绪 微波概念Microwave Concept 1
第一篇 简明微波技术 11
第一章 传输线理论Transmission Line Theory 11
1-1 传输线方程Transmission Line Equation 11
1-2 传输状态分析（Ⅰ）Transmission Analysis（Ⅰ） 20
1-3 传输状态分析（Ⅱ）Transmission Analysis（Ⅱ） 28
1-4 传输矩阵解Transmission Matrix Solution 36
1-5 例题讲解Problems 48
1-6 Smith圆图Smith Chart 54
1-7 阻抗匹配Impedance Matching 61
1-8 传输线计算机解Computation Solutions for Transmission Line 70
1-9 例题讲解Problems 76
第二章 导波系统Guide Wave Systems 85
2-1 广义传输线理论Generalized Transmission Line Theory 87
2-2 矩形波导TE10模（Ⅰ）TE10 Mode in Rectangular Waveguide（Ⅰ） 94
2-3 矩形波导TE10模（Ⅱ）TE10 Mode in Rectangular Waveguide（Ⅱ） 103
2-4 矩形波导中的本征模Eigen Modes in Rectangular Waveguide 112
2-5 例题讲解Problems 119
2-6 圆波导Circular Waveguide 128
2-7 同轴线和平板波导Coaxial Transmission Line and Parallel-Plate Waveguide 145
2-8 带线Stripline 154
2-9 微带Microstrip 169
2-10 介质波导Dielectric Waveguide 174
2-11 光纤Optical Fiber 183
2-12 耦合传输线Coupled Transmission-Line 189
2-13 复习Review 204
第三章 微波元件与网络分析Microwave Elements and Microwave Networks 213
3-1 S参数S-parameter 214
3-2 单端口元件One-Port Element 218
3-3 双端口元件Two-Port Element 223
3-4 多端口元件Multi-Port Element 232
3-5 不均匀性Discontinuity 240
第四章 微波谐振腔理论Microwave Resonators Theory 247
4-1 微波谐振腔Microwave Resonator 248
4-2 矩形谐振腔Rectangular Resonator 252
4-3 圆柱谐振腔Cylindrical Resonator 256
4-4 传输线腔Transmission Line Cavity 263
4-5 耦合腔Coupled Cavity 272
4-6 介质谐振器Dielectric resonator 278
4-7 开式谐振腔Open Resonator 292
4-8 腔微扰Perturbation of Cavity 302
第二篇 微波分析方法 313
第五章 微波分析方法Method of Microwave Analysis 313
5-1 特性阻抗微扰法Perturbational Method of Characteristic Impedance 313
5-2 广义微扰法Generalized Perturbational Method 319
5-3 广义保角变换法Generalized Conformal Mapping Method 326
5-4 广义网络法Generalized Network Method 333
5-5 微波传输线复相角理论Complex Phase-angle Theory of Microwave Transmission Line 363
5-6 损耗计算法Loss Computation Method 368
5-7 模型网络法Method of Prototype Network 375
5-8 信号流图法Method of Signal Flow Chart 389
5-9 本征函数法Method of Eigenfunction 406
5-10 模式匹配法Method of Mode Matching 432
5-11 共形同轴线变分理论Variational Theory of Conformal Coaxial Line 447
5-12 任意截面同轴线电容C的变分理论Variational Theory of Capacitance C Of Arbitrarily Shaped Coaxial Line 458
5-13 导体薄片的电容闭式Closed-Form Formulae For Capacitance Of Conductor Sheet 477
5-14 Green函数法Method of Green's Function 485
5-15 介质Green函数法Method of Dielectric Green's Function 503
5-16 差分法Method of Difference 513
5-17 矩量法Method Of Moment 534
5-18 有限元法Finite-element Method 561
5-19 时域有限差分法Finite Difference Time Domain Method 587
5-20 几何绕射理论Geometrical Theory of Diffraction 626
参考文献 661