Herojit Loushambam

M. Sc. (Physics) from Manipur University (2007). Has experience in Physics, focusing on Magnetic Materials and Magnetic PropertiesPublications:1. Atomic scale study of thermal reduction of nano goethite coexisting with magnetite L. Herojit singh, R. Govindaraj, R. Mythili, G.Amarendra, and C. S. Sundar, AIP Advances ,3, 022101 (2013)2. Local structure and magnetic properties of cubic iron oxide nanoparticles formed in zeolite as deduced using Mossbauer spectroscopy L. Herojit singh, R. Govindaraj, G. Amarendra, and C. S. Sundar, Appl. Phys. Lett., 103, 193104 (2013)3. Atomic Scale Study on the Thermal Evolution of Local Structure and Magnetic Properties in Oleic Acid Coated Iron Oxide Nanoparticles , L. Herojit singh, R. Govindaraj, G. Amarendra, and C. S. Sundar, J. Phys. Chem. C, 117, 25042−25051 (2013)4. Studies on local structure and magnetic properties of polymorphs of iron oxides by Mossbauer spectroscopy L. Herojit Singh, R. Govindaraj, G. Amarendra and C. S. Sundar, MRSI-2010, Trivandrum 5. Mössbauer Studies of Local Environments of 57Fe in Iron Oxide Particles Dispersed Fe Matrix L. Herojit singh, R. Govindaraj, P. A. Manoj kumar, G. Amarendra and C.S. Sundar, AIP Conference Proceedings 1349, (2011) 423-424.6. Annealing effects in Eurofer-97 steel as studied by Mossbauer spectroscopy" L. Herojit Singh, S. Hari Babu, R. Govindaraj, G. Amarendra, and C. S. Sundar, AIP Conference Proceedings 1447, (2012) 1321.7. Point defects aspect of magnetite nano particles as studied by Mossbauer spectroscopy L. Herojit Singh, R. Govindaraj, G. Amarendra, and C. S. Sundar, AIP Conference Proceedings 1447, (2012) 4458. Partial inversion in nano zinc ferrite as studied using Mossbauer spectroscopy L. Herojit Singh, R. Govindaraj, G. Amarendra, and C. S. Sundar, AIP Conference Proceedings 1512, (2013) 3229. Mossbauer Spectroscopic studies in Ni-Fe-Co Alloy L. Herojit Singh, R. Govindaraj, C. Ravishankar, G. Amarendra and C. S. Sundar, MRSI-AGM, 201310. Mössbauer study of stability and growth confinement of magnetic Fe3O4 drug carrier L. Herojit Singh, S. S. Pati, A. C. Aderbal and V. K. Garg, Hyperfine Interaction (DOI: 10.1007/s10751-014-1105-9)11. Magnetic, optical and thermal investigations on magnetite grown at Zeolite 13x , L. Herojit Singh, S. S. Pati, A. C. Aderbal and V. K. Garg (Under review)12. Facile approach to suppress γ-Fe2O3 to α-Fe2O3 Phase Transition beyond 600˚C in Fe3O4 Nanoparticles" S. S. Pati, L Herojit Singh, A. C. Oleveira, V. J. Garg, J. Coaquira, J. C. M. Ochoa, E. Guimarães, M. Sales (Under review)13. Defect induced ferromagnetism and recovery in ZnFe2O4 (Manuscript under preparation)14. Low frequency Raman scattering in Lead Borate binary glasses S. Chakraborty, L. Herojit Singh, V. Sivasubranian, International conference on Raman spectroscopy, 2014, Jena, Germany. Mossbauer investigations on iron oxide nanoparticles L. Herojit Singh, S. S. Pati, A. C. Aderbal and V. K. Garg, III Encontro de Física do Centro-Oeste, 2014, Cuiaba, Brasil.15. Template assisted method to synthesize superparamagnetic magnetite nanoparticles with confined morphology S. S. Pati, L. Herojit Singh, A. C. Aderbal and V. K. Garg, III Encontro de Física do Centro-Oeste, 2014, Cuiaba, Brasil.16. Mossbauer investigations on the desorbtion of hydrogen and hydroxyl from the iron oxide nanoparticles L. Herojit Singh, S. S. Pati, A. C. Aderbal and V. K. Garg, LACAME, 2014, Toluca, Mexico.

Possui doutorado em Ciência dos Materiais (2014 - pela Centro de Indira Gandhi para a pesquisa atômica, IGCAR-Kalpakkam, Índia), mestrado em Física. - 2007 - pela Universidade de Manipur, Manipur, Índia). Tem interesse na área de Materiais Magnéticos e Propriedades Magnéticas, e aplicações em ciências de saude.