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The Ti incorporation at Fe-site in the double perovskite lattice of (SFNO) system is studied. The Ti concentration optimization yielded an efficient photocatalyst. At an optimum composition of Ti as x = 0.07 in , the photocatalyst exhibited 2 times the quantum yield for photolysis of in presence of , than its undoped counterpart under visible light (). Heavily Ti-doped lattice exhibited poor photochemical properties due to the existence of constituent impurity phases as observed in the structural characterization, as well as deteriorated optical absorption. The higher electron-density acquired by n-type doping seem to be responsible for the more efficient charge separation in (0.05

Improved Photolysis of Water from Ti Incorporated Double Perovskite Sr2FeNbO6Lattice

Improved Photolysis of Water from Ti Incorporated Double Perovskite Sr₂FeNbO₆Lattice