THEORY OF CHARGE TRANSPORT IN A SYSTEM OF PARTLY DISSOCIATED EXCITONS AND IMPURITY ATOMS.

Z. A. Insepov; G. E. Norman; L. Yu Shchurova

THEORY OF CHARGE TRANSPORT IN A SYSTEM OF PARTLY DISSOCIATED EXCITONS AND IMPURITY ATOMS.

Z. A. Insepov, G. E. Norman, L. Yu Shchurova

Research output: Contribution to journal › Article › peer-review

Abstract

An analysis is made of the collisions of electrons and holes with impurity atoms and excitons. Approximate formulas are given for the description of the contribution of these processes to the conductivity and collision frequency. A comparison is made with the experimental data for germanium at helium temperatures. The influence of the anisotropy and the role of the nonadditivity of the scattering mechanisms are examined. It is shown that the interaction of charges with excitons may increase the equilibrium free-charge density and thus influence the conductivity.

Original language	English
Pages (from-to)	856-859
Number of pages	4
Journal	Soviet physics. Semiconductors
Volume	13
Issue number	8 ARug
Publication status	Published - Jan 1 1979
Externally published	Yes

ASJC Scopus subject areas

Engineering(all)

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abstract = "An analysis is made of the collisions of electrons and holes with impurity atoms and excitons. Approximate formulas are given for the description of the contribution of these processes to the conductivity and collision frequency. A comparison is made with the experimental data for germanium at helium temperatures. The influence of the anisotropy and the role of the nonadditivity of the scattering mechanisms are examined. It is shown that the interaction of charges with excitons may increase the equilibrium free-charge density and thus influence the conductivity.",

author = "Insepov, {Z. A.} and Norman, {G. E.} and Shchurova, {L. Yu}",

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AU - Shchurova, L. Yu

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N2 - An analysis is made of the collisions of electrons and holes with impurity atoms and excitons. Approximate formulas are given for the description of the contribution of these processes to the conductivity and collision frequency. A comparison is made with the experimental data for germanium at helium temperatures. The influence of the anisotropy and the role of the nonadditivity of the scattering mechanisms are examined. It is shown that the interaction of charges with excitons may increase the equilibrium free-charge density and thus influence the conductivity.

AB - An analysis is made of the collisions of electrons and holes with impurity atoms and excitons. Approximate formulas are given for the description of the contribution of these processes to the conductivity and collision frequency. A comparison is made with the experimental data for germanium at helium temperatures. The influence of the anisotropy and the role of the nonadditivity of the scattering mechanisms are examined. It is shown that the interaction of charges with excitons may increase the equilibrium free-charge density and thus influence the conductivity.

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