and EnergyConservative Force Field
Lecture 5 Inertial and NonInertial Reference System，Galileo Principle of Relativity
Lecture 6 Integration of Equations of Motion(I)
Lecture 7 Integration of Equations of Motion(Ⅱ)：Velocity-Dependent Force
Lecture 8 Integration of Equation of Motion(Ⅲ)：Position-Dependent Force
Lecture 9 Analytical Mechanics
Lecture 10 Lagrangian Equation
Lecture 11 Variational Principles of Mechanics
Lecture 12 Symmetry and Conservation Law
Lecture 13 Lagrangian Undetermined Multipliers
Lecture 14 Hamiltonian Equations of Motion
Lecture 15 Canonical Transformation，HamiltonJacobi Equation
Lecture 16 Poisson BracketPhase Space and Liouville's Theorem
Lecture 17 Motion in Central Force Field
Lecture 18 Effective P0tential and General Solutions
Lecture 19 Inverse Square Law of Force
Lecture 20 Stability of Orbits and Perturbations
Lecture 21 Applications of Central Force Motion
Lecture 22 Scattering Problem
Lecture 23 Force Law and Scattering Cross Section
Lecture 24 Motion in NonInertial System
Lecture 25 Applications of Non—Inertial System
Lecture 26 Free Harmonic Oscillation
Lecture 27 Damped Harmonic Oscillation
Lecture 28 F0rced Oscillation
Lecture 29 Harmonic Oscillators in Two and Three Dimensions
Lecture 30 Generalizations and Applications of Linear Oscillation Theory
Lecture 31 Concept of Nonlinear Oscillation
Lecture 32 Solutions of Nonlinear Oscillation(I)
Lecture 33 Solutions of Nonlinear Oscillation(Ⅱ)
Lecture 34 Chaotic Oscillations
Lecture 35 Two Coupled Oscillators and Their NormaJ Coordinates
Lecture 36 General Theory of Small Oscillation(I)
Lecture 37 General Theory of Small Oscillation(Ⅱ)
Lecture 38 Vibration of Molecule，Energy Dissipation and Absorption
Lecture 39 Vibration in Continuous Medium：Wave
Lecture 40 Propagation and Energy of Wave，Longitudinal Wave
Lecture 41 Deion of Rigid Body Motion
Lecture 42 Principal Axes Transf&mation and Inertia Ellipsoid
Lecture 43 Euler's Equation of MotionSymmetrical Top
