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  • Archive: 2005
05 Nov 2005
  • 2005
  • V. 4
  • 3
  • (p.332 - 341)

Optical bias effect on transient photocurrent in amorphous As2Se3: Sn films

Authors:

Iovu, Mihail; Colomeico, Eduard; Vasiliev, Ion; Harea, Diana

Summary:

Optical bias effect on transient photocurrent of As2Se3: Snx (x=0¸1.0 at.%) amorphous films, excited by a monochromatic light pulse with long-wavelength of 0.63 mm was investigated. The relaxation of the photocurrent has been recorded in the wide time interval (from 0.05 up to 25 s) and was determined by capture on the deep acceptor-like traps. In a non-doped sample of a-As2Se3 the relaxation of the photocurrent weakly depends on a level of optical bias. For the samples with tin impurity, even the low levels of optical bias result in sharp reduction of the photocurrent. The experimental results are discussed in frame of the model of recombination controlled by capture on deep states.

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BibTeX

@article{ibn_3261,
author = {Iovu, M.S. and Colomeico, E.P. and Vasiliev, I.A. and Harea, D.V.},
title = {Optical bias effect on transient photocurrent in amorphous As2Se3: Sn films
},
journal = {Moldavian Journal of the Physical Sciences},
year = {2005},
volume = {4 (3)},
pages = {332-341},
month = {Nov},
abstract = {(EN) Optical bias effect on transient photocurrent of As2Se3: Snx (x=0¸1.0 at.%) amorphous 

films,  excited  by  a  monochromatic  light  pulse  with  long-wavelength  of  0.63  mm  was 
investigated. The  relaxation of  the photocurrent has been  recorded  in  the wide  time  interval 
(from 0.05 up  to 25  s) and was determined by capture on  the deep acceptor-like  traps.  In a 
non-doped sample of a-As2Se3  the relaxation of  the photocurrent weakly depends on a  level 
of optical bias. For the samples with tin impurity, even the low levels of optical bias result in 
sharp  reduction of  the photocurrent. The  experimental  results  are discussed  in  frame of  the 
model of recombination controlled by capture on deep states.},
url = {https://ibn.idsi.md/vizualizare_articol/3261},
}

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films,  excited  by  a  monochromatic  light  pulse  with  long-wavelength  of  0.63  mm  was 
investigated. The  relaxation of  the photocurrent has been  recorded  in  the wide  time  interval 
(from 0.05 up  to 25  s) and was determined by capture on  the deep acceptor-like  traps.  In a 
non-doped sample of a-As2Se3  the relaxation of  the photocurrent weakly depends on a  level 
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Dublin Core

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<dc:creator>Iovu, M.S.</dc:creator>
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<dc:date>2005-11-05</dc:date>
<dc:description xml:lang='en'>Optical bias effect on transient photocurrent of As2Se3: Snx (x=0¸1.0 at.%) amorphous 

films,  excited  by  a  monochromatic  light  pulse  with  long-wavelength  of  0.63  mm  was 
investigated. The  relaxation of  the photocurrent has been  recorded  in  the wide  time  interval 
(from 0.05 up  to 25  s) and was determined by capture on  the deep acceptor-like  traps.  In a 
non-doped sample of a-As2Se3  the relaxation of  the photocurrent weakly depends on a  level 
of optical bias. For the samples with tin impurity, even the low levels of optical bias result in 
sharp  reduction of  the photocurrent. The  experimental  results  are discussed  in  frame of  the 
model of recombination controlled by capture on deep states.</dc:description>
<dc:source>Moldavian Journal of the Physical Sciences 4 (3) 332-341</dc:source>
<dc:title>Optical bias effect on transient photocurrent in amorphous As2Se3: Sn films
</dc:title>
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IOVU, Mihail; COLOMEICO, Eduard; VASILIEV, Ion; HAREA, Diana. Optical bias effect on transient photocurrent in amorphous As2Se3: Sn films . In: Moldavian Journal of the Physical Sciences. 2005, nr. 3(4), pp. 332-341. ISSN 1810-648X.

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