Deuteron disintegration, thermonuclear and nuclear fission reactions induced by γ-quanta in D-saturated palladium and dense deuterium gas with synthesis of new structures

摘要

The results obtained by investigating the chemical composition and structure of Pd sample sur-faces, chamber components, and a new synthesized object (NSO) are presented. The NSO is produced in the chamber with a high-pressure (about 3 kbar) deuterium gas under irradiation by γ-quanta with an energy of 8. 8 MeV. The measured concentrations of chemical elements arisen from nuclear reactions initiated by γ-quanta have made it possible to develop the phenomenological approach to describing the process whereby deuterium atoms are heated by the protons and neutrons of a deuteron photofission reaction, hot D-D fusion, Oppenheimer reactions, and palladium nuclear fission. The coefficient of the process efficiency greatly exceeds unity. A new type of reactors (deuterated nuclear fission reactor) is proposed.