Plasticity of crystals in a microscopic viewpoint, especially on
the basis of dislocation (linear defects in crystal) motion, is
detailed from the data obtained mainly by the strain-rate cycling
tests associated with ultrasonic oscillation for several kinds of
alkali-halide single crystals at low temperatures. Topics discussed
include process for thermal activated overcoming of the short-range
obstacle by a dislocation; strain-rate cycling tests associated
with ultrasonic oscillation; influence of state of impurities on
the effective stress due to the impurities; effective stress and
critical temperature of KCl doped with various divalent cations;
and the Friedel relation and thermally activated flow parameters of
KCl doped with various divalent cations.
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