NONEOUILIBRIUM PHONON FLUX DRIVE OF CARRIERS
Yu.Yu. Vorobjev, E.
P. FetisovMoscow Physical Engineering Institute, Moscow, Russia
The processes accompanied relaxation of nonequilibrium carrier and ballistic phonone generation and the character of nonequilibrium phonone-carrier interaction ("phonone wind") on quasistationary and impulse excitation were considered. The case of long excitation pulses typical for "cold laser" was in detail investigated. Time and radial dependence of carrier concentration on phonone power and diamond purity was received by numerical calculation.