  We consider the ordering kinetics in a strongly non-equilibrium state of a
(weakly) interacting Bose gas, characterized, on one hand, by large occupation
numbers, and, on the other hand, by the absence of long-range order. Up to
higher-order corrections in inverse occupation numbers, the evolution is
described by non-linear Schrodinger equation with a turbulent initial state.
The ordering process is rather rich and involves a number of qualitatively
different regimes that take place in different regions of energy space.
Specially addressed is the case of evolution in an external potential.
