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Two-bands charge transport in silicon nitride due to phonon-assisted trap ionization

机译:声子辅助的陷阱电离导致氮化硅中的两带电荷传输

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摘要

The charge transport in the amorphous Si3N4 is studied experimentally and theoretically. We have found, that widely accepted Frenkel model of the trap ionization gives the unphysical low value of the attempt to escape factor, and the enormously high value of the electron tunnel mass. Experimental data are well described by theory of the two-bands conduction and the phonon-assisted trap ionization in Si3N4. (C) 2004 American Institute of Physics.
机译:通过实验和理论研究了非晶态Si3N4中的电荷传输。我们已经发现,被广泛接受的陷阱电离的Frenkel模型给出了逃逸因子尝试的非物理性低值,以及电子隧道质量的极高值。 Si3N4中的两个能带传导和声子辅助陷阱电离的理论很好地描述了实验数据。 (C)2004美国物理研究所。

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