Development of various analytical methods for assay of metal ions and anions present in different matrices
Analytical chemistry & Radioanalytical Chemistry support to KAMINI, FBTR, MAPS, PFBR and different laboratories in IGCAR and other facilities at Kalpakkam
Low temperature spectroscopy to study the hydrogen and pnicogen bonded interactions and corroborating with computational methods.
Unravelling the conformations of phosphate based extractants to understand third phase formation related to aqueous reprocessing.
Development of laser-based characterization techniques such as Laser Induced Breakdown spectroscopy (LIBS) and Cavity Ring Down Spectroscopy (CRDS).
Preparation and characterization of graphene oxide membrane and tailoring them for the separation of various metal ions relevant to reprocessing.
Production of Sr-89 radioisotope for bone pain palliative treatment, an import substitute, and a 'ATMA NIRBHAR BHARAT program'
Development of flow sheets for the production of P-32 using the fast neutron of FBTR
Neutron Activation Analysis of samples from different matrices using the irradiation facility in KAMINI
Dissolution of irradiated fuel at Hot-cell for the determination of Burn-up
Demonstration of pyro processing of U-Zr irradiated fuel using hot cell facility.
Development of laser based analytical techniques adaptable to Hot-Cell
Achievements
Development of various analytical methods for assay of metal ions and anions present in different matrices
Analytical chemistry & Radioanalytical Chemistry support to KAMINI, FBTR, MAPS, PFBR and different laboratories in IGCAR and other facilities at Kalpakkam
Low temperature spectroscopy to study the hydrogen and pnicogen bonded interactions and corroborating with computational methods.
Unravelling the conformations of phosphate based extractants to understand third phase formation related to aqueous reprocessing.
Development of laser-based characterization techniques such as Laser Induced Breakdown spectroscopy (LIBS) and Cavity Ring Down Spectroscopy (CRDS).
Preparation and characterization of graphene oxide membrane and tailoring them for the separation of various metal ions relevant to reprocessing
Production of Sr-89 radioisotope for bone pain palliative treatment, an import substitute, and a “ATMA NIRBHAR BHART program”
Development of flow sheets for the production of P-32 using the fast neutron of FBTR
Neutron Activation Analysis of samples from different matrices using the irradiation facility in KAMINI
Dissolution of irradiated fuel at Hot-cell for the determination of Burn-up
Demonstration of pyro processing of U-Zr irradiated fuel using hot cell facility.
Development of laser based analytical techniques adaptable to Hot-Cell