Linear THz conductivity of nanocrystals

Linear THz conductivity of nanocrystals

We derive a simple, semi-classical formula for the calculation of the linear electron conductivity spectrum of semiconductor nanocrystals in the THz spectral range from the general quantum-mechanical model. We show that the reliability and range of applicability of the formula significantly exceed t...

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Veröffentlicht in:Optics express 2019-03, Vol.27 (5), p.6083-6088
1. Verfasser: Ostatnický, T
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description We derive a simple, semi-classical formula for the calculation of the linear electron conductivity spectrum of semiconductor nanocrystals in the THz spectral range from the general quantum-mechanical model. We show that the reliability and range of applicability of the formula significantly exceed the scope of both the Drude-Smith model and the recently developed modified Drude-Smith model.
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title Linear THz conductivity of nanocrystals
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