Электрофизический эффект взаимного фазового смещения возбуждающего и индукционного импульсных токов различной частоты в тонких и массивных проводниках

Abstract

On the basis of fundamental principles of the classical theory of electricity and the theory of electrical engineering, a new scientific explanation is given for an electrophysical effect of mutual phase shift of the primary (excitation) and the secondary (induction) pulse currents in a deformed metal piece which is observed during electrodynamic working of metals by strong pulsed magnetic field, the effect depending on the current frequency, depth of the magnetic field penetration into the metal piece and the thickness of piece being treated.