Physical Review Letters · 1979 · 242 citations · 9 references
Natural SciencesPhysicsNuclear PhysicsParticle PhysicsThermodynamicsNuclear Equation Of StateNuclear ForcesNuclear MatterNuclear MechanicsNuclear StructureStrong InteractionAttractive Force ModelsDense Baryonic MatterEffective InteractionsEquation Of State Of Dense MatterEquation Of State Of Nuclear MatterMany-body Nuclear ForcesNuclear Matter At Finite DensityNuclear Matter Equation Of State
The entropy of the fireball formed in central collisions of heavy nuclei at center-of-mass kinetic energies of a few hundred MeV per nucleon is estimated from the ratio of deuterons to protons at large transverse momentum. The observed paucity of deuterons suggests that strong attractive forces are present in hot, dense nuclear matter, or that degrees of freedom beyond the nucleon and pion may already be realized at an excitation energy of 100 MeV per baryon.
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Evidence for a Blast Wave from Compressed Nuclear Matter
Philip J. Siemens, John Rasmussen · Physical Review Letters · 1979 · 392 citations · Full text
Natural Sciences, Physics, Blasting +14
Shock waves in colliding nuclei
Michael I. Sobel, Philip J. Siemens, Jakob P. Bondorf et al. · Nuclear Physics A · 1975 · 182 citations
Composite particle emission in relativistic heavy ion collisions
M.C. Lemaire, S. Nagamiya, S. Schnetzer et al. · Physics Letters B · 1979 · 110 citations · Full text