《固体物理学知识点解析》第三章 例题与习题

《固体物理学知识点解析》第二章 例题与习题

《固体物理学知识点解析》第一章 例题与习题

第一章 振动 第二章 波动 第三章 非线性振动与混沌

Good to see you. I am sorry I am not able to be there for your birthday. Jackie and I really loved our visit last year, and I am sure we would have enormously enjoyed what I expect will be a great party, but at the moment we have a previous engagement somewhere in Thailand. I have known Claudio since he was a mere lad of 22, a young graduate student of Johnnie Wheeler when I first came to Princeton. He then stayed on as an Assistant

This book is meant to be a text for a first course in quantum physics. It is assumed that the student has had courses in Modern Physics and in mathematics through differential equations. The book is otherwise self-contained and does not rely on outside resources such as the internet to supplement the material. SI units are used throughout except for those topics for which atomic units are especially convenient

一、基本要求 1. 掌握毕奥—萨伐尔定律，并会用该定律计算载流导体的磁场 2. 掌握用安培环路定理计算磁场强度的条件和方法 3. 掌握安培定律和洛仑兹力公式，会计算简单形状截流导体的磁力 4. 理解磁介质中的安培环路定理，理解磁场强度的概念

一、基本要求 1 掌握导体静电平衡条件及性质，并会用于分析实际问题 2 正确计算有电介质和导体存在时的电场，理解有介质时的高斯定理 4 掌握电容器的各类问题计算 3 了解电介质极化机理，理解之间的关系

一. 基本要求 1. 掌握电场强度的概念和电场叠加原理，掌握已知电荷的分布，计算电场强度的方法。 2. 理解静电场的两个基本定理，掌握用高斯定理计算电场强度的方法。 3. 掌握电场力做功特点，掌握电势的概念和电势叠加原理，掌握已知电荷分布计算电势的方法

一、基本要求 1、掌握角位移、角速度和角加速度等物理量以及角量与线量的关系。 2、理解力矩、转动惯量、角动量等物理概念，了解转动惯量计算的基本思路。 3、掌握转动定律、功能原理、角动量定理和角动量守恒定律并能正确应用