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本书天线基础理论部分从线、面基本辐射单元特性出发，介绍由此组成的离散和连续阵的分析综合。对天线的几个主要参数，系统给出了多种表示法及其相互联系；极化的表示和传输线理论相对应；收发互易由计算接收天线的方向图引入。同时也介绍了数字波束形成和智能天线等近代进展。优化设计部分着重介绍商用软件的有效使用，其中包括空域映射、内插和外推、自适应采样等技术。微带天线部分力求与天线基本理论紧密结合并形成系统，其中包括规则和非规则贴片的设计、方向图计算、阵列设计和有限阵阵中互耦分析、阵列近场诊断。结合介绍高频方法介绍了微带反射阵、Fresnel区板天线和有限尺寸对方向图的影响。分析方法涉及腔模和全波。在全波分析部分深入浅出介绍了谱域方法的精髓。

Contents
Preface
1. Basic Concepts of Antennas
1) Introduction
2) Radiation Mechanism
3) Two Kinds of Elementary Linear Sources and Huygens’ Planar Element
4) Fundamental Parameters of Antennas
2. Arrays and Array Synthesis
1) Introduction
2) N-Element Linear Array: Uniform Amplitude and Spacing
3) Phased(Scanning) Array, Grating Lobe and Sub array
4) N-Element Linear Array: Uniform Spacing, Nonuniform Amplitude
5) N-Element Linear Array: Uniform Amplitude, Nonuniform Spacing
6) Signal Processing Antenna Array
7) Planar Arrays
8) Array Synthesis Through Genetic Algorithm(GA)
3. Microstrip Patch Antennas
1) Introduction
2) Cavity Model and Transmission Line Model
3) Improvement and Extension to the Cavity Model
4) Design Procedure of a Single Rectangular Microstrip Patch
5) Example of LTCC Microstrip Patch Antenna
4. Spectral Domain Approach and its Application to Microstrip
1) Introduction
2) Basic Concept of Spectral Domain Approach
3) Some Useful Transform Relations
4) Scalarization of Maxwell’s Equations
5) Dyadic Green’s Function(DGF)
6) Mixed Potential Representations
7) Transmission-Line Green’s Functions
8) Introduction to Complex Integration Techniques
9) Full Wave Discrete Image and Full Wave Analysis of Microstrip
10) Asymptotic Integration Techniques and its Applications
5. Effective Methods in Using Commercial Softwares for Antenna
1) Introduction
2) Space Mapping(SM) Technique
3) Extrapolation and Interpolation Methods
4) Using Model From Physical Insight to Create Formula
5) Using Model From the Artificial Neural Network(ANN) to Train
6) Summary
6. Design of Conventional and DBF Microstrip Antenna Array
1) Introduction
2) Feeding Architecture
3) Design of Power Divider and Transmission on the Transformer
4) Design Examples of Microstrip Antenna Arrays
5) Mutual Coupling in Finite Microstrip Antenna Arrays
6) Introduction to a Digital Beamforming Receiving Microstrip Antenna Array
7. High Frequency Methods and Their Applications to Antennas
1) Introduction
2) Geometrical Optics
3) Physical Optics
4) Diffraction by a Conducting Half Plane with Normal Incidence
5) Diffraction by a Conducting Half Plane with Arbitrary Incidence
6) Applications of Geometrical Theory of Diffraction in Antennas
7) Fresnel Diffraction in Three Dimensions
8. Planar Near-Field Measurement and Array Diagnostics
1) Introduction
2) Fundamental Transformations
3) Probe Compensation
4) Integral Equation Approach
5) Array Diagnostics
INDEX

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