Macroscopic, local, volume, charge-carrier states in quasi-zero-dimensional structures
1997
A theory of size-quantization of charge carriers in a small semiconductor crystal under conditions where the polarization interaction plays a large role is constructed. The charge-carrier spectrum in a small microcrystal and its dependence on the radius of the microcrystal, the charge-carrier effective mass, and the relative permittivity are investigated. It is shown that the appearance of local states is of a threshold nature depending on the size of the microcrystal.
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