MAGNETIC PROPULSION METHOD AND MECHANISM USING MAGNETIC FIELD TRAPPING SUPERCONDUCTORS

摘要

Object of the present invention is to describe a method for the creation of propulsive force developing magnetic machines and mechanisms for the embodiment of the method. The method consists in the creation of a magnetic field by means of a magnet (3), like a permanent magnet or a superconductive solenoid, in the creation of a mechanism (2) inside of which a propulsive force is developed, the solid parts of which are those of a hydrodynamic machine made of a superconductor, like a type II superconductor, e.g. a superconductor Sm - Ba - Cu - O, with high magnetic field trapping ability, where the magnetic field generated by the interaction of the magnet (3) with the mechanism (2), at the output of which is connected the magnet (3), acts in the form of pressure on the mechanism (2), creating the intended propulsion. The mechanism (2) may be a converging nozzle, made of a superconductor (1), which conjointly with the magnet (3) act as self-propulsion mechanism with direction towards the converging area. The mechanism (2) may also be a hydrodynamic pump made of the superconductor (1), which conjointly with the superconductive magnet of the solenoid type (3) operate as magnetic motor, where the cooling conditions are created by the same pump that circulates the cooling medium, which may be liquid Helium. The developing force according to the present invention may be used for the propulsion required for any machine or vehicle, as well as for the production of energy.