OCCLUSION CAPABILITY AND NEURON-EMISSION CAPABILITY CONTROL SYSTEM IN HYDROGEN OCCLUSION ALLOY

摘要

PURPOSE:To provide a system wherein it ensures the reproducibility of an occlusion capability and of a neutron-emission capability in a hydrogen-occlusion metal and it is provided with a control system for this. CONSTITUTION:In the electrolytic method of H2O (1) by using a hydrogen-occlusion metal as a (-) pole, a temperature is used as a parameter and a pressurization-force scale factor mp=a pressurization force/a saturation vapor pressure. At this time, regarding the surface water pressure of the (-) pole in which artificial microgaps of the order of 105 to 10Angstrom , which are formed by special synthetic cylindrical pipes, mp1 is set, an electrolytic operation is performed under a pressurized liquid phase, the concentration of H+ ions is increased remarkably, and a hydrogen occlusion capability is promoted and controlled. In addition, the surface water pressure of the (-) electrode which has occluded heavy hydrogen is raised or lowered at gentle speed in a pulsatory manner within a range of a plurality of negative pulse high voltages are superposed on, and applied to, a steady negative voltage for the (-) electrode so as to accompany the high-level time range of the pressure, a plasma oscillation frequency generated in a heavy-hydrogen plasma in the artificial microgaps is increased up to a gamma-ray region in an impact manner, a heavy-hydrogen thermonuclear reaction burst is caused, and a neutron-emission capability is controlled.