53.1 Introduction Terry P. Orlando 53.2 General Electromagnetic Properties Massachusetts Institute of 53.3 Superconducting Electronics Technology 53.4 Types of Superconductors 53.1 Introduction The fundamental idea behind all of superconductorsu' properties is that superconductivity is quantum

55.1 Introduction 55.2 Dielectric Losses 55.3 Dielectric Breakdown 55.4 Insulation Aging R.Bartnikas 55.5 Dielectric Materials Institut de Recherche Gases. Insulating Liquids. Solid Insulating Materials

57.1 Introduction 57.2 Classification of Magnetooptic Effects David Young Faraday Rotation or Magnetic Circular Birefringence.Cotton- Rockwell Semiconductor Systemns Mouton Effect or Magnetic Linear Birefringence. Kerr Effects

59.1 Introduction 59.2 Fossil Power Plants Fuel Handling Boiler.Turbine.Generator. Electric System· Condenser Stack and Ash Handling·Cooling and Feedwater System 59.3 Nuclear Power Plants

Overview of Pulsed Radars. Critical Subsystem Design and Josh T.Nessmith Technology. Radar Performance Prediction.Radar Georgia Tech Research Institute Waveforms. Detection and Search Estimation and Tracking

1-1实际电路和电路模型 1-2电路分析的变量 1-3电路元件 1-4基尔霍夫定律

一、等效变换—求局部响应 二、一般分析方法—系统化求响应 三、网络定理

电阻电路静态、即时,激励响应 VCR为代数方程,响应仅由激励引起 动态电路动态、过渡过程,激励 响应CR为微分方程,响应与激励 的全部历史有关

6-1RLC串联电路的零输入响应 6-2RLC串联电路在恒定激励下的零状态响应和全响应 6-3GCL并联电路分析 6-4一般二阶电路分析

1.网孔法(平面网络)b-n+1个变量人为地假设存在网孔电流,列写每一个网孔的KVL方程方程左边