The effect of molecular structure on the density dependence of electron mobility and conduction band energy in nonpolar fluids

K. Nakagawa, K. Itoh, M. Nishikawa
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引用次数: 19

Abstract

The conduction band energy Vo and the electron mobility u in n-, isobutane (n-C4, i-C4), n- and isopentane (n-C5, i-C5) fluids were measured as a function of density N in order to examine the effect of molecular structure on the electronic behaviour in nonpolar fluids. Vo values were determined by photoelectric work function measurements. u values were determined by a time-of-flight methods. The apparatus and procedure for measurements and sample purification technique were described in detail elsewhere[1, 2].
分子结构对非极性流体中电子迁移率和导带能密度依赖性的影响
测量了n-、异丁烷(n- c4、i-C4)、n-和异戊烷(n- c5、i-C5)流体中的导带能Vo和电子迁移率u作为密度n的函数,以考察分子结构对非极性流体中电子行为的影响。Vo值由光电功函数测量确定。U值由飞行时间法测定。测量仪器和程序以及样品纯化技术在其他地方有详细描述[1,2]。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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