Exact equation of state for ideal relativistic quantum gases

Karsch F, Miller D (1980)
Physical Review, A 22(3): 1210-1219.

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Journal Article | Published | English
Abstract
The use of analytical methods yields the fugacity of the ideal relativistic quantum gases in terms of the particle densities, pressures, and energy densities, which we compute numerically. The exact equation of state in the thermodynamic limit arising from these solutions may be computed and compared with their respective series expansions.
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Karsch F, Miller D. Exact equation of state for ideal relativistic quantum gases. Physical Review, A. 1980;22(3):1210-1219.
Karsch, F., & Miller, D. (1980). Exact equation of state for ideal relativistic quantum gases. Physical Review, A, 22(3), 1210-1219.
Karsch, F., and Miller, D. (1980). Exact equation of state for ideal relativistic quantum gases. Physical Review, A 22, 1210-1219.
Karsch, F., & Miller, D., 1980. Exact equation of state for ideal relativistic quantum gases. Physical Review, A, 22(3), p 1210-1219.
F. Karsch and D. Miller, “Exact equation of state for ideal relativistic quantum gases”, Physical Review, A, vol. 22, 1980, pp. 1210-1219.
Karsch, F., Miller, D.: Exact equation of state for ideal relativistic quantum gases. Physical Review, A. 22, 1210-1219 (1980).
Karsch, Frithjof, and Miller, David. “Exact equation of state for ideal relativistic quantum gases”. Physical Review, A 22.3 (1980): 1210-1219.
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