Process for production of energy and apparatus for carrying out the same
A technology of energy production and hydrogen isotopes, applied in nuclear engineering, nuclear power generation, nuclear reactors, etc., can solve problems such as large investment, instability, and complexity
Inactive Publication Date: 2008-01-30
马里亚·C·焦夏
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Therefore, it is in a closed form (such as the original Tokamak in Russia, Stellarator in the United States, ASDEX Tokamak in Germany, TFR Tokamak in France, PLT Tokamak in the United States) and open form (such as "magnetic mirror" structure, "convex field" structure, " configurations in series, etc.) all show high complexity and have large instability phenomena
[0004] Recent large-scale magnetic confinement experimental machines, such as JET in Europe, TFTR in Princeton in the United States, JT60 in Japan, DIII-D in California, and Tora Supra in France, have obtained important results on magnetic confinement, but still are very limited in number and have large obstacles to overcome (power dissipated in the coils, presence of impurities in the plasma, etc.), and require a high capital investment for their development and tuning (see )
Other techniques like inertial confinement, both in direct and indirect detonation, also show large hurdles to overcome, requiring similarly large investments
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[0024] Referring to Figure 1, the device comprises a spherical vessel 1 of a nuclear reactor made of two hemispherical covers joined together along a horizontal circumference by means of peripheral bolts 1a and an O-ring 11 to ensure a high vacuum in the vessel itself .
[0025] The container 1 is supported by feet fixed to the lower hood. Hooks 25 are provided on the top of the upper cover to allow its removal and thus open and close the spherical container 1 . Inside the container 1 is mounted a sphere consisting of an outer spherical chamber 2 and an inner chamber 3 connected together by means of a through-pipe 4a pointing towards the center of the inner chamber 3 . The space between the two spherical cavities 2 and 3 is completely partitioned and isolated from the inner space of the central ball 3 and the spherical container 1 .
[0026] The entire sphere inside the container 1 is held in place by support spacers 5 fixed to the walls of the spherical cavity 2 . Radially...
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Process for energy production characterized by the generation of a positive concentric pulsating magnetic field by means of magnetic impulses convergent in only one point of the space, such to cause the temporary fusion of nuclei of hydrogen isotopes and their subsequent release; reactor for carrying out the process and apparatus containing said reactors.
Description
technical field [0001] The invention relates to an energy production process and a device for its implementation. In particular the invention relates to reactors operating by means of pulsed concentrated magnetic confinement of hydrogen isotopes. Background technique [0002] Many nuclear fusion reactors are based on the principle that when two hydrogen isotopes (ie, deuterium and tritium) fuse (ie, for magnetic confinement), a helium nucleus and a neutron are produced, both of which have high kinetic energy. [0003] Existing technologies based on complete fusion of hydrogen isotopes show great operational and control difficulties. The resulting machines are very large in size, require high energy to trigger nuclear fusion, and are all experimental. Therefore, it is in a closed form (such as the original Tokamak in Russia, Stellarator in the United States, ASDEX Tokamak in Germany, TFR Tokamak in France, PLT Tokamak in the United States) and open form (such as "magnetic m...
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IPC IPC(8): G21B1/05G21B3/00
CPCG21B3/00Y02E30/18Y02E30/10
Inventor 马里亚·C·焦夏F·桑塔西里亚
Owner 马里亚·C·焦夏