Effect of composition and temperature on the redistribution of alloying elements in Fe-Cr-Ni alloys during cold deformation

Voltage saturation in electrical contacts via viscoplastic creep

“…The effect of electrical current on dislocation motion in metals has been studied and it is well established that the flow of electrons may assist the dislocations in overcoming obstacles to their motion [20][21][22][23][24]. This effect is more commonly referred to as "electroplasticity" in metals.…”

Determination of the ferromagnetic component in stainless steels by the magnetodynamic method

“…For example, H c = 200 Oe [11] corresponds to particles with a size of approximately 80 nm. specific magnetization at T = 300 K during heating; the same during cooling; σ 0 residual specific magnetization at T = 300 K; the σ m specific magnetization at T = 80 K is the "true" magnetization; σ s saturation magnetization of the ferromag netic phase with common properties; the H c coercive force; the χ 2 specific magnetic susceptibility at the second segment of the magnetization curve.…”

Formation of grain boundary segregations in alloy Fe-Cr-Ni during strong deformation and under radiation

“…Hence, it should be expected that the kinetics of the formation of DIS and RIS can be similar. An essential difference between the DIS and RIS is in the fact that with increasing temperature, the intensity of the DIS decreases up to the complete disappearance of the effect because of he decrease in the density of disloca tions generating point defects [14,17]. Hence, it is unclear whether the mode of the "rapid" DIS will be realized under conditions of intense deformation which usually is realized at lower temperatures in comparison with those employed for irradiation.…”