The plasma model for J/[psi] suppression in heavy ion collisions

Karsch F (1989)
Nuclear Physics, A 498: 489-494.

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Journal Article | Published | English
Abstract
The formation of a quark-gluon plasma in ultra-relativistic heavy ion collisions is expected to lead to a substantial reduction of the J/[psi] yield. We outline the basic features of the plasma model, discuss the expected transverse energy and momentum dependence of the suppression pattern and give a comparison with experimental data.
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Karsch F. The plasma model for J/[psi] suppression in heavy ion collisions. Nuclear Physics, A. 1989;498:489-494.
Karsch, F. (1989). The plasma model for J/[psi] suppression in heavy ion collisions. Nuclear Physics, A, 498, 489-494.
Karsch, F. (1989). The plasma model for J/[psi] suppression in heavy ion collisions. Nuclear Physics, A 498, 489-494.
Karsch, F., 1989. The plasma model for J/[psi] suppression in heavy ion collisions. Nuclear Physics, A, 498, p 489-494.
F. Karsch, “The plasma model for J/[psi] suppression in heavy ion collisions”, Nuclear Physics, A, vol. 498, 1989, pp. 489-494.
Karsch, F.: The plasma model for J/[psi] suppression in heavy ion collisions. Nuclear Physics, A. 498, 489-494 (1989).
Karsch, Frithjof. “The plasma model for J/[psi] suppression in heavy ion collisions”. Nuclear Physics, A 498 (1989): 489-494.
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