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Niobium and niobium-titanium nitrides for RF applications

机译:射频应用中的铌和铌钛氮化物

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摘要

The application of niobium and niobium-titanium nitrides in RF devices is studied. Nitride samples, prepared by diffusion of nitrogen in bulk niobium and alloy, have been characterized by X-ray diffraction, SEM and AC magnetic measurements. Several phases of niobium nitride have been observed: the phase with higher nitrogen content, at the sample surface, has critical temperature about 15 K but inclusions of both lower T/sub c/ and nonsuperconducting phases enhance the RF surface resistance. The niobium-titanium nitride surface is composed by a phase having critical temperature up to 17 K and unwanted phases were not observed.
机译:研究了铌和铌钛氮化物在射频器件中的应用。通过氮在块状铌和合金中的扩散制备的氮化物样品已通过X射线衍射,SEM和AC磁测量进行了表征。已观察到氮化铌的几个相:在样品表面具有较高氮含量的相的临界温度约为15 K,但同时包含较低的T / sub c /相和非超导相均会增强RF表面电阻。铌钛氮化物表面由临界温度高达17 K的相组成,未观察到有害相。

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