5 citations · 5 across the 6 of their papers we have counts for
6 papers
Calculation of the Vacuum Energy Density and Gluon Condensate within Zero Modes Enhancement Model of the QCD Vacuum
V. Gogohia, Gy. Kluge, M. Prisznyák
The nonperturbative vacuum structure which emerges from the zero modes enhancement (ZME) model of the true QCD vacuum, appears to be well suited to describe quark confinement, dyna…
The Isentropic Equilibrium Deconfining Phase Transition in the Extended Bag Model
V. Gogohia, B. Lukács, M. Prisznyák
By using an Ansatz for the pressure (measured in terms of the bag constant) of the hadronic gas in equilibrium, we have formulated a new bag-type model for the phase transition, i.…
An investigation of the phase transition in the extended bag model
V. Gogohia, B. Lukács, M. Prisznyák
By proposing an Ansatz for the pressure (measured in terms of the bag constant) of the hadronic gas in equilibrium, we have formulated a rather simple method which allows one to an…
A Nonperturbative Calculation of Basic Chiral QCD Parameters within Dynamical Equations Approach to QCD at Low Energies
V. Gogohia, Gy. Kluge, M. Prisznyák
Basic chiral QCD parameters (the pion decay constant, the quark and gluon condensates, the dynamically generated quark mass, etc) as well as the vacuum energy density have been cal…
A Nonperturbative Calculation of Basic Chiral QCD Parameters Within Zero Modes Enhancement Model of the QCD Vacuum. II
V. Gogohia, Gy. Kluge, M. Prisznyák
Basic chiral QCD parameters (the pion decay constant, the quark and gluon condensates, the dynamically generated quark mass, etc) as well as the vacuum energy density (up to the si…
A Nonperturbative Calculation of Basic Chiral QCD Parameters Within Zero Modes Enhancement Model of the QCD Vacuum. I
V. Gogohia
A new zero modes enhancement (ZME) model of the true QCD vacuum is breifly described. It makes possible to analytically investigate and calculate numerically low-energy QCD structu…