Structure and magnetism of semiconductor crystals of the [ compounds

Neutron diffraction and magnetic measurements have been used to study the effect of doping with [Mn.sup.3+] ions on the fine crystal structure of the [Ga.sub.2][Se.sub.3] monoclinic compound. It has been established that the structural state of the crystals is changed even at a relatively low doping...

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Published in:Physics of the solid state 2010-05, Vol.52 (5), p.1107
Main Authors: Dubinin, S.F, Sokolov, V.I, Maksimov, V.I, Parkhomenko, V.D, Kolesnikov, N.N, Korolev, A.V
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Language:English
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Crystals
Magnetism
Semiconductors
Structure
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container_title Physics of the solid state
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creator Dubinin, S.F
Sokolov, V.I
Maksimov, V.I
Parkhomenko, V.D
Kolesnikov, N.N
Korolev, A.V
description Neutron diffraction and magnetic measurements have been used to study the effect of doping with [Mn.sup.3+] ions on the fine crystal structure of the [Ga.sub.2][Se.sub.3] monoclinic compound. It has been established that the structural state of the crystals is changed even at a relatively low doping level (x = 0.04). Arguments in favor of the fact that local Jahn-Teller distortions are responsible for the formation of the fine structure and magnetism in compounds of this class are presented.
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subjects Crystals
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Semiconductors
Structure
title Structure and magnetism of semiconductor crystals of the [ compounds
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