THE DEFECT STRUCTURE AND IONIC TRANSPORT PROPERTIES OF CALCIUM APATITE

This question, however, will not be elucidated because we prove in Section 4 that the bulk diffusion coefficient is smooth up to the boundary.. Consider the resolvent

Strong multidi ff usive e ff ects were observed for all temperatures, with significant uphill di ff usion of calcium, demon- strating that uphill di ff usion happens close to the

with the structure of this compound below 50 K. The neutron powder profile refinement method has been used to carry out this study. Equality of the CaF6 tilt angles

The temperature variations of the domain width and the domain shape as well as the critical temperature essentially depend on the thickness of the examined crystal..

THE DEPENDENCE OF THE STRUCTURE CONSTANT OF UNIAXIAL PERMALLOY FILMS ON THE EVAPORATION TEMPERATURE AND THE ALLOY COMPOSITION... LAMES MINCES (2 ème partie) ; DOMAINES, DISPERSION

The influence of the N interstitials on the diffu- sion coefficient is correlated with the low-temperature diffusion anomaly of H in the pure metals.. For H in pure Nb and pure

It is shown that a temperature dependent modulus defect in reasonable agreement with experiment can be obtained by calculating the thermal ly averaged displacement 5 for

Both the FEM pattern and the work function change point towards a platinum surface enrichment of the Pt-Rh alloy, in particular, following previous annealing at