A multiband transport model for electron transport in semiconductors, based on the Wigner-transport approach and allowing for energy bands of arbitrary shape, is presented and applied to two simple examples: a comparison of exact and free streaming solutions of teh Wigner equation in non-parabolic regime and an interband transition in an infinite homogeneous medium.
NUMERICAL AND ANALYTICAL APPLICATIONS OF MULTIBAND TRANSPORT IN SEMICONDUCTORS / L., Demeio; Bordone, Paolo; Jacoboni, Carlo. - STAMPA. - 663:(2003), pp. 92-99. (Intervento presentato al convegno Rarefied Gas Dynamics: 23rd International Symposium tenutosi a Whistler, British Columbia, Canada nel 20-25 luglio 2002).
NUMERICAL AND ANALYTICAL APPLICATIONS OF MULTIBAND TRANSPORT IN SEMICONDUCTORS
BORDONE, Paolo;JACOBONI, Carlo
2003
Abstract
A multiband transport model for electron transport in semiconductors, based on the Wigner-transport approach and allowing for energy bands of arbitrary shape, is presented and applied to two simple examples: a comparison of exact and free streaming solutions of teh Wigner equation in non-parabolic regime and an interband transition in an infinite homogeneous medium.
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