Directed beam fusion reaction with ion spin alignment

Details Directed beam fusion reaction with ion spin alignment Directed beam fusion reaction with ion spin alignment

G - Physics

21

B

359/9

G21B 1/00 (2006.01)

Patent

CA 1191284

22 DIRECTED BEAM FUSION REACTION WITH ION SPIN ALIGNMENT ABSTRACT In a fusion reaction where ions from two sources are forced by passage through magnetic fields to travel helically towards each other in opposite senses of rotation and directions at a common radius in an annular reaction zone defined by two coaxial spaced apart electrodes, a low velocity beam of gaseous ions from each source is established. The spins of the ions are aligned while at said low velocity to produce polarized ion beams. The ions in the polarized ion beams are accelerated to fusion velocities for injection into the reaction zone. Magnetic fields are applied to cause opposite directional travel of the ions in the polarized ion beams. A D.C. radially directed electrostatic field is established between the coaxial electrodes for confining the beams to helical paths and compressing the ion beams. The D.C. electrostatic field is applied as the confining field in the annular reaction zone. Each of the two oppositely directed polarized ion beams are injected into the reaction zone wherein collisions occur.

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