A New Nanostructured Multinary Compounds Thin Film: For Photovoltaics - Fiat Varol, Songül;Çankaya, Güven;Kompitsas, Michael
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A multinary chalcopyrite compound CuInGaSeTe has been investigated and characterized as absorber layer for thin film solar cell material in this work. This work is a collaboration of multidisciplinary departments such as physics, materials science and energy systems science.The basic principles of a photovoltaic device are introduced and then material characteristics have been evaluated as structural, optical, topographical, electrical and also surface properties have been discussed. Special emphasis is laid on the complex fabrication process and its characteristic parameters for applications as PV material.…mehr

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Produktbeschreibung
A multinary chalcopyrite compound CuInGaSeTe has been investigated and characterized as absorber layer for thin film solar cell material in this work. This work is a collaboration of multidisciplinary departments such as physics, materials science and energy systems science.The basic principles of a photovoltaic device are introduced and then material characteristics have been evaluated as structural, optical, topographical, electrical and also surface properties have been discussed. Special emphasis is laid on the complex fabrication process and its characteristic parameters for applications as PV material.
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Autorenporträt
Songül F¿AT VAROL is currently Assistant Professor in Energy Systems Engineering at Giresun University. She pursues a broad range of research interests that include Solar Cells, Schottky Diodes, Light Emitting Diodes (LEDs), Organic Light Emitting Diodes (OLEDs), PN Homojunctions / Heterojunctions,Thin Films, Nanofabrication/Nanocharacterization.