格子状極小磁場によるプラズマの保持

概要

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Containments of plasma is described on the basies of retarding the diffusion of plasma by the magnetic field. Especially, the lattice-like minimum-B field is proposed and the possibility of controlled thermonuclear fusion reaction is discussed for this system. The lattice-like minimum-B field is produced by the group of currents flowing along lines, which are parallel with the axes of Cartesian co-ordinate and are not intersected with each other. Plasmas are temporarily trapped in cells (vicinities of lattice point of B=0) which is systematically distributed in the system. Travelling of plasma trapped in the cell was treated as usual diffusion process among these cells. And when number of lattice point in the system is S3, the measure of fusion reaction λ which is equivalent to well known parameter nt for usual system, is improved in proportion to S-S2 in comparison with usual system having single trapping region.
社団法人プラズマ・核融合学会の論文