第一节 热力学基本概念 第二节 温度 热力学温标 第三节 热力学第一定律及其应用

第一节 力学相对性原理、伽利略变换 第二节 狭义相对论的基本原理、洛仑兹变换 第三节 狭义相对论时空观

§15-1 毕奥-萨伐尔定律 §15-2 运动电荷的磁场 §15-3 安培环路定理 §15-4 利用安培环路定理求磁场分布 §15-5 与变化的电场相联系的磁场 §15-6 平行电流间的相互作用力

§16-1 磁介质对磁场的影响 §16-2 原子的磁矩 §16-3 磁介质的磁化 §16-4 H矢量及其环路定理

讨论人耳听到的声音的频率与声源的频率相同吗? 接收频率——单位时间内观测者接收到的振动次 数或完整波数

Chapter 30 The Wave Nature of Light, Interference 1 Huygens'principle 2 Refraction 3 Young's Double-slit Experimentinterference 4 Intensity in the Double-slit Interference Pattern 5 Interference in Thin Films 6 Michelson Interferometer

32-8 Lorentz Transformation (LT) P747-749 (洛沦兹变换) Assume two inertial reference frames: S, S' O,o 'coincide’(重合 superimposed) at time:t=0 S为静系,S以υ沿ox轴向右运动(开始时,两 个坐标系原点重合)

32-9 Relativistic Momentum and Mass (P749-751) In classical mechanics, the law of conservation of momentum (P=constant) holds in different inertial reference frames. But in relativity, if we continue to define P=mv, and m is a constant, the total momentun is not conserved for different inertial frames

Chapter32 Special relativity(狭义相对论) Two Postulates(狭义相对论的两个基本假设) The relativity of simultaneity(同时性的相对性) The relativity of time(时间间隔的相对性) The relativity of length(长度收缩) The Lorentz Transformation(洛仑兹变换式) new look at momentum, energy(相对论质量

Good morning everybody. I am very happy to give bilingual class to you this semester. You are about to begin what could be one the most exciting course that you will undertake in university. It offers you the opportunity to learn what makes our world\tick\ and to gain insight into the role physics plays in our everyday lives