The local density of states (LDOS), the mobility edge, the localization critical value and the DE conductivity for two-dimensional disorder systems are calculated.
计算了二维无序系统的电子态密度、迁移率边界、局域化临界点以及直流电导率。
The general relationship between average mobility of carries and average conductivity in a doped layer with an arbitrary impurity distribution has been established.
本文建立了非均匀次掺杂层载流子平均迁移率与平均电导的普遍关系。
An increase of the electric conductivity at about the same depth also indicates a greater mobility of the matter.
在相同深度电导性增加，也说明物质活动性较大。
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