本书是微波铁氧体器件发展及变极化应用专题论著，采用新的微波结构设计原理和理论撰写而成。全书共四篇：第1篇描述铁氧体材料张量磁导率各坐标的表示及耦合传输线的圆（方）波导传输特性；第2篇描述全波段铁氧体高低功率全极化器设计及电性能；第3篇描述铁氧体移相器与变极化组件、铁氧体极化不敏感移相器以及铁氧体微带移相变极化组件仿真设计；第4篇描述铁氧体其他器件，如高功率变极化环行器、连续波大功率环行器、带线高功率

环行器、高功率快速开关以及磁性微带阵列天线、铁氧体锁式全极化天线单元设计等。本书适合于微波铁氧体器件和微波电路系统工程设计者以及微波技术应用研究者参考。This book is specialized on microwave ferrite devices development and variable application，applying new microwave structural designing principle and theory in different chapters.This book contains four parts.The first part mainly describes tensor permeability in various coordinates of ferrite materials，also transmission characteristics of coupled transmission lines in circular（square）waveguide.The second part of this book mainly talks about designing and electrical performance of ferrite high/low power omni-polarizer in full-wave bands.The third part consists of ferrite phase shifter and variable polarization modules，ferrite polarization insensitive phase shifter，also ferrite microstrip phase shift variable polarization module simulation design.The forth part introduces some other ferrite devices，like high-power variable polarization circulator，continuous wave high-power circulator，high-power snap switch，magnetic microstrip array antenna and ferrite latching omni-polarization array element design.This book is suitable for engineers and designers who work on microwave ferrite devices and circuit systems.Microwave technique practitioners and researchers might also use this book as a good reference.

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