  We analyze the anomalies of superconducting state in the model of pseudogap
state induced by fluctuations of short - range order of "dielectric" (AFM(SDW)
or CDW) type, and based on the scenario of "hot spots" formation on the Fermi
surface, with the account of all Feynman graphs for electron interaction with
pseudogap fluctuations, leading to strong scattering around the "hot spots". We
determine the dependence of superconducting critical temperature T_c on the
effective width of the pseudogap, correlation length of short - range order and
concentration of nonmagnetic impurities. We also discuss possible connection of
these results with the general form of the phase diagram of superconducting
cuprates.
