The article presents the results of a comprehensive experimental study of the influence of a weak low-frequency pulsed magnetic field on the aging process of aluminum alloy V95pch. It has been established that a pulsed magnetic field significantly affects the strength properties, microstructure, and phase formation process in this alloy aged for 4 h in a pulsed magnetic field with a strength of 557 kA/m and a frequency from 1 to 7 Hz at a temperature of 140°C. A positive magnetoplastic effect with magnitude of up to 37% has been detected. X-ray phase analysis has shown that when a pulsed magnetic field is applied, the structure of the aged alloy becomes more perfect and homogeneous, which is also confirmed by the results of metallographic analysis.
Osinskaya et al. (Mon,) studied this question.