Fig. 1. Particle scatter plot in the reaction plane for Au+Au collisions with impact parameter b=6 fm at beam energies of E_lab=0.4A GeV and 0.8A GeV

Fig. 2. Time evolution of px2, py2, pz2, px2-py2, px2+py2, and pt of traced nucleons calculated without Fermi momentum, with Fermi momentum, and with half-Fermi momentum at a beam energy of E_lab= 0.4A GeV

Fig. 3. (a) Time evolution of v₂ of traced nucleons calculated without Fermi momentum, with Fermi momentum, and with half-Fermi momentum at a beam energy of E_lab= 0.4A GeV, (b) time evolution of v₂ of traced nucleons without Fermi momentum and with Fermi momentum at a beam energy of E_lab= 0.8A GeV

Fig. 4. Time evolution of Δv2mf(t) and Δv2coll(t) of traced nucleons calculated (a) without Fermi momentum and (b) with Fermi momentum at a beam energy of E_lab= 0.4A GeV. (a1, b1) The same as the left panels but at a beam energy of E_lab= 0.8A GeV. The lines are smooth curves fitted through the calculated points.

Fig. 5. Time evolution of the number of collisions per event experienced by traced nucleons with and without Fermi momentum at a beam energy of E_lab=0.4A GeV