Tracer diffusion is one of most reliable techniques for providing basic kinetic data in solids.
In the present review, selected direct methods, in particular the radiotracer measurements as …

Self-and impurity diffusivities in body-centered-cubic (bcc) iron have been calculated within
the formalisms of harmonic transition-state theory and the Le Claire nine-frequency model …

We report that oxide composite electrodeposition can be used for the facile preparation of
metal-doped BiVO4 photoelectrodes for photoelectrochemical water oxidation. The …

A combination of ab-initio calculations and statistical mechanical models has been used to
study diffusion behavior in dilute ferritic Fe–Cr and Fe–Ni alloys. A full set of Onsager matrix …

The diffusivities of substitutional impurity elements in iron have been computed with ab inito
electronic density functional techniques, using exchange-correlation functional PW91 …

Kinetics of WC coarsening during sintering of WC-10 wt% Co cemented carbide grades was
examined by use of submicron WC powders with a broad grain size distribution containing …

The coarsening of Laves phase in a Re-containing 10% Cr-3% Co-3% W steel during both
creep and ageing at 923 K was investigated. The depletion of W solutes from the ferrite …

The effects of thermomechanical treatment (cold rolling+ tempering) on the microstructure
evolution, precipitation behavior, and mechanical properties of the 9Cr3Co3W1Cu …

Abstract 9Cr3W3CoB steels are developed to serve at the temperature range of 620–650°
C, and have been recognized as the most promising martensitic heat-resistant steels for …

Understanding the void swelling and phase evolution of reactor structural materials at very
high damage levels is essential to maintaining safety and longevity of components in Gen IV …