Remarks on the chiral phase transition in chromodynamics

Pisarski, Robert D., Wilczek, Frank·1984·Physical Review D

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    N. Attig, B. Pettersson, M. Wolff · 1987 · Physics Letters B
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  98. On the order of the phase transition in three-dimensionalSU(N)⊗SU(N) and U(N)⊗U(N) Heisenberg models and finite temperature QCD
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  99. Composite reweighting SU(2) QCD at finite temperature
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