Thermally stimulated depolarization of the charge-density wave in K0.3MoO3

R. J. Cava; R. M. Fleming; E. A. Rietman; R. G. Dunn; L. F. Schneemeyer

doi:10.1103/PhysRevLett.53.1677

Thermally stimulated depolarization of the charge-density wave in K0.3MoO3

R. J. Cava, R. M. Fleming, E. A. Rietman, R. G. Dunn, L. F. Schneemeyer

Chemistry and Biochemistry

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Abstract

We have found that K0.3MoO3 acts as a current source on heating after the charge-density wave has been frozen into a metastable state by cooling to 4.2 K in the presence of small electric fields. The current emitted is dependent on the magnitude of the field applied on cooling, reflecting differences in the frozen-in metastable states. The relaxation of the charge-density wave from its metastable state is thermally activated and occurs with a distribution of relaxation times.

Original language	English
Pages (from-to)	1677-1680
Number of pages	4
Journal	Physical Review Letters
Volume	53
Issue number	17
DOIs	https://doi.org/10.1103/PhysRevLett.53.1677
State	Published - 1984

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abstract = "We have found that K0.3MoO3 acts as a current source on heating after the charge-density wave has been frozen into a metastable state by cooling to 4.2 K in the presence of small electric fields. The current emitted is dependent on the magnitude of the field applied on cooling, reflecting differences in the frozen-in metastable states. The relaxation of the charge-density wave from its metastable state is thermally activated and occurs with a distribution of relaxation times.",

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AU - Cava, R. J.

AU - Fleming, R. M.

AU - Rietman, E. A.

AU - Dunn, R. G.

AU - Schneemeyer, L. F.

PY - 1984

Y1 - 1984

N2 - We have found that K0.3MoO3 acts as a current source on heating after the charge-density wave has been frozen into a metastable state by cooling to 4.2 K in the presence of small electric fields. The current emitted is dependent on the magnitude of the field applied on cooling, reflecting differences in the frozen-in metastable states. The relaxation of the charge-density wave from its metastable state is thermally activated and occurs with a distribution of relaxation times.

AB - We have found that K0.3MoO3 acts as a current source on heating after the charge-density wave has been frozen into a metastable state by cooling to 4.2 K in the presence of small electric fields. The current emitted is dependent on the magnitude of the field applied on cooling, reflecting differences in the frozen-in metastable states. The relaxation of the charge-density wave from its metastable state is thermally activated and occurs with a distribution of relaxation times.

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DO - 10.1103/PhysRevLett.53.1677

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Thermally stimulated depolarization of the charge-density wave in K0.3MoO3

Abstract

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