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首页> 外文期刊>IEEE Transactions on Nuclear Science >Micro-inhomogeneity effects and radiation damage in semi-insulating GaAs radiation detectors
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Micro-inhomogeneity effects and radiation damage in semi-insulating GaAs radiation detectors

机译:半绝缘GaAs辐射探测器中的微不均匀效应和辐射损伤

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摘要

Thermally-stimulated current (TSC) measurements and a detailed analysis of current-voltage (I-V) characteristics have been made on semi-insulating GaAs (SI-GaAs) Schottky diode particle detectors, fabricated on substrates from several suppliers, before and after irradiation with 24 GeV protons and 300 MeV pions. The analysis of I-V characteristics allows the determination of the barrier height and bulk resistance in detectors. Changes observed in I-V characteristics and TSC spectra after irradiation are described and a dislocation-net model of radiation-damaged devices is proposed.
机译:在半辐照砷化镓(SI-GaAs)肖特基二极管粒子检测器上进行了热激励电流(TSC)测量和电流-电压(IV)特性的详细分析,这些探测器是在几家供应商的基板上用辐照前后制作的。 24 GeV质子和300 MeV离子。 I-V特性分析可以确定检测器中的势垒高度和体电阻。描述了辐照后I-V特性和TSC光谱中观察到的变化,并提出了辐射损伤器件的位错网模型。

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