In the most influential monograph on colloid and interfacial science by Adamson three
fundamental equations of “physical chemistry of surfaces” are identified: the Laplace …

This study demonstrates how to increase the hardness, the mechanical strength, the ductility
and the electrical conductivity of Cu–8 wt% Ag alloy by engineering the precipitation kinetics …

Abstract A new Cu–2Ag–0.14 La alloy is developed to enhance the mechanical property
and electrical conductivity with inducement of Ag-rich primary phases and finer nanoscale …

The chemical potentials of components in nano-phases determine the equilibrium of nano-
materials. In this paper the difference between the equilibrium of a nano-phase and the …

A new Cu–2 wt% Ag–0.15 wt% La alloy composed of large-size Ag-rich primary phases was
processed into wire billets by successive drawing, annealing and continuous extrusion …

The vacuum horizontal continuous casting method was used for preparing Cu-4.5 wt.% Ag
alloy rod containing few oxygen. The evolution of microstructure was observed by …

A comparative study of Me (= Ni/Cu/Ag)-based, W-alloyed, nanocrystalline, heavily faulted
thin films was carried out to identify parameters stabilizing the nanocrystalline nature upon …

In this paper, the Cu-0.52 Ag-0.22 Cr alloy was prepared by hot horizontal continuous
casting. The effects of aging process on micro-hardness, electrical conductivity, and …

The hot compressive deformation behaviors of Cu− 6wt.% Ag alloy were studied
experimentally in the temperature range of 973− 1123 K and the strain rate range of 0.01 …

The effects of cold rolling and low-temperature annealing on the microstructure and
mechanical properties of Cu–3Ag-0.5 Zr alloy prepared by gas atomization and hot isostatic …