A DETERMINATION OF INTERFACE-FREE ENERGIES

BILLOIRE A, Neuhaus T, BERG BA (1994)
NUCLEAR PHYSICS B 413(3): 795-812.

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Abstract
We determine the interface free energy F(o.d.) between disordered and ordered phases in the q = 10 and q = 20 2d Potts models using the results of multicanonical Monte Carlo simulations on L2 lattices, and suitable finite-volume estimators. Our results, when extrapolated to the infinite-volume limit, agree to high precision with recent analytical calculations. At the transition point beta(t) the probability distribution function of the energy exhibits two maxima. Their locations have 1/L2 corrections, in contradiction with claims of 1/L behavior made in the literature. Our data show a flat region in between the two maxima which characterizes two domain configurations.
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BILLOIRE A, Neuhaus T, BERG BA. A DETERMINATION OF INTERFACE-FREE ENERGIES. NUCLEAR PHYSICS B. 1994;413(3):795-812.
BILLOIRE, A., Neuhaus, T., & BERG, B. A. (1994). A DETERMINATION OF INTERFACE-FREE ENERGIES. NUCLEAR PHYSICS B, 413(3), 795-812.
BILLOIRE, A., Neuhaus, T., and BERG, B. A. (1994). A DETERMINATION OF INTERFACE-FREE ENERGIES. NUCLEAR PHYSICS B 413, 795-812.
BILLOIRE, A., Neuhaus, T., & BERG, B.A., 1994. A DETERMINATION OF INTERFACE-FREE ENERGIES. NUCLEAR PHYSICS B, 413(3), p 795-812.
A. BILLOIRE, T. Neuhaus, and B.A. BERG, “A DETERMINATION OF INTERFACE-FREE ENERGIES”, NUCLEAR PHYSICS B, vol. 413, 1994, pp. 795-812.
BILLOIRE, A., Neuhaus, T., BERG, B.A.: A DETERMINATION OF INTERFACE-FREE ENERGIES. NUCLEAR PHYSICS B. 413, 795-812 (1994).
BILLOIRE, A, Neuhaus, Thomas, and BERG, BA. “A DETERMINATION OF INTERFACE-FREE ENERGIES”. NUCLEAR PHYSICS B 413.3 (1994): 795-812.
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