磁场对红外mos光电探测器电参数变化的影响

A. Voitsekhovskii, V. Davydov, S. Nesmelov
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引用次数: 0

摘要

实验研究了弱磁场对MIS结构光电、电物理特性的影响。考虑了磁场作用下硅- sio2结构表面态谱的长期变化。认为Si-SiO2 -结构长期弛豫的原因是核自旋系统极化弛豫引起的非平衡态缺陷的扩散和反应,在InSb、InAs中,扩散通过一种“断接”型缺陷的转移机制。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Magnetic field-induced prolonged changes of electric parameters of infrared MOS-photodetectors
Influence of a weak magnetic field on photo-electric, electrophysical characteristics of MIS - structures is experimentally investigated.Long-term changes of a spectrum of surface states of Si-SiO2-structures, caused by a magnetic field are considered. It is supposed that the reason of a long-term relaxation in Si-SiO2 - structures are a diffusion and reactions of nonequilibrium defects, arising at relaxations of polarization of nuclear spin system, in InSb, InAs the diffusion passes on mechanism of transfer of defect of a type 'broken off connection'.
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