UNSTEADY ENERGY TRANSFER BY SOLITON-LIKE WAVES IN A 
SOLID BODY AFTER EXPOSURE TO A LASER PULSE
E. M. Kudryavtsev , V. I. Emel'yanov , and M. Autric

UDC 536.21.33:621.375.826

The authors report results of experimental and theoretical 
studies of the soliton nature of laser-induced nonequilibrium wave 
processes of energy transfer in solid bodies 1 sec - 10 sec 
after exposure to pulsed laser radiation. These 
results can serve as a key to the understanding of a new phenomenon 
that has been observed in investigation of the effect of IR laser 
radiation on various classes of solid bodies, namely, a wave of change 
in the optical reflection and electrical conduction. Investigation 
of this phenomenon pertains to a fundamental problem of solid-state 
physics and thermal physics related to investigation of the nonequilibrium 
process of transfer of energy absorbed in a substance under pulsed 
action of high-power electromagnetic, heat, or corpuscular fluxes.

JEPTER7492020004
JEPTER749204