Change in the type of majority carriers in disordered lnxSe100−x thin-film alloys
Identifieur interne : 000068 ( Main/Exploration ); précédent : 000067; suivant : 000069Change in the type of majority carriers in disordered lnxSe100−x thin-film alloys
Auteurs : RBID : ISTEX:10853_1996_Article_BF00367872.pdfAbstract
Electrical, optical and physico-chemical properties of disordered InxSe100−x thin films have been investigated for x ranging from 40–65. The films are found to be p-type for composition ranging from 45–60 at% selenium and n-type for compositions below 40 at% selenium. An increase in the conductivity, together with a decrease of the activation energy and of the optical gap, has also been observed when x varies from 40–65. These results have been interpreted through a theory based on the relative percentage evolution of the In-In and Se-Se chemical bonds and, on the other hand, by a percolation theory due to microcrystalline structures and indium filaments. These two models are discussed in reference to other publications.
DOI: 10.1007/BF00367872
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<front><div type="abstract" xml:lang="eng">Electrical, optical and physico-chemical properties of disordered InxSe100−x thin films have been investigated for x ranging from 40–65. The films are found to be p-type for composition ranging from 45–60 at% selenium and n-type for compositions below 40 at% selenium. An increase in the conductivity, together with a decrease of the activation energy and of the optical gap, has also been observed when x varies from 40–65. These results have been interpreted through a theory based on the relative percentage evolution of the In-In and Se-Se chemical bonds and, on the other hand, by a percolation theory due to microcrystalline structures and indium filaments. These two models are discussed in reference to other publications.</div>
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<abstract lang="eng">Electrical, optical and physico-chemical properties of disordered InxSe100−x thin films have been investigated for x ranging from 40–65. The films are found to be p-type for composition ranging from 45–60 at% selenium and n-type for compositions below 40 at% selenium. An increase in the conductivity, together with a decrease of the activation energy and of the optical gap, has also been observed when x varies from 40–65. These results have been interpreted through a theory based on the relative percentage evolution of the In-In and Se-Se chemical bonds and, on the other hand, by a percolation theory due to microcrystalline structures and indium filaments. These two models are discussed in reference to other publications.</abstract>
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