2.1 Modeling of physical systems Model of system-the relationship between variables in system Differential Equation (mathematic model) (parameter model) · Block Diagram and Transfer

§4.1 Antenna system parameters 天线系统参数 §4.2 The Friis equation Friis 方程 §4.3 Antenna noise temperature 天线噪声温度 §4.4 Propagation 传播 §4.5 Fading 衰落

§3.1 Review of Random Processes 随机过程回顾 §3.2 Thermal Noise 热噪声 §3.3 Noise in Linear System 线性系统中的噪声 §3.4 Basic Threshold Detection 基本的门限检测 §3.5 Noise Temperature and Noise Figure 噪声温度和噪声系数 §3.6 Noise Figure of Passive Networks 无源网络的噪声系数 §3.7 Dynamic Range and Intermodulation Distortion 动态范围和交调失真

Module 6 Second-Order System Disturbance Rejection and Rate Feedback I hour

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

 Introduction  Secure state  Security analysis-linear sensitivity analysis method

 Introduction  Optimal power flow model  Solution of optimal power flow by linear programming

20.1 突触的兴奋传递 20.2 神经元的联系与反射 20.3 神经系统的感觉分析功能 Sensory function of the nervous system 20.4 神经系统对躯体运动的调节 20.5 神经系统对内脏活动的调节 20.6 大脑皮质的功能

 Introduction  Phasor Measurement Unit (PMU)  Control based on WAMS  state of arts and development trend

Module 5 Second-Order System Time-Domain Response (2 hours) Ramp response Harmonic response Transient response as a function of the location of the poles