论文信息 - Enhanced pre-precipitation rate in Al—Zn 10% alloy by plastic deformation at 78°K

Enhanced pre-precipitation rate in Al—Zn 10% alloy by plastic deformation at 78°K

Abstract The effect of a plastic compression at 78°K on the rate of pre-precipitation in the Al—Zn 10% alloy has been investigated by means of resistivity measurements. The results have shown that a fast clustering of solute atoms, controlled by point defects generated during the deformation, occurs in the range -145 to -10°C. There is some evidence that such point defects are vacancy-type defects migrating to dislocations.

S. Ceresara | T. Federighi

[1] H. Herman,et al. Formation and reversion of Guinier-Preston zones in Al-5.3 at.% Zn , 1963 .

[2] T. Federighi. The concept of ideal pre-precipitation in supersaturated solid solutions , 1962 .

[3] T. Federighi,et al. The interaction between vacancies and zones and the kinetics of pre-precipitation in Al-rich alloys , 1962 .

[4] T. Federighi,et al. A resistometric study of pre-precipitation in Al-10% Zn , 1960 .

[5] G. Thomas. Quenching defects in binary aluminium alloys , 1959 .