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Microwave component of compound oxide superconductor material having crystal orientation for reducing electromagnetic field penetration

机译:具有晶体取向以减少电磁场穿透的复合氧化物超导体材料的微波成分

摘要

A microwave component includes a superconducting signal conductor formed on a first dielectric substrate, and a superconducting ground conductor formed on a second dielectric substrate. The first dielectric substrate is stacked on the superconducting ground conductor of the second dielectric substrate. Each of the superconducting signal conductor and the superconducting ground conductor is formed of an oxide superconductor thin film of which crystals are orientated in such a manner that the c-planes of the crystals are parallel to the direction in which an electro-magnetic field generated by microwave launched to the microwave component changes.
机译:微波部件包括形成在第一电介质基板上的超导信号导体和形成在第二电介质基板上的超导接地导体。第一介电基板堆叠在第二介电基板的超导接地导体上。超导信号导体和超导接地导体中的每一个均由氧化物超导体薄膜形成,该氧化物超导体薄膜的晶体取向为使得晶体的c面平行于由其产生的电磁场的方向。微波发射使微波成分发生变化。

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