Titlebook: Materials Science of Carbides, Nitrides and Borides; Y. G. Gogotsi,R. A. Andrievski Book 1999 Springer Science+Business Media Dordrecht 19

茁壯成長(zhǎng)

Confirm

Atomic Ordering and Phase Equilibria in Strongly Nonstoichiometric Carbides and Nitridesnd V transition metals. Nonstoichiometry leads to appearance of unfilled crystal lattice sites, i.e. structural vacancies □. The concentration of structural vacancies in above compounds can be varied very precisely and may reach about 50 at.%. The crystals with concentration of structural vacancies

Schlemms-Canal

olfction

現(xiàn)存

ABYSS

Numerical Modeling of Surface Reactionser of recent decades has made possible the application of advanced numerical approached, such as time-dependent Monte Carlo and molecular dynamics simulations, and provided the means for investigation of larger and more complex systems.

nominal

laxative

Computational Modeling of Surface Layers of Refractory Compoundsfficult to see what we are doing at the surface. That is why it is essential to develop theoretical and computational approaches sufficiently fast and accurate that the structure and properties of surface-confined materials can be predicted in advance of experiments. This allows the material to be a

引起

Fundamentals of Nitride-Based Superlattice Thin Filmsn-film structure with a periodic composition modulation in the film growth direction. Superlattices are characterized by the distance between successive pair of layers, A, known as the ‘bilayer repeat period’. In early work, Hilliard and co-workers used superlattices such as Ag/Cu for interdiffusion

irritation