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The dynamic behavior of single crystals of Ag2Al was investigated at strain rates of 200 to 60,000 per sec. Basal slip was found to be strainrate sensitive and the yield stress was found to increase with an increase in temperature. This behavior is explained in terms of Suzuki locking. In contrast, prismatic slip was found to be very strain rate sensitive. At high temperatures and low strain rates ·a diffusion mechanism is operative which is surpressed at high strain rates giving an increase in yield strength of a factor of 30. This behavior is explained in terms of the Peierls mechanism .of kink pair formation.

SLIP BEHAVIOR OF SINGLE CRYSTALS OF HEXAGONAL Ag-Al UNDER IMPULSIVE LOADING