Experimenting device for nuclear fusion

Abstract

Abstract PURPOSE:To allow the relative inexpensive application of a high pressure and to enhence provability of a generation of nuclear fusion by applying the cavitation (Cav) of ultrasonic waves and the hydrostatic pressure by a pump to gas or liquid contg. deuterium in a vessel. CONSTITUTION:The vessel 2 is put on a base plate 1 and the deuterium is introduced from a cylinder 19 into a cavity 17 to discharge the air therefrom. The inside of the cavity 17 is filled with the deuterium of several atm. pressures and the heavy water 10 is a glass tube 9 is pressurized to several atm. pressures when the inside of the base plate 1 and the vessel 2 is hermetically maintained. A Pd electrode 7 oscillates vertically and the powerful ultrasonic waves are generated in the heavy water 10 when a magnetostrictive oscillator 5 is expanded and contracted by passing a high-frequency AC to a coil 6. The deuterium and oxygen are generated on the surfaces of the respective electrodes 7, 11 and the Cav is generated simultaneously in the heavy water 10 by the ultrasonic oscillations of the electrode 7 when several 10v voltage is supplied in this state to the electrode 7 (cathode) and the Pt electrode 11 (anode). This Cav arises at the boundary of the surface of the electrode 7 and the heavy water 10 as well. The gaseous deuterium of the high pressure is pressed and the probability of accelerating the occluding effect of hydrogen atoms is enhanced. The probability of the generation of the nuclear fusion is enhances as well.

Inventors

• 👤 Akihiro Fujimura
• 👤 藤村　明宏

Bibliographic Details