Radial Flow in Au+Au Collisions at E=0.25-1.15 A GeV

M.A. Lisa , S. Albergo , F. Bieser , F.P. Brady , Z. Caccia , D.A. Cebra , A.D. Chacon , J.L. Chance

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Y. Choi S. Costa J.B. Elliott M.L. Gilkes J.A. Hauger A.S. Hirsch E.L. Hjort A. Insolia M. Justice D. Keane J. Kintner H.S. Matis M. McMahan C. McParland D.L. Olson M.D. Partlan N.T. Porile R. Potenza G. Rai J. Rasmussen H.G. Ritter J. Romanski J.L. Romero G.V. Russo R. Scharenberg A. Scott Y. Shao B.K. Srivastava T.J.M. Symons M. Tincknell C. Tuve S. Wang P. Warren G.D. Westfall H.H. Wieman K. Wolf (EOS Collaboration: LBL-Kent State-Purdue-UC Davis-Texas A&M-Catania)

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keywords collisionscomponentenergyflowradialboltzmann-uehling-uhlenbeckbombardingcentrality

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A systematic study of energy spectra for light particles emitted at midrapidity from Au+Au collisions at E=0.25-1.15 A GeV reveals a significant non-thermal component consistent with a collective radial flow. This component is evaluated as a function of bombarding energy and event centrality. Comparisons to Quantum Molecular Dynamics (QMD) and Boltzmann-Uehling-Uhlenbeck (BUU) models are made for different equations of state.

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Radial Flow in Au+Au Collisions at E=0.25-1.15 A GeV

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