Effect of Hadronic Rescattering on Elliptic Flow Following Hydrodynamics Model

B. H. Sa; C. W. Ma; C. Zhong; D. Q. Fang; G. L. Ma; J. G. Chen; J. H. Chen; J. L. Long; J. X. Zuo; K. Wang

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Effect of Hadronic Rescattering on Elliptic Flow Following Hydrodynamics Model

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arxiv nucl-th/0505034 v1 pith:HEX4LYJB submitted 2005-05-12 nucl-th nucl-ex

G. L. Ma , Y. G. Ma , B. H. Sa , X. Z. Cai , J. H. Chen , Z. J. He , J. L. Long , W. Q. Shen

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C. Zhong J. X. Zuo J. G. Chen D. Q. Fang W. Guo C. W. Ma Q. M. Su W. D. Tian K. Wang Y. B. Wei

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keywords hadronicrescatteringellipticflowmodelmomentumeffectfollowing

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abstract

The effect of hadronic rescattering on the elliptic flow has been investigated by the Cooper-Frye hadronization model from hydrodynamic evolution following by the afterburner hadronic rescattering model for 200 GeV/c Au + Au at 20-40% centrality. It is found that the hadronic rescattering can suppress elliptic flow $v_2$ in momentum space especially in lower transverse momentum region. In addition, the hadronic rescattering effects on transverse momentum spectra and anisotropy coordinate space of hadrons are studied.

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