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Various molybdate and tungstate based phosphors were prepared by mechanochemically assisted SSM route at room temperature to explore their structural and optical properties for various lighting applications. The photoluminescence spectra of the as synthesized phosphors were compared with the conventional red (Y2O2S: Eu3+) and green (LaPO4: Ce, Tb) emitting phosphors. The as-synthesized phosphors could serve as an excellent material for fluorescent and other solid-state lighting applications.

Produktbeschreibung
Various molybdate and tungstate based phosphors were prepared by mechanochemically assisted SSM route at room temperature to explore their structural and optical properties for various lighting applications. The photoluminescence spectra of the as synthesized phosphors were compared with the conventional red (Y2O2S: Eu3+) and green (LaPO4: Ce, Tb) emitting phosphors. The as-synthesized phosphors could serve as an excellent material for fluorescent and other solid-state lighting applications.
Autorenporträt
Dr. John Peter. A. received Masters in Physics from Loyola College,Chennai in 2005 and received PhD from B.S.Abdhur Rahman University,Chennai in 2016 and had nine years of teaching experience in Engineering colleges. He has published 11 papers in the scopus indexed international journals and presented no of papers in the International Conferences