Coupling constant in thermal QCD at one loop order

Baier R, Pire B, Schiff D (1991)
NUCLEAR PHYSICS A 525: 401-404.

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The finite temperature one loop renormalization of the pure QCD coupling constant in the real-time as well as in the imaginary-time formalism is discussed. The temperature dependence of the thermal beta-T coefficient is derived in a generalized momentum subtraction scheme, and the behaviour for asymptotic temperatures is investigated.
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Baier R, Pire B, Schiff D. Coupling constant in thermal QCD at one loop order. NUCLEAR PHYSICS A. 1991;525:401-404.
Baier, R., Pire, B., & Schiff, D. (1991). Coupling constant in thermal QCD at one loop order. NUCLEAR PHYSICS A, 525, 401-404.
Baier, R., Pire, B., and Schiff, D. (1991). Coupling constant in thermal QCD at one loop order. NUCLEAR PHYSICS A 525, 401-404.
Baier, R., Pire, B., & Schiff, D., 1991. Coupling constant in thermal QCD at one loop order. NUCLEAR PHYSICS A, 525, p 401-404.
R. Baier, B. Pire, and D. Schiff, “Coupling constant in thermal QCD at one loop order”, NUCLEAR PHYSICS A, vol. 525, 1991, pp. 401-404.
Baier, R., Pire, B., Schiff, D.: Coupling constant in thermal QCD at one loop order. NUCLEAR PHYSICS A. 525, 401-404 (1991).
Baier, Rudolf, Pire, B., and Schiff, D. “Coupling constant in thermal QCD at one loop order”. NUCLEAR PHYSICS A 525 (1991): 401-404.
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