Abstract
On quenching aluminum containing 1.3 at. % silver, energy is released upon isothermal holds at low temperatures (∼245°K). The amount of energy evolved, over a measured period of time (32–140 min) after the initiation of the reaction (clustering of silver atoms), amounts to 6–7 cal/g-atom of alloy for “slow” quenches and about 2–2.5 cal/g-atom of alloy for “fast” quenches. These results are consistent with the resistometric studies of Turnbull et al. who pointed out the existence of two states in quenched Al-Ag alloys.
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