28 citations · 31 across the 6 of their papers we have counts for
6 papers
The phase structure of QGP-Hadron in a statistical model using Cornell, Richardson and Peshier potentials
R. Ramanathan, Agam K. Jha, K. K. Gupta +1
We study the phase structure of the QGP-Hadron system under quasi-static equilibrium using the Ramanathan et al. statistical model for the QGP fireball formation in a hadronic medi…
Effect of finite chemical potential on QGP-Hadron phase transition in a statistical model of fireball formation
R. Ramanathan, Agam k. Jha, K. k. Gupta +1
We study the effect of finite chemical potential for the QGP constituents in the Ramanathan et al. statistical model (Phys.Rev.C70, 027903,2004). While the earlier computations usi…
Thermal and interfacial properties of a Quark Gluon Plasma droplet in a hadronic medium via a statistical model
R. Ramanathan, Agam K. Jha, S. S. Singh +1
Thermal and interfacial properties of a QGP droplet in a hadronic medium are computed using a statistical model of the system. The results indicate a weakly first order transition…
A Comparative Study of Two Models of QGP-Fireball Formation
R. Ramanathan, Y. K. Mathur, K. K. Gupta +2
A Comparative study of the strengths and weakness of the models of fireball formation namely the statistical model of Ramanathan et.al (Physical Review C 70, 027903, 2004) and the…
A Simple Statistical Model for Analysis of QGP-droplet (Fireball) Formation
R. Ramanathan, Y. K. Mathur, K. K. Gupta +1
We construct the density of states for quarks and gluons using the `Thomas - Fermi model' for atoms and the `Bethe model' for nucleons as templates. With parameters to take care of…
A Simple Statistical Model for QGP Phenomenology
R. Ramanathan, Y. K. Mathur, K. K. Gupta +1
We propose a simple statistical model for the density of states for quarks and gluons in a QGP droplet, making the Thomas-Fermi model of the atom and the Bethe-model for the nucleo…