Rinku Sharma
Associate Professor
Applied Physics
Delhi Technological University
India
Biography
Rinku Sharma is currently working as an Associate Professor in Department of Applied Physics at Delhi Technological University. Her research interests includes Interaction of Superintense, femto-second Laser Fields with Atoms, and Molecules-involving Multiphoton Processes, Collisions in Intense Short Laser Pulses, Atomic structure calculations for multi-electron atoms and ions using Configuration Interaction Technique, Electron impact Excitation Collision Strengths and Rate Coefficients having application in Astrophysics, Plasma Physics and Nuclear Fusion Reactors, Photoionization of complex ions and atoms, Plasma Physics/Plasma Applications, Nanotechnology, THz Radiation Emission.
Research Interest
Interaction of Superintense, femto-second Laser Fields with Atoms, and Molecules-involving Multiphoton Processes, Collisions in Intense Short Laser Pulses, Atomic structure calculations for multi-electron atoms and ions using Configuration Interaction Technique, Electron impact Excitation Collision Strengths and Rate Coefficients having application in Astrophysics, Plasma Physics and Nuclear Fusion Reactors, Photoionization of complex ions and atoms, Plasma Physics/Plasma Applications, Nanotechnology, THz Radiation Emission
Publications
-
Vinod Prasad, Rinku Sharma, PC Mathur, Man Mohan (1998) Rotational transitions in the presence of a Laser field. Journal of Molecular Physics 689-693.
-
Arun Goyal, Indu Khatri, Narendra Singh, AK Singh, Rinku Sharma, et al. Atomic Structure Calculations and Study of EUV and SXR spectral lines in Cu-like ions. Canadian Journal of Physics 94: 839-852.
-
Sanjay Gulia, Kamal K. Gulati, Vijayeta Gambhir, Rinku Sharma, MN Reddy (2016) Trace detection of explosives and their derivatives in stand-off mode using Time-gated Raman Spectroscopy. Journal of Vibrational Spectroscopy 87: 207–214.
