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Maximum Azimuthal Anisotropy of Neutrons from Nb-Nb Collisions at 400 AMeV and the Nuclear Equation of State

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arxiv nucl-th/9304009 v1 pith:KPA2TJKZ submitted 1993-04-13 nucl-th

M. Elaasar , R. Madey , W. M. Zhang , J. Schambach , D. Keane , B. D. Anderson , A. R. Baldwin , J.W. Watson
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G. D. Westfall G. Krebs H. Wieman C. Gale K. Haglin
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classification nucl-th
keywords azimuthalneutronsanisotropymaximumnuclearcalculationscollisionscross
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We measured the first azimuthal distributions of triple--differential cross sections of neutrons emitted in heavy-ion collisions, and compared their maximum azimuthal anisotropy ratios with Boltzmann--Uehling--Uhlenbeck (BUU) calculations with a momentum-dependent interaction. The BUU calculations agree with the triple- and double-differential cross sections for positive rapidity neutrons emitted at polar angles from 7 to 27 degrees; however, the maximum azimuthal anisotropy ratio for these free neutrons is insensitive to the size of the nuclear incompressibility modulus K characterizing the nuclear matter equation of state.

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