薛定谔方程及其应用 微观粒子的基本属性不能用经典语言确切表达, “波粒二象性”借用经典语言进行互补性描述。 对微观客体的数学描述可以脱离日常生活经验,避免 借用经典语言引起的表观矛盾。 量子力学包含一套计算规则及对数学程式的物理解 释,是建立在基本假设之上的构造性理论,其正确 性由实践检验

The Heisenberg uncertainty principles Nature is bilateral: particles are waves and waves are particles. The particle aspect carries with it the traditional concepts of position and momentum; The wave aspect carries with it the concepts of wavelength and frequency

26.1 Some important discoveries at the end of the 20th century a. Measured the charge of the cathode rays; b. Make a static electric deflection of the cathode rays; . Measured the charge to mass ratio of the cathode rays;

这里我们将概述复变函数论在物理问题中的应用所依据的某 些基本事实 令C表复数域z=x+iy,x,y∈R.其元素z与一平面上 的点(x,y)一一对应起来,这个平面称为复平面.在复平面上加 进无穷远点(或理想点)∞,对于复变函数问题是方便的,于是得 到紧致平面C=CU{∞}.C同胚于球面S2 令GCC为一域

Electric Fields 918.1 Conductors in electric field 1. Conductors A conductor is a material in which the electrons at the outer periphery of an atom have no great affinity for any particular individual

Electrical Potential Ener and Electric Potentia 17.1 Electrical potential energy and electric potential 1. Electric force is conservative force Coulomb's force:

1. The discovery of electrification OThe phenomenon of electrification Glass rod is rubbed with silk-positive Amber rod is rubbed with fur--negative

6-1、理想介质中的均匀平面波 6-2、波的极化 6-3、导电媒质中的均匀平面波

5-4、玻印亭向量与玻印亭定理(ⅡI) 5-6、动态位 5-7、达朗贝尔方程的解 5-8、电磁辐射

5-1、电磁感应定律 5-2、全电流定律; 5-3、电磁场的基本方程组; 5-4、玻印亭向量与玻印亭定理