The use of solid electrolytes for the measurement of the thermodynamic properties of
materials is reviewed. A concise history of the development of solid electrolyte galvanic cell …

The use of galvanic cells to determine the thermodynamic properties of metallic or ceramic
materials from electromotive force (emf) measurements is described. Two basic types of the …

Concentration profiles of isothermal diffusion couples in binary as well as multicomponent
systems can be analyzed directly for interdiffusion fluxes without the need for a prior …

This re-evaluation of the Cu-Ni system includes the influence of magnetic effects on the
thermodynamic properties. A consistent set of coefficients has been achieved, which allows …

Conclusions The large isotropic doublet hyperfine splitting observed in the esr spectra of
those semiquinone phosphates which have large groups substituted ortho to the phosphate …

Functionally graded material (FGM) is a class of advanced materials, consisting of two (or
more) different constituents, that possesses a continuously varying composition profile. With …

The linearized approximation for the correlation functions of a binary alloy, developed in
parts I and II by the authors, is here applied to the experimental measurement of the diffuse …

Abstract Clustering in Cu-Ni was measured from the diffuse scattering of thermal neutrons,
using the special isotopes Ni 62 and Cu 65 for optimizing scattering conditions. Both the …

Measurements have been made of the cluster diffuse neutron scattering from a
polycrystalline sample of Cu 0.525 Ni 62 0.475. This isotope and composition are ideal for …

Thermodynamic evaluation of the Cu-Ni system within the CALPHAD approach is based on
values of mixing enthalpies and activities of components in liquid and solid solutions, as well …