INVESTIGATION OF THE NATURE OF THE RECOMBINATION CENTERS RESPONSIBLE FOR THE 0. 95 mu LUMINESCENCE BAND OF CdS:Li CRYSTALS.

N. V. Korsunskaya; I. V. Markevich; T. V. Torchinskaya

INVESTIGATION OF THE NATURE OF THE RECOMBINATION CENTERS RESPONSIBLE FOR THE 0. 95 mu LUMINESCENCE BAND OF CdS:Li CRYSTALS.

N. V. Korsunskaya, I. V. Markevich, T. V. Torchinskaya

Escuela Superior de Física y Matemáticas (ESFM)

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

Abstract

A study was made of the nature of the 0. 95 mu luminescence band of CdS:Li crystals. studies of the luminescence, thermally stimulated conductivity, and drift of interstitial Li in electric fields demonstrated that the luminescence centers responsible for the 0. 95 mu band were donor-acceptor pairs, each consisting of an r center and an interstitial Li atom. Illumination at temperatures 350-150 degree K dissociated these pairs and this increased the photosensitivity (photochemical sensitization reaction).

Original language	English
Pages (from-to)	72-74
Number of pages	3
Journal	Soviet physics. Semiconductors
Volume	11
Issue number	1
State	Published - 1977

Cite this

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title = "INVESTIGATION OF THE NATURE OF THE RECOMBINATION CENTERS RESPONSIBLE FOR THE 0. 95 mu LUMINESCENCE BAND OF CdS:Li CRYSTALS.",

abstract = "A study was made of the nature of the 0. 95 mu luminescence band of CdS:Li crystals. studies of the luminescence, thermally stimulated conductivity, and drift of interstitial Li in electric fields demonstrated that the luminescence centers responsible for the 0. 95 mu band were donor-acceptor pairs, each consisting of an r center and an interstitial Li atom. Illumination at temperatures 350-150 degree K dissociated these pairs and this increased the photosensitivity (photochemical sensitization reaction).",

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AU - Markevich, I. V.

AU - Torchinskaya, T. V.

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AB - A study was made of the nature of the 0. 95 mu luminescence band of CdS:Li crystals. studies of the luminescence, thermally stimulated conductivity, and drift of interstitial Li in electric fields demonstrated that the luminescence centers responsible for the 0. 95 mu band were donor-acceptor pairs, each consisting of an r center and an interstitial Li atom. Illumination at temperatures 350-150 degree K dissociated these pairs and this increased the photosensitivity (photochemical sensitization reaction).

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INVESTIGATION OF THE NATURE OF THE RECOMBINATION CENTERS RESPONSIBLE FOR THE 0. 95 mu LUMINESCENCE BAND OF CdS:Li CRYSTALS.

Abstract

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