Applied Physics and Mathematics Annotation << Back Simulation of thermonuclear process esunder the action of super-intensefemtosecond laser pulseson the thin-film palladium deuteride targets Andreev S.N.Eremeicheva Yu.I.Tarakanov V.P. Numerical simulation and theoretical analysis of thermonuclear processes under the action of super-intense femtosecond laser pulses on the thin-film micron-sized palladium deuteride targets is done. The processes of bremsstrahlung gamma radiation generation under the coulomb scattering of accelerated electrons on palladium nuclei, deuteron photodissociation and synthesis reactions were taking into account. Energetic spectra, duration, fluence of neutron sources, which arise during deuteron photodissociation and nuclear synthesis reactions as a functions of target thickness and laser pulse intensity are investigated. Maximal values of neutron flux density are calculated being several orders of magnitude higher than corresponding values of the other type modern neutron sources. Keywords: relativistic laser plasma, neutron source, deuteron photodissociation, bremsstrahlung gamma radiation, palladium deuteride. Contacts: E-mail: andreevsn@ran.gpi.ru Pp. 03-10.