Dynamics of transformation of conduction electrons into charge-density-wave soliton at low temperatures

Abstract

The analytical model which describes the dynamics of transformation of conduction electrons into nonlinear charge-carrying excitations of CDW in quasi-one-dimensional Peierls-Frohlich conductors is formulated and studied by the inverse scattering transformation method. The pair of self-trapped conduction electrons transform into a charged 2л-кіпк localized in a single conducting chain and surrounded by dipoles in neighboring chains