Characteristics of nonstationary deformation under the action of a weak magnetic field

Deformation rates of lead under uniaxial compression at constant stress and temperature, as well as characteristics of deformation rate jumps in the initial period of constant magnetic field action and immediately after its termination, have been determined. It is established that, under these conditions, a sharp change in the deformation rate is followed by its short-term return characterized by increased spread of the deformation rate related to its jumps and increased interval of nanometer-scale deformation jumps.