Field-effect induction apparatus using the magnetic semiconductor properties of superconductive materials for converting magnetic energy into electrical energy

摘要

The field-effect induction apparatus uses the energy which is available in magnetic fields for conversion into electrical energy. The apparatus consists essentially of a given, largely homogeneous magnetic field, a screen, which is formed by superconductive materials, of induction coils which changes between states where it conducts magnetic fields and states where it screens magnetic fields, by the use of additional induction coils. In the event of suitable materials and suitable geometries for the individual components of the field-effect induction apparatus being selected, a positive energy balance can be represented with respect to the cooling outlay for superconductive materials which is still required and the excitation outlet on the one hand, and the induced electrical energy on the other hand.