J D Anand
Articles written in Pramana – Journal of Physics
Volume 18 Issue 3 March 1982 pp 279-289 Nuclear And Particle Physics
Coherent pion-photoproduction by deuterons at intermediate energies
V S Bhasin V K Gupta J D Anand
Non-relativistically exact single scattering calculations for coherent pion photoproduction by deuterons at intermediate photon energies (200 MeV to 500 MeV) are presented. For the two-body
Volume 45 Issue 2 August 1995 pp 195-208
Neutrino emissivity of quark matter at finite temperatures
We evaluate the emissivity rates for d-decay and s-decay by exactly solving the angular integrals involved and without assuming the degeneracy of electrons. We have also studied the effects of QCD coupling constant as well as the s-quark mass on the emissivity rates. We find that these parameters are important in determining the threshold and extinction densities for d- and s-decays.
Volume 49 Issue 2 August 1997 pp 225-230 Research Articles
Photon production from baryon rich quark-gluon plasma
We study high energy photon production from a quark-gluon plasma at finite baryon density. We find that the photon production spectrum from the quark-gluon plasma maintained at constant temperature is only mildly dependent on the quark chemical potential.
Volume 49 Issue 4 October 1997 pp 443-453 Research Articles
Bulk viscosity of neutron stars
V K Gupta A Wadhwa S Singh J D Anand
Viscosity of neutron stars has been a continuing area of research for many years now. Recently interest in this field has revived because of the possibility of URCA processes in neutron stars. In this paper we report calculation of the bulk viscosity of neutron stars from these processes. For this purpose we have used the
Volume 52 Issue 2 February 1999 pp 127-132
On quark matter in a strong magnetic field
The effect of strong magnetic field on the bulk properties of quark matter is reinvestigated taking
Volume 54 Issue 5 May 2000 pp 737-749 Research Articles
Bulk viscosity of strange quark matter in density dependent quark mass model
J D Anand N Chandrika Devi V K Gupta S Singh
We have studied the bulk viscosity of strange quark matter in the density dependent quark mass model (DDQM) and compared results with calculations done earlier in the MIT bag model where
Volume 96, 2022
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