S K Datta
Articles written in Pramana – Journal of Physics
Volume 20 Issue 4 April 1983 pp 313-325 Statistical Mechanics
Thermodynamics and structure of simple dense fluids
The perturbation theory of Weeks, Chandler and Anderson (
Volume 25 Issue 3 September 1985 pp 335-340 Liquid State
First order quantum correction to the free energy of simple liquids
Using the perturbation theory of Weeks
Volume 54 Issue 3 March 2000 pp 355-363 Research Articles
Incomplete fusion reactions in 16O+165Ho
Anil Sharma B Bindu Kumar S Mukherjee S Chakrabarty B S Tomar A Goswami G K Gubbi S B Manohar A K Sinha S K Datta
Excitation functions for evaporation residues of the system 16O + 165Ho have been measured up to 100 MeV. Recoil range distribution of long lived reaction products were measured at 16O beam energy of 100 MeV. Detailed Monte Carlo simulation of recoil range distributions of products were performed with the help of PACE2 code, in order to extract the contributions of incomplete fusion in the individual channels. The results clearly show the incomplete fusion contributions in the tantalum and thulium products. This is confirmed by the predictions of breakup fusion model of the incomplete fusion.
Volume 57 Issue 1 July 2001 pp 199-202 Contributed Papers, Nuclear Reactions
Measurement of fission anisotropy for 16O+181Ta
Bivash R Behera Subinit Roy P Basu M K Sharan S Jena M Satpathy M L Chatter Jee S K Datta
Anisotropies in fission fragment angular distributions measured for the system 16O + 181Ta over a range of bombarding energies from 83 MeV to 120 MeV have been analysed. It is shown that statistical transition state model (TSM) with pre-scission neutron correction described adequately the measured anisotropy data. Strong friction parameter is found to be necessary to estimate the pre-saddle to pre-scission neutron ratio.
Volume 59 Issue 5 November 2002 pp 881-884
First on-line test of the LINAC superbuncher at nuclear science centre
S Ghosh R Mehta P N Prakash A Mandal G K Chaudhari S S K Sonti D S Mathuria K K Mistry A Rai S Rao P Barua A Pandey B K Sahu A Sarkar G Joshi S K Datta R K Bhowmik A Roy
An on-line test of the LINAC superbuncher at Nuclear Science Centre has been successfully performed. DC O7+ beam of nominal energy 92 MeV was accelerated through the superbuncher resonator, operating at a field of 4.54 MV/m. The total energy gain of the beam was measured to be 4.5 MeV. For the pulsed beam test a phase locked bunched beam of O7+ of nominal energy 92 MeV, FWHM 1.3 ns from the pre-tandem multiharmonic buncher was injected into the superbuncher. By properly adjusting the phase and amplitude of the resonator, the best FWHM of the bunched beam was measured to be 185 ps near the entrance of the first LINAC module. Fully depleted cooled surface barrier detector was used for measuring the time width. In a separate experiment the intrinsic time resolution of the same detector was measured to be 134 ps. Consequently the intrinsic time width of the bunched beam, after correcting for the detector resolution, would be 127 ps. Details of the experiment and results are presented.
Volume 97, 2023
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