Flip-flop and deconfinement in a string gas

Goloviznin V, Satz H (1997)
Physics of Atomic Nuclei 60(3): 449-454.

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We study the thermodynamics of a toy model consisting of massless pointlike charges connected pairwise by strings of a constant string tension. At low density, the constituents of this system are massive bound states of finite size; at high density, a flip-flop mechanism allows the pointlike charges to move ''freely'' over macroscopic distances. We determine the critical density at which such a string gas undergoes a transition between the two states and investigate the nature of this transition.
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Goloviznin V, Satz H. Flip-flop and deconfinement in a string gas. Physics of Atomic Nuclei. 1997;60(3):449-454.
Goloviznin, V., & Satz, H. (1997). Flip-flop and deconfinement in a string gas. Physics of Atomic Nuclei, 60(3), 449-454.
Goloviznin, V., and Satz, H. (1997). Flip-flop and deconfinement in a string gas. Physics of Atomic Nuclei 60, 449-454.
Goloviznin, V., & Satz, H., 1997. Flip-flop and deconfinement in a string gas. Physics of Atomic Nuclei, 60(3), p 449-454.
V. Goloviznin and H. Satz, “Flip-flop and deconfinement in a string gas”, Physics of Atomic Nuclei, vol. 60, 1997, pp. 449-454.
Goloviznin, V., Satz, H.: Flip-flop and deconfinement in a string gas. Physics of Atomic Nuclei. 60, 449-454 (1997).
Goloviznin, V, and Satz, Helmut. “Flip-flop and deconfinement in a string gas”. Physics of Atomic Nuclei 60.3 (1997): 449-454.
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