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We have intentionally focused on the optimization of growth pathway and detail characterization of new, promising PNMMC thin films i.e. CICSSe using self-organized and a hybrid chemical technique (APT). The synthesized materials are having great potential for the solar cell application and compatible with highly studied CIGSSe and CZTSSe devices. While, we have synthesized thin films at low temperature and studied their different properties to check suitability for solar cell application without any post treatments. Hence, our future aim is to focus on improving the power conversion efficiency…mehr

Produktbeschreibung
We have intentionally focused on the optimization of growth pathway and detail characterization of new, promising PNMMC thin films i.e. CICSSe using self-organized and a hybrid chemical technique (APT). The synthesized materials are having great potential for the solar cell application and compatible with highly studied CIGSSe and CZTSSe devices. While, we have synthesized thin films at low temperature and studied their different properties to check suitability for solar cell application without any post treatments. Hence, our future aim is to focus on improving the power conversion efficiency of chemically synthesized thin films by applying various strategies.
Autorenporträt
Dr. K. V. Khot completed M.Sc. from Shivaji University, Kolhapur in 2012 with first rank holder. Dr. Khot obtained his Ph.D in 2016 on Materials Science as a ¿DST-INSPIRE Fellow¿ Govt. of India. Presently, Dr. Khot is working as Post Doctoral Associate in UNIST, Ulsan and Assistant Professor in Dept. of GES, Sharad Institute of Technology, Yadrav.