Catalitically Induced D-D Fusion in Ferroelectrics

Seminar “Cold Fusion and Fireball” in Rudn

“…Tsarev, when him it came time to go into a long scientific trip abroad, he was suggested me to organize conduct of his seminar in the RUDN University, helped by a lightweight access to the RUDN and his international status. In addition in our group at the chair of theoretical physics and mechanics, Faculty of physics, mathematics and natural sciences of RUDN University after several years of experimental research, within one of the main scientific directions of faculty -research in the field of interaction of the electromagnetic radiation with matter, particle physics, physics of metals and alloys aimed at creation of energy-saving technologies and environmentally friendly energy,for the first time managed to observe the neutrons emitted by deuterated ferroelectric in the process of repolarization in an electric field [2], the world's first work on the initiation of nuclear reactions in ferroelectrics. Moreover, the experiment was reliable reproducible.…”

3DII implantation effect on corrosion properties of the AISI/SAE 1020 steel

“…Compared to the conventional thermal methods, the 3DII method, which belongs to the plasma assisted methods, is an alternative one because in it the limits for implanted substance concentration are determined by the kinetic interaction of high energy ions with the crystal structure and not by the diffusion constants of the saturation equilibrium [4]. The JUPITER (Joint Universal Plasma and Ion Technology Reactor) equipment designed for practical application of 3DII technology is put into practice in the Plasma Physics Laboratory at the Industrial University of Santander [5]. The discharges ignited in the JUPITER vacuum chamber guarantee a normal incidence on the treated surface of monoenergetic ions of the substance designated to modify the solid surface layer [6].…”