Nuclear potential restraint inertial guidance cold nucleus for clashing fusion reactor directly and direct current transformer

Abstract

The invention relates to nuclear potential restraint inertial guidance cold nucleus for clashing fusion reactor directly and a direct current transformer and is characterized in that: under normal temperature and vacuum conditions, an electromagnetic field of spatial specific combination is arranged firstly according to the inherent magnetic moment and internal electric field of hydrogen nucleus; in the background of strong and positive electric field, an electrostatic field vector superposition mode is used for forming a line-shaped zero electric field; two strings of atomic nuclei jetted from a 300-1500 thousand V electrostatic linear particle accelerator and ready for fusion are restrained in a line-shaped channel formed by the line-shaped zero electric field; a strong magnetic field is added parallel to the line-shaped zero electric field to generate key directing effect on the spin momentum vector of the atomic nuclei; and then the inherent spin momentum vector of the atomic nuclei is applied to form the inertial guidance property of a superpower spinning gyroscope spinning closely at speed of light, overcome the deflected repulsive action of coulomb mighty barrier and realize that inertia actively aims at guidance to directly clash for nuclear fusion. Similar nuclear potential restraint inertial guidance modes can be applied for hybrid speed regulation of ion beams with different speed and energy. The developed ion velocity modulation direct current transformer is an important support facility for a cold nuclear fusion reactor, a nuclear engine and the type of nuclear power station for starting nuclear fusion and an electric energy delivery system. Therefore, one patent is applied by combination.

Description

technical field [0001] Under normal temperature conditions, the joint method of inertial guidance constrained by nuclear force can realize the direct collision fusion of light atomic nuclei such as deuterium, tritium, helium, lithium, etc. with a certain magnetic moment. "Cold Nuclear Direct Collision Fusion Reactor" in the field. Using the similar nuclear force restraint inertial guidance method, the mixed speed of ion beams with different speeds and energies is adjusted, and the developed ion speed-adjustable DC transformer is used for cold nuclear direct collision fusion reactors, nuclear engines and nuclear power plants of this type to start nuclear fusion. And the important supporting equipment of the electric energy transmission system, so a patent right is applied for jointly. [0002] Please note that this patent is expected to completely solve the energy and environmental protection problems faced by all mankind once and for all. Therefore, every day the progress of ...

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Problems solved by technology

[0010] All of these, it can be said that such harsh conditions of ultra-high temperature, ultra-high energy, and large-flow neutron flux radiation are difficult to withstand for a long time and stably with the current level of human technology and all materials composed of atoms or molecules. ! Although China, the United States, Russia, India, Japan, South Korea, and the entire European Union are currently implementing strong-strong international cooperation, it will be difficult to achieve durable, reliable, stable, and efficient commercial power generation in the next 30 to 50 years.

[0011] The nuclear reaction system, energy conversion system, and safety protection system of the above three types of nuclear reactors are all quite large, complex, and cumbersome, and cannot be used as engines for aircraft or spacecraft in the aerospace and aviation fields.

It cannot be popularized and used as the power of conventional vehicles

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