Niedrigfeld Magnetowiderstand inhomogener Halbleiterschichten

Translated title of the contribution: Low-field magnetoresistance of inhomogeneous semiconductor layers

Marc A Eberhard

Research output: ThesisMaster's Thesis

Abstract

The resistance of semiconductor superlattices under weak magnetic fields is modelled with a classical approach. It is shown, that this is sufficient to explain the experimental features of these systems and that a quantum-mechanical approach will only be needed for significantly smaller lattice structures.
Original languageGerman
QualificationMaster of Science
Awarding Institution
Award date1 Mar 1996
Publication statusPublished - Mar 1996

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superlattices
magnetic fields

Keywords

  • resistance
  • semiconductor superlattices
  • weak magetic fields

Cite this

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title = "Niedrigfeld Magnetowiderstand inhomogener Halbleiterschichten",
abstract = "The resistance of semiconductor superlattices under weak magnetic fields is modelled with a classical approach. It is shown, that this is sufficient to explain the experimental features of these systems and that a quantum-mechanical approach will only be needed for significantly smaller lattice structures.",
keywords = "resistance, semiconductor superlattices, weak magetic fields",
author = "Eberhard, {Marc A}",
year = "1996",
month = "3",
language = "German",

}

Eberhard, MA 1996, 'Niedrigfeld Magnetowiderstand inhomogener Halbleiterschichten', Master of Science.

Niedrigfeld Magnetowiderstand inhomogener Halbleiterschichten. / Eberhard, Marc A.

1996.

Research output: ThesisMaster's Thesis

TY - THES

T1 - Niedrigfeld Magnetowiderstand inhomogener Halbleiterschichten

AU - Eberhard, Marc A

PY - 1996/3

Y1 - 1996/3

N2 - The resistance of semiconductor superlattices under weak magnetic fields is modelled with a classical approach. It is shown, that this is sufficient to explain the experimental features of these systems and that a quantum-mechanical approach will only be needed for significantly smaller lattice structures.

AB - The resistance of semiconductor superlattices under weak magnetic fields is modelled with a classical approach. It is shown, that this is sufficient to explain the experimental features of these systems and that a quantum-mechanical approach will only be needed for significantly smaller lattice structures.

KW - resistance

KW - semiconductor superlattices

KW - weak magetic fields

M3 - Master's Thesis

ER -