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At $ T = 0 $ the surface tension $ \sigma ^{1/3} $ in the MIT bag model for asingle hadron is known to be negligible as compared to the bag pressure $B^{1/4}$. We show that at finite temperature it has a substantial value of 50 -70 MeV which also differ from hadron to hadron. We also find that the dynamicsof the Quark-Gluon Plasma is such that the creation of hybrids $(s\bar{s}g)$with massive quarks will predominate over the creation of $ (s\bar{s}) $mesons.Comment: Substantial changes in the revised version and a new author included,  13 pages in Latex and one figur

SURFACE TENSION AT FINITE TEMPERATURE IN THE MIT BAG MODEL