Titlebook: Non-Stoichiometric Compounds; Surfaces, Grain Boun J. Nowotny,W. Weppner Book 1989 Kluwer Academic Publishers 1989 Al2O3.Metall.ceramics.ir

heterodox

Defect Structure and the Related Properties of UO2 and Doped UO2viewed in comparison with the previous results on UO. doped with other cations (Mg, Y, Gd, Th, Zr) by other investigators. The defect structures of UO. doped with these various cations were discussed based on these data. Diffusion coefficients of uranium in UO. doped with various cations (La, Y, Ti,

减至最低

Defect Interactions, Extended Defects and Non-Stoichiometry in Ceramic Oxides stoichiometry, these point defects tend to aggregate into clusters, or extended defects. In this presentation we discuss the energetics of the interactions giving rise to these extended defects from the point of view of atomistic computer-based simulations.

欢乐中国

phase-2-enzyme

高贵领导

欢呼

废墟

多产鱼

Statistical Thermodynamics of Non-Stoichiometric Oxidestively metallic and ionic oxides, are used to discuss the role of short range and of long range interactions. A particular attention is paid to coulombic interactions which cannot be neglected in a number of ionic compounds. The validity of the use of the ideal mass action law as a tool of investiga

Uncultured

粉笔

Electronic Structure of Transition Metal Impurities and of Surface Defects in SrTiO3g parametrisation of the band structure of SrTiO. together with the Green’s functions method. Spin polarisation and crystal field effects have been included. The energy levels, spin states and the shape of the optical spectra of the defects have been calculated and compared to experiments. The local