Virtual particle plasma generating device

Abstract

The invention discloses a virtual particle plasma generating device which comprises a spherical strong nuclear force closing body, a strong nuclear force white hole ball sleeved in the spherical strong nuclear force closing body, a weak nuclear force bug hole ball sleeved in the strong nuclear force white hole ball, a strong nuclear force black hole ball sleeved in the weak nuclear force bug hole ball, a fuel input channel used for inputting composite fuel formed by positive charge electrical materials and negative charge electrical materials, and a drive energy channel used for inputting drive energy with 10<3>Gev-10<5>Gev. The diameter proportion of the spherical strong nuclear force closing body, the strong nuclear force white hole ball, the weak nuclear force bug hole ball and the strong nuclear force black hole ball is 4:3:2:1, and the centers of sphere of the four balls are the same center of sphere 0; and the black hole ball is a Q-G particle sieve ball generated by the composite fuel in the spherical strong nuclear force closing body after the annihilation reaction under the action of the drive energy. The invention has simple and reasonable structure, convenient operation and good use effect, not only can continuously stably output the highest electric power, but also is low in cost, consumes little fuel, and has the function of cleaning fuel.

Description

technical field [0001] The invention relates to a power generation device, in particular to a virtual particle plasma power generation device. Background technique [0002] ToKamak (that is, Tokamak) is a transliteration of the Russian abbreviation. The ToKamak device was proposed by Soviet scientists Sakharov and Tam in 1950. It uses a magnetic field to confine the charged particles in the plasma so that they do not escape. It is referred to as the "magnetic confinement" container (or device). The working principle of ToKamak is: using a magnetic field to constrain the orbit of charged particles in the plasma, so that the charged particles orbit around the magnetic force lines generated by the magnetic field. In actual use, artificially create an external toroidal magnetic field Bp for the ToKamak device, so that plasma charged particles do Larmor motion around the magnetic field lines, and there is a plasma current Ip at this time, and this current will generate a toroida...

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Problems solved by technology

[0004] However, the ToKamak device has the following defects and deficiencies in actual use: the first, the ToKamak tire type structure is unstable, because there are a large amount of neutral particles (this is a necessary condition for power generation) in the ToKamak, and although the magnetic field can control the electrification The trajectory of the particle, but the trajectory of the neutral particle cannot be controlled

Second, the energy level of the ToKamak container is insufficient, and the sufficient condition for continuous power generation is to have a strong nuclear force (≥10 3 Gev), it must be possible to convert the molecular atomic fuel into Q (quark)-G (gluon) or F (fermion)-B (boson) fuel through high energy, and the energy level of the electromagnetic force of the ToKamak container is the same as The strong nuclear force differs by 10 2 Heavyweight, this is beyond ToKamak's reach

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