  We describe the capture, fusion, fission and evaporation residue formation
cross sections of superheavy nuclei within the proposed earlier two stages
dynamical model. The approaching of the projectile nucleus to the target
nucleus is described in the first stage of the model. On the second stage, the
evolution of the system formed after the touching of the projectile and target
nuclei is considered. The evolution of the system on both stages is described
by Langevin equations. The transport coefficients of these equations are
calculated within the microscopic linear response theory. The mutual
orientation of the colliding ions, the tunneling through the Coulomb barrier in
the entrance channel and the shell effects in the potential energy on both
stages of the calculations are taking into account. The obtained results are
compared with the available experimental data and other theoretical
predictions.
