微波铁氧体材料分为多晶和单晶两种。多晶材料按晶体结构分，主要有尖晶石型、石榴石型和磁铅石型三种。微波铁氧体器件的种类很多，按功能有隔离器、环行器、开关、相移器、调制器、磁调滤波器、磁调振荡器、磁表面波延迟线等；按结构形式有波导式、同轴线式、带状线式和微带线式；按工作方式有Faraday旋转式、谐振式、场移式、结式等；按所用材料有多品铁氧体器件、单品铁氧体器件和薄膜铁氧体器件。
Based on papers of the ICF10(10th International Conference on Ferrites,2008.10.10),the 13th National Magnetics Conference(2008.10.31) and some specialization conferences on magnetic materials,recent developments of microwave ferrite materials were introduced and summarized.
根据最近(2008.10.10)举行的第十届国际铁氧体会议(ICF10)和第十三届全国磁学会议(2008.10.31)资料,以及近两年有关专业会议文献等,综合报导了国内外微波铁氧体材料研究方面的近期动态。
参考来源 - 微波铁氧体材料近期进展述评Using the sub-domain method of lines to solve equipotential lines of several verieties of planar resonators which are parts of the microwave ferrite devices is convenient.
微波铁氧体器件中用到数种平面谐振器,利用分区域直线法求这些谐振器的等势线十分方便。
参考来源 - 用分区域直线法求某些平面谐振器的等势线 in C·2,447,543篇论文数据，部分数据来源于NoteExpress
微波铁氧体环行器是雷达和微波系统中一个重要的非互易部件。
The microwave ferrite circulator is an important non - reciprocal component for radar and microwave system.
微波铁氧体材料的发展趋势是宽频带、功率、损耗、温度系数。
Wide frequency band, high power, low losses and wide temperature coefficient are the developing trends of microwave ferrite materiel.
微波铁氧体环行器是雷达和微波系统中一个重要的非互易部件。
The microwave ferrite circulator is an important non-reciprocal component for radar and microwave system.
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