Abstract
We have investigated the survival probability of different charmonium states in a high baryon density parton plasma, expected to be produced in nuclear collisions at the Facility for Antiproton and Ion Research. Charmonia are assumed to undergo complete dissociation by color screening if the in-medium Debye radius becomes comparable to the spatial size of the corresponding bound state. Results indicate a nontrivial dependence of the suppression pattern on the plasma evolution dynamics. A much larger magnitude of suppression is foreseen induced by cold nuclear matter compared to that due to plasma screening.
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