Due to the availability and low cost of the elements, the semiconductor system Cu-Sb-S has been studied as a possible absorber material as an alternative to CI(G)S. The technique used for film preparation involved one-step electrodeposition from non aqueous solutions containing the metal precursors and elemental S. The properties of as-deposited and annealed films of the new material have been studied by a range of structural, electrical and photoelectrochemical techniques in order to establish their suitability as absorber layer materials for solar energy conversion.
Cu-Sb-S: one-step electrochemical deposition of thin films for photovoltaic applications
Diego Colombara;
2009-01-01
Abstract
Due to the availability and low cost of the elements, the semiconductor system Cu-Sb-S has been studied as a possible absorber material as an alternative to CI(G)S. The technique used for film preparation involved one-step electrodeposition from non aqueous solutions containing the metal precursors and elemental S. The properties of as-deposited and annealed films of the new material have been studied by a range of structural, electrical and photoelectrochemical techniques in order to establish their suitability as absorber layer materials for solar energy conversion.
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