Process technique for the technical application of static and stationary magnetic fields

摘要

The development of the innovation stems, inter alia, from the physical fact that a magnetic field possesses energy, and also from the well-founded belief that so-called "Weiss's domains" are already magnetised to saturation in every ferromagnet, but their magnetic orientation changes from place to place (these are commonly described as "elementary magnets"). A "magnetised field" therefore produces no magnetisation. It merely orients the already present magnetic moment axes of all the domains of the ferromagnet in a common field direction. (E.g., in the case of nickel, along a surface diagonal and, in the case of iron, along one of the three cubic axes). A magnetic field, of whatever origin, is therefore capable of "converting" a ferromagnet into a magnet, without energy being taken from the magnetising field. The "additional" magnet newly produced in this way in turn produces a magnetic field which possesses energy. A permanent magnet is therefore capable of lifting many times its own weight (its own mass) against the gravitational field, with the result that the "lifted" ferromagnet has potential energy or, in the case of correspondingly converted circular motion, kinetic energy. This energy could be profitably released.