Electronically driven neutrons synthesis-generator with the magneto-optical flow seal

Abstract

We develop the description of a neutron generator construction for the synthesis of light nuclei. The design of the neutron generator with plasma target is given together with a description of the types of nuclear reactions that are implemented in it. The brief theoretical description of the ion multiphase flow in the synthesis generator is considered.

Electronically Controlled Plasma Power Devices for Sustainable and Environmentally Friendly Electric Energy Technologies

“…The substantiation of the scientific, technical and technological novelty of the developed scientific and technical solutions underlying the created product is given. Some similar developments were considered also in [8][9][10].…”

“…It is well known, that plasma is determined at temperatures above 10 8 K and the Lawson test (nτ > 10 14 /m 3 s, where n is the density of the high-temperature plasma, τ is the time of its retention in the system). The minimal energy of the incident flux must be no less than the threshold energy [9] 0.25 MeV for the reaction p+ 7 Li→ 2 4 He+γ at the energy yield of 17.3 MeV.…”

“…The set of methods defining the laws of charged particles parameters changes: energy E, particle current I, concentration n, period Tsl determine the production of electronically controlled flows of charged particles [9,14]. The approach is based on the formation of the linear flux Pi from ion source with the average value of ion current I0.…”

“…Estimates of the generator power for different amounts of the substance involved in the synthesisAdvances in Engineering Research, volume 210for the given number of ions. Considering that 8 grams of LiH contains 6.022140857 * 1023 nucleons[9], Table 2 indicates the energies required and produced by the generator.…”