Superconducting power installation

Abstract

The invention provides a technical project of superconductive power device, its character: it has a casing, there is a high-frequency alternative electromagnetic filed generator in the casing, and there is an superconductive disk at the lower part of the high-frequency alternative electromagnetic field generator. The generator and the superconductive disk are separated from each other, and it transmits energy by high-frequency alternative electromagnetic travelling wave. The case is a magnetic screening cover. The method that the superconductive power device inputs energy to the superconductive disk: connects a power supply to the above generator to drive the generator to generate high-frequency alternative electromagnetic traveling wave, and then uses the traveling wave to act on the superconductive disk, and because of extremely high inductivity, the superconductive disk induces extremely strong erratic current on its own surface. It depends on compact strong vector magnetic filed produced by the superconductive disk to act on natural magnetic field and obtains action of force, and the energy source is electronic energy.

Description

Technical field: [0001] The invention relates to a superconducting power device which relies on a superconductor disc to generate a dense strong magnetic field and acts on a natural magnetic field to obtain force. Background technique: [0002] Traditional heat engines, such as jet engines or rocket engines, are powered by the expansion of physical particle working fluid or the way of discharging physical particle working medium, so they will emit powerful and dazzling flames, make deafening noises, and leave behind the expansion , stagnant wake; at the same time, many problems such as vibration, noise, friction and heat, need for lubrication, mechanical inertia and mechanical wear caused by mechanical transmission; and because the aircraft and rockets of traditional heat engines have physical directionality, their power is also They are all unidirectional, that is, they point to the forward direction along the axial direction, and the change of motion state depends only on ...

AI Technical Summary

Problems solved by technology

[0002] Traditional heat engines, such as jet engines or rocket engines, are powered by the expansion of physical particle working fluid or the way of discharging physical particle working medium, so they will emit powerful and dazzling flames, make deafening noises, and leave behind the expansion , stagnant wake; at the same time, many problems such as vibration, noise, friction and heat, need for lubrication, mechanical inertia and mechanical wear caused by mechanical transmission; and because the aircraft and rockets of traditional heat engines have physical directionality, their power is also They are all unidirectional, that is, they point to the forward direction along the axial direction, and the change of motion state depends only on the effect of auxiliary torque, so the maneuverability is not strong, and the motion track is an arc with small curvature; The rocket, which burns and releases chemical energy and discharges the working medium of physical particles, has a very high rate of mass loss during flight and a very short working time. In order to adapt to the extremely long voyage, its mass and volume must not If it does not grow exponentially, then the structure of the rocket itself and ground launch support will be close to the limit

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