Nuclear Electromagnetic Generator: Mathematical Model on Toroidal Vacuum Scheme

Abstract

This article be parenthetic to the cycle of works devoted mathematical description of analytical means for the solution of some problems of the nuclear electromagnetic generator functioning. These problems are connected with the parameters calculation of external electromagnetic field on the toroid and parameters of charged kinetics which products this field is induced. General scheme of action for the nuclear electromagnetic toroidal vacuum generator (in shortened form: nuclegen) with controlled shields from the radioactive fission substance is adduced. Shields may consist a several layers executed the role of reflector or moderator for oppositely charged products of the fission. Parameters calculation of induced electromagnetic field in the external winding of toroid for the different initial (driving) regimes of functioning generator is produced also.

Nuclear Electromagnetic Generator: Introduction in Charge Algebra and Elements of Charge Kinetics

“…The boost of ionite gas density results in hasty growth of induced of electrical current in the external winding of a nuclear electric generator. It happens according to the electrodynamics peculiarities mentioned above (see the author's article[3], correlations (17)).In agreement with the principals nuclear electrodynamics the solutions to modified Maxwell's equations (the work[3], formulae (7), (8)) for a general electric field can be found in the form constant positive coefficients, 1, m = ∞ . If the Fourier transform of the distribution of field is known at the initial moment of time…”

“…We consider a series of questions connected with composition and solution of kinetic equations for chain nuclear fission products into active zone of nuclear toroidal electric generator [1] [2] [3]. Of course, by spelling of kinetic equations for the reproduction of charged particles and charged splinters of fission this consideration would be accompanied by great share of the convention.…”