Nuclear probes in the materials science of solar cells
Identifieur interne : 000033 ( Main/Exploration ); précédent : 000032; suivant : 000034Nuclear probes in the materials science of solar cells
Auteurs : RBID : ISTEX:10751_1996_Article_BF02150179.pdfAbstract
We present background material about solar cells and the copper-indium-sulphur system and then discuss three important processes for the production of CuInS2 solar-cell material. These include: sulphurization of metallic copper-indium precursors, physical vapour deposition of the elements, and three-source molecular beam deposition. Usingγγ perturbed angular correlations with the111In-111Cd probe, we are able to identify the indium-containing phases of the system and thus to characterize the cited production processes. The prospects of nuclear probe methods in the development of solar-cell materials are discussed.
DOI: 10.1007/BF02150179
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<front><div type="abstract" xml:lang="eng">We present background material about solar cells and the copper-indium-sulphur system and then discuss three important processes for the production of CuInS2 solar-cell material. These include: sulphurization of metallic copper-indium precursors, physical vapour deposition of the elements, and three-source molecular beam deposition. Usingγγ perturbed angular correlations with the111In-111Cd probe, we are able to identify the indium-containing phases of the system and thus to characterize the cited production processes. The prospects of nuclear probe methods in the development of solar-cell materials are discussed.</div>
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<abstract lang="eng">We present background material about solar cells and the copper-indium-sulphur system and then discuss three important processes for the production of CuInS2 solar-cell material. These include: sulphurization of metallic copper-indium precursors, physical vapour deposition of the elements, and three-source molecular beam deposition. Usingγγ perturbed angular correlations with the111In-111Cd probe, we are able to identify the indium-containing phases of the system and thus to characterize the cited production processes. The prospects of nuclear probe methods in the development of solar-cell materials are discussed.</abstract>
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