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Chiral parameters in a Coulomb-gauge model of chiral-symmetry breaking.

Chiral-symmetry breaking and confinement are studied in a Coulomb-gauge model of QCD. The gap equation for the generated quark self-mass is solved using the approximation of a constant interquark potential at low energies. By fitting to the experimental value of f/sub ..pi../, good agreement is found for the constituent mass m/sup */ and the quark condensate . Finite-temperature corrections are included, and it is shown that in this approximation chiral-symmetry breaking persists to all temperatures in the absence of deconfinement.