Photoinduced processes, radiation interaction with material and damages - material hardness

Abstract

Photo and nuclear radiation induced processes are considered through the interaction of radiation with semiconducting, metallic and other materials, including the scintillator materials. The improvement of component efficiency by the use of quantum generators, trimming and hybrid processes with nuclear radiation has been analyzed. The studied processes can be positive or negative depending on application. Besides the experimental approach to the processes and chosen interactions, the analytical description of our experiments, as well as ones from other references, has been performed. The contemporary couplings between the nuclear physics, laser techniques and respective dosimetric aspects have been considered. [Projekat Ministarstva nauke Republike Srbije, br. II45003 i br. TP 35046]

Theoretical support of modern issues related to laser techniques, applications of coherent radiation and modern technologies

“…These calculations/analyses started from the beginning of the 20th century, which was almost viewed as frivolous, considering the disbelief that the calculations are valid, and that life on the Globe will prove it. It is not intention to recall the details, but to recall some of the roles of lasers in this area (Srećković M., Karastojković Z. et al, 2014, Srećković M., Ostojić S. et al, 2015.…”