P. Zaplinski

University of Cologne

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W. Schlabitz

University of Cologne

G. Nimtz

University of Cologne

Ralf Dornhaus

RWTH Aachen University

D. Plümacher

University of Cologne

K.-H. Müller

CSIRO Manufacturing

Dieter Meschede

University of Bonn

H. Happ

University of Cologne

G. Bauer

Tohoku University

H. A. Schneider

Forschungszentrum Jülich

Cooperative Institutions

University of Cologne

TH Köln - University of Applied Sciences

Universität Koblenz

Koblenz University of Applied Sciences

Shanghai University

McGill University

University of Vienna

CSIRO Manufacturing

Commonwealth Scientific and Industrial Research Organisation

Materials Science & Engineering

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Galvanomagnetic properties of n-type Hg0.8Cd0.2Te

Solid State Communications (1974)

Ralf Dornhaus G. Nimtz W. Schlabitz P. Zaplinski

10.1016/0038-1098(74)91127-2

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Citations (15)

Transport Properties, Lattice Constants, Susceptibility and Specific Heat of UPd3

Springer eBooks (1980)

P. Zaplinski Dieter Meschede D. Plümacher W. Schlabitz H. A. Schneider

Lattice (music)

10.1007/978-1-4613-3108-7_32

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Citations (5)

Low Temperature Galvanomagnetic Properties of n-Type Hg·8Cd·2Te

Proceedings of the Twelfth International Conference on the Physics of Semiconductors (1974)

Ralf Dornhaus H. Happ K.-H. Müller G. Nimtz W. Schlabitz

It is shown that neither thermal nor magnetic freeze-out of carriers occur, and that the mobility is not governed by ionized impurity scattering due to localized charged impurities. A Te vacancy without bound state is proposed to explain the experimental results. Hot carrier experiments were performed in magnetic fields and Landau level transitions observed.Radiative relaxation of Landau transitions was measured at a wavelength of 100/um

Ionized impurity scattering

10.1007/978-3-322-94774-1_200

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Citations (9)

The influence of lattice defects on the Tsub(c)-depression in dilute ZnMn single crystals

W. Schlabitz P. Zaplinski

Lattice (music)

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