An in‐depth analysis of phase transformations in a Pd–Cu–Ag alloy, crucial for applications
in hydrogen membranes and electrical components, is presented. The investigation …

The hydrogen permeability of thin (about 4 μm thick) magnetron-sputtered Pd–Cu foil and
structural transformations during temperature cycling (heating–cooling process) are studied …

The article focuses on the study which discusses the formation of the ordered Pd-Cu solid
solution and single-phase (β phase) thin foil with CsCl-type lattice during magnetron …

Peculiarities of the kinetics of the A 1–B 2 phase transformations in the Cu-47 at.% Pd (here-
inafter, Cu-47Pd) alloy that occur with changing degree of preliminary plastic deformation …

Electron microscopic study of the structure evolution of the equiatomic Cu–50Pd alloy in the
course of transformation of the А 1 disordered phase into the ordered B 2 phase is carried …

This document is part of Subvolume D 'Cr-Cs–Cu-Zr 'of Volume 5 'Phase Equilibria,
Crystallographic and Thermodynamic Data of Binary Alloys 'of Landolt-Börnstein-Group IV …

The phase composition, substructure, and orientation of thin Pd-Cu films obtained by
magnetron sputtering of an alloy target and condensation on the (001) surface of phlogopite …

The results of structural investigations (x-ray structural analysis, small-angle scattering and
electron microscopy) of the B2→ Al deformation phase transition and the kinetics of the …

The article focuses on the study regarding the structure and hydrogen environment of the Pd-
Cu solid solution's thin condensed foil in a solid solution. Explored is the hydrogen …

An electron-microscopic analysis of the microstructure of a Cu-40 at% Pd alloy ordered by B
2 type has been carried out. The observed structural states have been shown to depend on …