Electrotorsion generator Akimova
Electrotorsion generator Akimova
Circuitry electroforming generator has nothing to do with circuitry of conventional electronics and, if such a device came to the experts who are engaged in traditional technology, they would have discovered there’s a lot of things from the point of view of the traditional engineer, in particular, a specialist in electronics or radio communications are just a meaningless character type, a situation when, for example, two or three outputs can internal circuits from an electrical point of view to zamorachivatsya, but at the same time, they leave a completely different sensor signals.
Torsion field accompany electromagnetic fields and generators design Akimova configure torsional component, wherein the electromagnetic shielding component. This class of torsion field produced by the spin of the electron, was named electrocardiogram. Torsion generators of this type consume power of the order of tens of milliwatts.
Torsion field accompany electromagnetic fields and generators design Akimova configure torsional component, wherein the electromagnetic shielding component. This class of torsion field produced by the spin of the electron, was named electrocardiogram. Torsion generators of this type consume power of the order of tens of milliwatts.
- Similar design (cylindrical capacitor in a magnetic field) review of I. E. Tamm in paragraph 104 of his famous textbook “Fundamentals of theory of electricity” – in his example, he shows the existence of electromagnetic momentum in static electromagnetic fields. Tamm writes:
In the space between the capacitor plates, the Poynting vector is nonzero and equal
- Lines of the Poynting vector, i.e. the flow lines of energy are concentric circles, the plane of which is perpendicular to the axis of the capacitor.
Thus, we come to the idea of a continuous circulation of energy along closed paths in a static electromagnetic field. View this does not lead to any consequences that can be directly verified by experience, and therefore devoid of direct physical meaning. - The physical meaning of Tamm finds further that such a vortex configuration of the Poynting vector leads to a localization between the capacitor plates of angular momentum, and this should be supported by experience: when the discharge of the capacitor in a magnetic field one needs to acquire a mechanical momentum.