V Jha
Articles written in Pramana – Journal of Physics
Volume 66 Issue 5 May 2006 pp 885-892
ENSTAR detector for
A Chatterjee B J Roy V Jha P Shukla H Machner
We have initiated a search for a new type of nuclear matter, the
Volume 66 Issue 5 May 2006 pp 893-901
Isospin symmetry violation, meson production and η-nucleus interaction studies
B J Roy V Jha A Chatterjee H Machner
We have studied isospin symmetry violation in nuclear reactions by measuring simultaneously the cross-section of the following two reactions
Volume 66 Issue 5 May 2006 pp 943-946
Study of
V Jha B J Roy A Chatterjee H Machner
The question of possible existence of
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 86 Issue 1 January 2016 pp 97-108
B J Roy A Parmar T Nandi Biraja Mohanty M Oswal Sunil Kumar A Jhingan V Jha D C Biswas
Cross-sections for one- and multinucleon transfer reactions, namely, 58Ni(12C, 13C), 58Ni(12C, 11C), 58Ni(12C, 11B), 58Ni(12C, 10B), 58Ni(12C, 10Be), 58Ni(12C, 9Be), 58Ni(12C, 8Be𝑔.s.), 58Ni(12C, 7Be), 58Ni(12C, 7Li) and 58Ni(12C, 6Li) have been measured at an incident energy of 60 MeV. The reaction cross-section for the corresponding transfer channels in the system 12C+56Fe have also been measured under the same kinematical conditions. Angular distribution of the elastic scattering cross-section is measured at 60 MeV. The measured elastic scattering angular distributions for these two systems have been analysed using the optical model search code SFRESCO and the potential parameters are extracted. The multinucleon transfer data are analysed to obtain cross-section dependence on the number of nucleons transferred and on the ground state 𝑄-values. The transfer probabilities for multinucleon stripping are extracted. A detailed comparison in the multiparticle stripping and elastic scattering cross-sections between these two systems are made to understand the mechanism of multinucleon transfer and possible role of two extra protons in 58Ni target nucleus as compared to the 56Fe core.
Volume 97, 2023
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