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Research interests are concentrated on process/structure/property correlations and the development of high-tech materials/coatings for energy, photonic, and structural applications. Current R&D activities are geared toward the development of surface modification techniques and processes, characterization of thin film properties, tribology, ceramic composites, and transparent optical ceramics (TOC) for scintillators.
Professor Sarin has established and developed several material research laboratories for education, training and research. These include a state-of-the-art Surface Modification Laboratory with research activities focused in the areas of high temperature, and tribological CVD, PVD, and diamond coatings. Emphasis on structure-property correlations of thin films has resulted in the development of innovative methodologies and new equipment. Development of consolidation techniques of composite ceramics and TOC’s has lead to several unique patented processes and materials.
Professor Sarin has established and developed several material research laboratories for education, training and research. These include a state-of-the-art Surface Modification Laboratory with research activities focused in the areas of high temperature, and tribological CVD, PVD, and diamond coatings. Emphasis on structure-property correlations of thin films has resulted in the development of innovative methodologies and new equipment. Development of consolidation techniques of composite ceramics and TOC’s has lead to several unique patented processes and materials.
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SURFACE & COATINGS TECHNOLOGY (2024): 130254
Ceramicsno. 1 (2023): 664-677
mag(2017)
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Comprehensive Hard Materialspp.469-489, (2014)
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