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Reaction Plane Determination for ^(64)Zn+^(27)Al Collisions at Intermediate Energy
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作者 A.Buta J.C.Angelique +22 位作者 G.Bizard R.Brou d.cussol A.Kerambrun J.P.Patry J.Peter R.POpescu R.Regimbart J.C.Steckmeyer B.Tamain E.Vient G.Auger C.Cabot E.Crema A.Peghaire F.Saint-Laurent M.Gonin K.Hagel R.Wada P.Eudes C.Lebrun E.Rosato Y.El Masri 《Chinese journal of nuclear physics》 1994年第3期207-210,共4页
The collective flow for <sup>64</sup>Zn+<sup>27</sup>Al system is measured at intermediate energyby using a 4π multidetector array in conjunction with an array of Si telescopes.Theevents have ... The collective flow for <sup>64</sup>Zn+<sup>27</sup>Al system is measured at intermediate energyby using a 4π multidetector array in conjunction with an array of Si telescopes.Theevents have been sorted versus the impact parameter by means of global variables.Three methods of reaction plane determination are compared:sphericity tensor method,transverse momentum analysis,and azimuthal correlation method.For this system,thetransverse momentum analysis method is the best one. 展开更多
关键词 COLLECTIVE flow REACTION PLANE Transverse MOMENTUM analysis Azimuthal correlation
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