Method and Device for Energy Production and Synthesis of Rare Metals by Transmutation and Nuclear Fusion

A method for energy production and chemical element synthesis, the method comprising:

• providing an enclosure comprising walls with internal and external surfaces,
• providing a first hot gas or gaseous mixture inside the enclosure,
• providing in the form of a jet inside the enclosure a second gas or gaseous mixture under pressure whose temperature is lower than that of the first gas or gaseous mixture in the enclosure,
• Accelerating the second gas or gaseous mixture through a sudden increase in their temperature when the jet comes out into the heated enclosure,
• Ionising the jet of the second gas or gaseous mixture by friction between the gas jet of the second gas or gaseous mixture and the first hot gas or gaseous mixture contained in the enclosure, the ionisation creating a first plasma,
• Projecting the jet of the second ionised gas or gaseous mixture on the internal surface of a wall of the enclosure so as to form a swirling area of ionised gas at the periphery of the impact area of the jet of second gas on the wall of the enclosure,
• Creating shocks and collisions between the molecules and atoms of the jet of the second gas or gaseous mixture and the atoms of the material forming the impact area and its periphery with:
• a diffusion of part of the atoms and gas projected inside the material forming the impact area and its periphery with a creation of shocks and collisions between the molecules and atoms and the nuclei of the atoms of the jet of the second gas or gaseous mixture and the atoms and the nuclei of the atoms of the material composing the impact area and its periphery,
• a creation of secondary jets of a second hot plasma in the form of an ionised gas containing atoms of the material composing the impact area and its periphery and the atoms and molecules derived from the jet of the second gas or gaseous mixture,
• a projection of the secondary jets of the plasma on the walls of the enclosure inside the latter with a creation of shocks and collisions between the molecules, atoms and nuclei of the atoms of the gas jets and the atoms and nuclei of the atoms of the material composing the enclosure,
• Creating transmutation reactions and,
• depending on the material of the impact area and its periphery, creating nuclear fusion reactions, and
• synthesising chemical elements resulting from the shocks and collisions between the molecules, atoms and nuclei of the atoms of the gas jets and the atoms and nuclei of the atoms of the material of the impact area and its periphery defined in the enclosure.