  We analyzed the transverse momentum spectra of proton, deuteron and triton in
Boron-Boron (B-B), Oxygen-Oxygen (O-O), and Calcium-Calcium (Ca-Ca) central
collisions, as well as in several centrality bins in Gold-Gold (Au-Au)
collisions at 39 GeV by using the blast wave model with Tsallis statistics. The
bulk properties in terms of kinetic freeze-out temperature, transverse flow
velocity and kinetic freeze-out volume are extracted from the model by the
least square method. We observed that with increasing the rest mass of the
particle, the kinetic freeze-out temperature becomes larger, while transverse
flow velocity and the kinetic freeze-out volume reduces. These parameters are
also found to depend on the size of the system. Larger the size of the system,
the larger they are. Furthermore, the kinetic freeze-out temperature in
peripheral Au-Au collisions is close to the central O-O collisions. We also
observed that the above parameters depend on the centrality, and they decrease
from central to peripheral collisions. Besides, we also extracted the
entropy-index parameter $q$, and the parameter $N_0$ which shows the
multiplicity. Both of them depend on the size of interacting the system, rest
mass of the particle and centrality. Both $q$ and $N_0$ are larger for lighter
particles, and the former is smaller for large systems while the latter is
larger, and the former decrease with increasing centrality while the latter
increase.
