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中国物理学会期刊

在C70固体/p-GaAs结构中的甚深深能级

CSTR: 32037.14.aps.53.3498

Highly deep levels in solid C70/p-GaAs structures

CSTR: 32037.14.aps.53.3498
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  • 发展了恒温电容瞬态数据处理方法,称新方法为恒温电容瞬态时间积谱(ICTTS).用ICT TS方法测量分析了C70固体/pGaAs异质结的深能级,结果发现在C70固体中存在两个很深的空穴陷阱,H C1和H2,它们的能级位置分别为Ev+0856eV和 Ev+1037eV.

     

    An acoustoelectric current is induced by a surface acoustic wave (SAW) launched along the quasionedimensional electron channel defined in a GaAs/Al x Ga1-x As heterostructure by split gates. Using the WKB approxima tion, the acoust oelectric current is calculated when only one electron is captured in the quantu m well. We discussed the effect on acoustoeletric current caused by SAW power, S AW frequency, gate voltage and sourcedrain bias.

     

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