  The charged and magnetic states of isolated impurities dissolved in amorphous
metallic alloy are investigated. The Hamiltonian of the system under study is
the generalization of Anderson impurity model. Namely, the processes of elastic
and non-elastic scattering of conductive electrons on the ions of a metal and
on a charged impurity are included. The configuration averaged one-particle
Green's functions are obtained within Hartree-Fock approximation. A system of
self-consistent equations is given for calculation of an electronic spectrum,
the charged and the spin-polarized impurity states. Qualitative analysis of the
effect of the metallic host structural disorder on the observed values is
performed. Additional shift and broadening of virtual impurity level is caused
by a structural disorder of impurity environment.
