Electoron-Phonon Scattering in Semiconductor Superlattices in a Quantizing Magnetic Field : Surfaces, Interfaces and Films

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概要

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• Total electron-phonon scattering rates are obtained in an ideal superlattice in a quantizing magnetic field. The dispersion of an electron along the superlattice axis is assumed to be of a tight-binding type. Compact analytical expressions are possible for acoustic and nonpolar optical phonon scattering. The numerical results for acoustic and nonpolar optical phonon scattering rates are presented for the GaAs/Ga_<1-x>Al_xAs superlattice and the effect of miniband width parameters on these scattering rates is discussed.

• 社団法人応用物理学会の論文
• 1988-05-20

著者

• Mulimani B

  Department Of Physics Karnatak University

• KUBAKADDI S.

  Department of Physics, Karnatak University

• MULIMANI B.

  Department of Physics, Karnatak University

• SANKESHWAR N.

  Department of Physics, Kittel College

関連論文

• Electoron-Phonon Scattering in Semiconductor Superlattices in a Quantizing Magnetic Field : Surfaces, Interfaces and Films

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