Kinetics of void and dislocation loop growth in metals irradiated by high fluence of fast neutrons

To facilitate the choice of structural materials unsusceptible to swelling, a model is proposed describing material behaviour under fast neutron irradiation up to high fluence values. On the basis of the Lifshits-Slezov method the coalescence of new phase particles in a two-component oversaturated solution is considered. The distribution functions for pores and loops versus size are obtained