The evolution of the microstructure, physical and mechanical properties of pre-deformed
samples of the non-stoichiometric alloy Cu-56at.% Au in the process of the L1o-type atomic …

The evolution of the structure, electrical resistivity and microhardness of the non-
stoichiometric Cu-56Au (at%) alloy during the disorder↔ order phase transitions of samples …

The effect of plastic deformation on the structure and properties of the ordered Cu–56Au
(at.%) alloy has been studied. The deformation strain has been expressed in the cross …

We have studied the kinetics of the disorder→ order (A 1→ L 10) transformation in Cu–56Au
nonstoichiometric alloy at a temperature of 250° C. The disordered initial state of the alloy …

The kinetics of the A1→ B2 phase transition in the cryogenically deformed Cu-47at.% Pd
alloy has been compared with that both after room-temperature deformation and after …

A study of post-deformation annealing was made on Cu-15at.% Al cold-rolled to about 60%
reduction in thickness. Starting from results as measured by electrical resistivity, changes of …

Abstract The ordered equiatomic CuAu (Cu-75 wt.% Au) alloy has been used in practice as
a contact material in aerospace control systems. The formation of a superstructure of the L1o …

The evolution of the microstructure of cold-deformed CuAu alloy is analyzed as a function of
temperature and annealing time. Different temperature ranges were determined where the …

Changes of the microstructure and the electrical resistivity under severe deformation of the
Cu-40 at% Pd alloy ordered after the B2 type have been studied. The ordered phase has …

The evolution of the structure, microhardness, and electrical resistivity has been studied
during prolonged low-temperature annealings of the Cu-8 at% Pd alloy. An increase in the …