  Transverse momentum spectra of the non-strange, strange and multi-strange
particles in central and peripheral Copper-Copper, Gold-Gold and Lead-Lead
collisions are analyzed by the blast wave model with Boltzmann Gibbs
statistics. The model results are approximately in agreement with the
experimental data measured by BRAHMS, STAR, SPS, NA 49 and WA 97 Collaborations
in special transverse momentum ranges. Bulk properties in terms of kinetic
freeze out temperature, transverse flow velocity and freezeout volume are
extracted from the transverse momentum spectra of the particles. Separate
freeze out temperatures are observed for the non-strange, strange and
multi-strange particles which maybe due to different reaction cross-sections of
the interacting particles and it reveals the triple kinetic freezeout scenario
in collisions at BRAHMS, STAR, SPS, NA 49 and WA 97 Collaborations, however the
transverse flow velocity and freezeout volume are mass dependent and they
decrease with the increasing the rest mass of the particles. Furthermore, the
kinetic freezeout temperature, transverse flow velocity and kinetic freezeout
volume in central nucleus-nucleus collisions are larger than those in
peripheral collisions. Besides, the larger kinetic freezeout temperature and
freezeout volume are observed in the most heaviest nuclei collisions,
indicating their dependence on the size of interacting system
