Device and method for realizing deuterium deuterium thermonuclear fusion through ultrasonic cavitation

Abstract

The invention discloses a device and method for realizing deuterium deuterium thermonuclear fusion through ultrasonic cavitation. The device comprises a liquid storage container, a test piece, an ultrasonic transducer and a double electric layer electric field, wherein a liquid storage chamber is defined in the liquid storage container; the test piece is arranged in the deuterium-containing liquid medium of the liquid storage container; the ultrasonic transducer comprises a transducer body and an amplitude transformer which are in connection; the amplitude transformer is suitable for extending into the deuterium-containing liquid medium of the liquid storage container and is separated from the test piece; the amplitude transformer can perform ultrasonic vibration under the driving of the transducer body so as to allow the deuterium-containing liquid medium to form vacuoles through ultrasonic cavitation and to drive the vacuoles to move towards the test piece; the double electric layer electric field is arranged between the ultrasonic transducer and the test piece, and is used for accelerating the vacuoles, allowing the vacuoles to generate gravitational collapse, and realizing deuterium deuterium thermonuclear fusion. The device for realizing deuterium deuterium thermonuclear fusion generates vacuoles through ultrasonic cavitation, constrains plasmas through a liquid-vapor interface, creates an increasingly enhanced pressure environment, and realizes deuterium deuterium thermonuclear fusion.

Description

technical field [0001] The present invention relates to the technical fields of tribology and nuclear physics, more specifically, to a device and method for realizing deuterium-deuterium thermonuclear fusion by ultrasonic cavitation Background technique [0002] Due to the depletion of fossil energy and the increasingly prominent environmental problems caused by the massive consumption of energy, in recent decades, nuclear fusion research, which is the end solution to human energy problems, has always been the top priority of scientific research in developed countries. Deuterium, a relatively cheap nuclear fusion material, can be obtained by refining seawater, which contains enough deuterium for human use for hundreds of billions of years. The difficulty in realizing controllable thermonuclear fusion lies in how to generate and maintain an extremely high temperature / high pressure environment. To solve this problem, scientists have been struggling for more than half a century...

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However, this experiment has not been able to be repeated, nor has it been recognized by the academic community

Suslick published a paper in PRL in 2007, claiming that 9 2.45MeV neutron counts were obtained after 2300

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