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Minority‐carrier injection into relaxation semiconductors

机译:弛豫半导体中的少数载流子注入

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This paper deals with the injection of minority carriers, through a contact or junction, into materials of high resistivity and low carrier lifetime. Semi‐insulating III‐V compounds and many amorphous materials come under this heading. Since the macroscopic transport equations cannot be analytically solved, it is necessary to resort to numerical computation. Recent work along those lines has shown that the nature of the assumed boundary conditions has a profound effect on the results. The relationships are illustrated by concentration and potential contours of semi‐infinite andp‐i‐nsystems, with various ratios of lifetime to dielectric relaxation time.
机译:本文涉及通过接触或结将少数载流子注入到高电阻率和低载流子寿命的材料中。半绝缘III&连字符V化合物和许多无定形材料都属于这一标题。由于宏观输运方程无法解析求解,因此有必要求助于数值计算。最近沿着这些方向进行的研究表明,假设边界条件的性质对结果具有深远的影响。这些关系由半&连字符;无限和 p&连字符;i&连字符;n系统的浓度和电位等值线来说明,其寿命与介电弛豫时间的比率不同。

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