...电池及电池组 含在电子陶瓷零部件中的铅 *相关零部件: 压电物质(piezoelectric materials) ，介质物质(dielectric materials) ，磁性物质 (magnetic materials)，陶铁磁体等 含有0.35 wt%以下铅的金属合金 含有0.4 wt%以下铅的铝合金 含有4 wt%以...
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New Dielectric Materials 新介电材料
Piezoelectric and dielectric materials 压电和介电材料
mixed magnetic-dielectric materials 混合磁性介电材料
gate dielectric materials 栅极电介质材料
Giant-dielectric materials 强介电材料
high dielectric materials 高介电材料
Therefore it is highly significant to measure the electromagnetic parameters of medium materials, as knowing the dielectric materials’microwave characteristics is the most important factor in applications.
如微波通信、雷达电子对抗、遥感等系统已大量使用微波介质材料。
参考来源 - 低损耗材料分离介质谐振器法复介电常数测试In recent years, with the development of microwave communication technology, dielectric materials have become the current focus of research in the field of electronic materials.
近年来,随着微波通信技术的发展,介电材料已成为当前电子材料领域的研究重点。
参考来源 - 介电材料的微波特性测试方法研究Because of the outstanding film-forming property and high energy storage capability of polymer, polymer-based dielectric materials have supplied a helpful approach to the development of energy storage films.
聚合物具有优异的成膜性能和高场储电能力,因此全聚合物介电材料为储能薄膜的开发提供了有益的途径。
参考来源 - 基于PVDF的全有机介电材料制备、结构与性能·2,447,543篇论文数据，部分数据来源于NoteExpress
There are a number of PCB dielectric materials on the market today.
在当今的市场上有相当数量的pcb绝缘材料。
Dielectric materials are mainly used for capacitors and electrical insulators.
电介质材料主要应用于电容器和电绝缘体当中。
This paper mainly studies the microwave permittivity measurement techniques of dielectric materials.
本文主要研究了微波介质材料介电常数的测试方法。
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