  We investigate the freeze-out conditions of a particle in an expanding system
of interacting particles in order to understand the productions of resonances,
hadronic molecules and light nuclei in heavy ion collisions. Applying the
kinetic freeze-out condition with explicit hydrodynamic calculations for the
expanding hadronic phase to the daughter particles of $K^*$ mesons, we find
that the larger suppression of the yield ratio of $K^*/K$ at LHC than at RHIC
compared to the expectations from the statistical hadronization model based on
chemical freeze-out parameters reflects the lower kinetic freeze-out
temperature at LHC than at RHIC. Furthermore, we point out that for the light
nuclei or hadronic molecules that are bound, the yields are affected by the
freeze-out condition of the respective particle in the hadronic matter, which
leads to the observation that the deuteron production yields are independent of
the size of deuteron, and depend only on the number of ground state
constituents.
