Dr. A. Leo Rajesh
About
Research Area
Dr. A. Leo Rajesh is an Associate Professor in the Department of Physics at Pondicherry University, Puducherry. Prior to this, he taught at St. Joseph’s College, Tiruchirappalli for 16 years and 2 years at Loyola College Chennai. His Research is focusing on energy conversion materials such as Nonlinear optical materials, Thin film photovoltaic cells, Dye sensitized Solar Cells(DSSC) and Thermoelectric power. More than 50 research articles have been published in peer reviewed journals. He has produced 10 Ph.D’s in addition to 27 M.Phil scholars and 5 more scholars are doing Ph.D under his guidance. He has organized 2 international and 2 national conferences. Served as a Chief guest editor for Materials Today Proceedings (special issue) for the article received during the International Conference on Advance Materials-2022(ICAM-2022) organized by him for around 100 articles.
Notable & Recent Publications
"K Divya, A Soosairaj, AA Arunmozhi, DP Pabba, RJ Vijay, ALeo Rajesh Investigation of the impact of Clitoria ternatea dye on the growth and characterization of lithium paranitrophenolate trihydrate single crystals for nonlinear optical applications Journal of Molecular Structure 1325, 140990,(2025) IF: 4"
"SK Yadav, A Soosairaj, K Divya, AA Arunmozhi, A Leo Rajesh Investigation of magnetocapacitance and magnetoconductivity in single-phase Y-Type hexaferrite Ba2Co2Fe12O22 nanoparticles Surfaces and Interfaces 54, 105162,(2024) IF: 6.3"
"SK Yadav, DP Pabba, A Soosairaj, K Divya, A Arunmozhi, A Leo Rajesh Study on the structural, magnetic, and magnetodielectric properties of M-type BaFe12O19 and SrFe12O19 hexaferrite nanoparticles Surfaces and Interfaces 52, 104956,(2024) IF: 6.3"
"A Soosairaj, A Arunmozhi, DP Pabba, S Dinakaran, A Leo Rajesh Unravelling the effect of soxhlet extracted Pisolithus arhizus fungi in bio-sensitized solar cells in response to diverse polar solvents Optical Materials 155, 115891,(2024) IF: 3.8"
"A Soosairaj, A Gunasekaran, S Anandan, A Leo Rajesh Synergetic effect of Leucophyllum frutescens and Ehretia microphylla dyes in enhancing the photovoltaic performance of dye-sensitized solar cells Environmental Science and Pollution Research 30 (18), 52895-52905,(2023) IF: 5.8"
