A series of giant positive magnetoresistance of magnetic multilayer structure were fabricated by ion-beam sputtering in high vacuum with applied magnetic field and treatment.
采用离子束溅射方法制备了正巨磁电阻多层膜，在制备过程中采用外加磁场和退火处理。
Nanometer multilayer metal films have been emphasized for their grand magnetic resistance.
纳米金属多层膜由于其巨磁电阻性能而受到人们的重视。
The resistivity, soft magnetic properties and microwave permeability of multilayer nanogranular films suitable for high frequency applications have been investigated in this work.
研究了应用于微波频段的多层纳米颗粒膜的电阻率、软磁特性和微波磁导率。
This paper introduces an effect of gain magnetic resistance for multilayer magnetic films , as well as the principle, structure, characteristic and application of the GMR sensors.
本文介绍了各种磁性材料的巨磁电阻效应及其传感器的原理、结构、特性和应用。
Multilayer chip inductors use magnetic material and multilayer technology in producing revolutionary inductors which do not use any wire windings.
在生产贴片电感时使用磁性材料和积层技术，而不使用任何线绕。
The crystal-structure, fabricating process and electronic-magnetic properties of the low-temperature-sintered hexagonal ferrites applied in Multilayer Chip Inductor(MLCI) are introduced in this paper.
本文主要介绍了多层片式电感用低温烧结六角晶系铁氧体的晶体结构、制备工艺及电磁特性。
The present invention relates to combined dry and wet etching process for multilayer film, especially in anisotropic magnetic resistance effect (AMR) sensor manufacture.
本发明涉及多层膜的蚀刻方法，特别是各向异性磁电阻效应(amr)传感器制造中所使用的多层膜的蚀刻方法。
The present invention relates to combined dry and wet etching process for multilayer film, especially in anisotropic magnetic resistance effect (AMR) sensor manufacture.
本发明涉及多层膜的蚀刻方法，特别是各向异性磁电阻效应(amr)传感器制造中所使用的多层膜的蚀刻方法。
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