Abstract
The effect of martensite aging in a Au-49.5%Cd single crystal has been studied using a pushrod dilatometer with various applied stresses. The reverse transformation temperatures, A s and Af, are strongly influenced by the aging time and temperature. The M, and M f temperatures remain constant with aging time, temperature and applied stresses (0 - 0.04 MPa). A critical aging time of approximately 2-3 hours was found to exist for an alloy of this composition and appears to be dependent on the aging temperature.
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