本书是“十二五”普通高等教育本科国家级规划教材，也是西安电子科技大学国家精品课程“微波技术基础”的选用教材。本书简明扼要而又系统全面地介绍了微波技术的基础知识。内容包括微波传输线理论及分析方法、各种类型的导波结构、微波网络与微波元件的基础知识、微波谐振腔以及微波问题分析中涉及到的常用的解析方法和数值方法。
本书可作为高等学校工科电子信息、通信类专业本科生和研究生的教材，也可供无线电技术人员参考使用。
- 目录
- 前辅文
- 绪 微波概念Microwave Concept
- 第一章 传输线理论Transmission Line Theory
- 1-1 传输线方程Transmission Line Equation
- 1-2 传输状态分析（Ⅰ）Transmission Analysis(Ⅰ)
- 1-3 传输状态分析（Ⅱ）Transmission Analysis(Ⅱ)
- 1-4 传输矩阵解Transmission Matrix Solution
- 1-5 例题讲解Problems
- 1-6 Smith圆图Smith Chart
- 1-7 阻抗匹配Impedance Matching
- 1-8 传输线计算机解Computation Solutions for Transmission Line
- 1-9 例题讲解Problems
- 第二章 导波系统Guide Wave Systems
- 2-1 广义传输线理论Generalized Transmission Line Theory
- 2-2 矩形波导TE10模（Ⅰ）TE10 Mode in Rectangular Waveguide (Ⅰ)
- 2-3 矩形波导TE10模（Ⅱ）TE10 Mode in Rectangular Waveguide (Ⅱ)
- 2-4 矩形波导中的本征模Eigen Modes in Rectangular Waveguide
- 2-5 例题讲解Problems
- 2-6 圆波导Circular Waveguide
- 2-7 同轴线和平板波导Coaxial Transmission Line and Parallel Plate Waveguide
- 2-8 带线Stripline
- 2-9 微带Microstrip
- 2-10 介质波导Dielectric Waveguide
- 2-11 光纤Optical Fiber
- 2-12 耦合传输线Coupled TransmissionLine
- 2-13 复习Review
- 第三章 微波元件与网络分析Microwave Elements and Microwave Networks
- 3-1 S参数Sparameter
- 3-2 单端口元件One Port Element
- 3-3 双端口元件Two Port Element
- 3-4 多端口元件Multi Port Element
- 3-5 不均匀性Discontinuity
- 第四章 微波谐振腔理论Microwave Resonators Theory
- 4-1 微波谐振腔Microwave Resonator
- 4-2 矩形谐振腔Rectangular Resonator
- 4-3 圆柱谐振腔Cylindrical Resonator
- 4-4 传输线腔Transmission Line Cavity
- 4-5 耦合腔Coupled Cavity
- 4-6 介质谐振器Dielectric resonator
- 4-7 开式谐振腔Open Resonator
- 4-8 腔微扰Perturbation of Cavity
- 第五章 微波分析方法Method of Microwave Analysis
- 5-1 特性阻抗微扰法Perturbational Method of Characteristic Impedance
- 5-2 广义微扰法Generalized Perturbational Method
- 5-3 广义保角变换法Generalized Conformal Mapping Method
- 5-4 广义网络法Generalized Network Method
- 5-5 微波传输线复相角理论Complex Phase angle Theory of Microwave Transmission Line
- 5-6 损耗计算法Loss Computation Method
- 5-7 模型网络法Method of Prototype Network
- 5-8 信号流图法Method of Signal Flow Chart
- 5-9 本征函数法Method of Eigenfunction
- 5-10 模式匹配法Method of Mode Matching
- 5-11 共形同轴线变分理论Variational Theory of Conformal Coaxial Line
- 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
- 5-13 导体薄片的电容闭式Closed Form Formulae For Capacitance Of Conductor Sheet
- 5-14 Green函数法Method of Green's Function
- 5-15 介质Green函数法Method of Dielectric Green's Function
- 5-16 差分法Method of Difference
- 5-17 矩量法Method Of Moment
- 5-18 有限元法Finite element Method
- 5-19 时域有限差分法Finite Difference Time Domain Method
- 5-20 几何绕射理论Geometrical Theory of Diffraction626
- 参考文献
