6.1 Definitions and Properties Richard C. Dorf Laplace Transform Integral. Region of Absolute University of California, Davis Convergence Properties of Laplace Transform.Time-Convolution Property Time-Correlation Property Inverse Laplace Transform

5.1 Diodes and Rectifiers DiodesRectifiers Jerry L. Hudgins 5.2Limiters University of South carolina Limiting Circuits. Precision Rectifying Circuits Theodore. Bogart, Jr. 5.3 Distortion Harmonic Distortion.Power-Series Method.Differential-Error University of Southern Mississippi Method Three- Point Method. Five-Point Method

4.1 Introduction Laplace Transform. Transfer Functions 4.2 Low-Pass Filter Functions Thomson Functions.Chebyshev Functions 4.3L ow- w-Pass Filters Introduction. Butterworth Filters.Thomson Filters.Chebyshev

3.1 Voltage and Current Laws Kirchhoff's Current Law. Kirchhoff's Current Law in the Complex Domain.Kirchhoff's Voltage Law. Kirchhoff's Voltage Law in the Complex Domain. Importance of KVL and KCI Michael D. Ciletti 3.2 Node and Mesh Analysis University of Colorado Node Analysis. Mesh Analysis. Summary 3.3 Network Theorems J. David Irwin

一、 乳状液 ——稳定乳剂 (1) 降低界面张力：处于较低能量状态 (2) 形成界面膜：形成一定机械强度 (3) 形成双电层：电性斥力 (4) 固体粉末的稳定作用：形成良好界面膜 2．乳化剂的作用

2.1 Step, Impulse, Ramp, Sinusoidal, Exponential,and University of California, Davis DC Signals Zhen Wan Step Function. The Impulse. Ramp Function.Sinusoidal FunctionDCSignal University of California, Davis 2.2 Ideal and Practical Sources Clayton R. Paul Ideal Sources. Practical Sources University of Kentucky, Lexington 2.3 Controlled Sources What Are Controlled Sources? What Is the Significance of J. R. Cogdell

一、大分子电解质溶液概述 由于大分子电解质分子链上的高电荷密度及高度水化，在溶液中链段间的相斥力增大，分子链扩展舒张，溶液粘度迅速增加，这种现象称为电粘效应

1.1 Resistors University of Maryland Resistor Characteristics Resistor Types Pradeep Lall 1.2 Capacitors and Inductors Capacitors. Types of Capacitors Inductors Motorola 1.3 Transformers Glen Ballou Types of Transformers.Principle of Ballou Associates Transformation. Electromagnetic Equation. Transformer Core. Transformer Losses. Transformer C. Sankaran

通过本章的学习，使学生掌握接口电路的 基本概念、接口电路的主要功能、两种I/O端 口的编址方式、32位微处理器采用I/O编址的 译码、微处理器与I/O设备数据传送的查询式 输入输出方式以及中断方式输入输出 熟悉32位微处理器保护模式下的I/O空间， 直接存储器存取（DMA）方式以及I/O处理 器控制方式

20.1 Definitions and Scope Introduction. Definitions and Style of Computation. ANN Types and Applications 20.2 Multilayer Perceptrons Function of Each PE. How to Train MLPs Applying Back- Propagation in Practice. A Posteriori Probabilities 20.3 Radial Basis Function Networks 20.4 Time Lagged Networks Memory Structures. Training-Focused TLN Architectures