S Santra
Articles written in Pramana – Journal of Physics
Volume 72 Issue 2 February 2009 pp 363-373 Research Articles
Reaction mechanism study of 7Li(7Li, 6He) reaction at above Coulomb barrier energies
V V Parkar V Jha S Santra B J Roy K Ramachandran A Shrivastava K Mahata A Chatterjee S Kailas
The elastic scattering and the 6He angular distributions were measured in 7Li + 7Li reaction at two energies, $E_{lab} = 20$ and 25 MeV. FRDWBA calculations have been performed to explain the measured 6He data. The calculations were very sensitive to the choice of the optical model potentials in entrance and exit channels. The one-step proton transfer was found to be the dominant reaction mechanism in 6He production.
Volume 75 Issue 1 July 2010 pp 1-1
R K Choudhury A K Mohanty A Saxena K Mahata S Santra
Volume 75 Issue 2 August 2010 pp 1-1
R K Choudhury A K Mohanty A Saxena K Mahata S Santra
Volume 81 Issue 4 October 2013 pp 587-602 Research Articles
Elastic scattering and fusion cross-sections in $^{7}{\text{Li}} + ^{27}{\text{Al}}$ reaction
D Patel S Santra S Mukherjee B K Nayak P K Rath V V Parkar R K Choudhury
With an aim to understand the effects of breakup and transfer channels on elastic scattering and fusion cross-sections in the $^{7}{\text{Li}} + ^{27}{\text{Al}}$ reaction, simultaneous measurement of elastic scattering angular distributions and fusion cross-sections have been carried out at various energies ($E_{\text{lab}} = 8.0–16.0$ MeV) around the Coulomb barrier. Optical model (
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