Dislocation dynamics is an important part of dislocation physics, which includes the laws of
motion, multiplication and interaction of dislocations under the action of driving forces. The …

Friction between crystalline bodies is described in a model that unifies elements of
dislocation drag, contact mechanics, and interface theory. An analytic expression for the …

The study of the physical properties of alkali halide mixed crystals has been a subject of
wide interest in the recent past. The main aim of this review is to provide a survey of the …

The concentration and strain rate dependence of the critical shear stress in KCl–KBr solid
solutions was measured by compression tests. These data were compared with the stress …

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The Kataoka‐Yamada model for highly concentrated solid solutions has been used to
calculate the microhardness of NaCl‐NaBr, KCl‐KBr, and KBr‐KI systems. The extra …

We proposed an explanation of the recent observations by Zaretsky [Appl. Phys. Lett. 92,
011913 (2008)] who discovered sharp increase in nickel plasticity under impact loading …

The mean path l of freshly introduced dislocations in NaCl crystals under the effect of
triangular loading pulses τ (t) is shown to depend only on the pulse amplitude τ m and be …

An interionic potential model has been proposed to study the static and elastic properties of
mixed diatomic crystals. The interaction system of this potential consists of the long-range …

We generalize a model for friction at a sliding interface involving the motion of misfit
dislocations to include the effect of thermally activated transitions across barriers. We obtain …