Advanced Science and Technology of Sintering

I: Fundamentals: Influence of external fields on sintering; Y. Kornyushin. Liquid-phase sintering of the systems with interacting components; A.P. Savitskii. Simulation of two-dimensional microstructural development during liquid phase sintering; Z.S. Nikolic. Sintering kinetic analysis by dilatometric data obtained at different heating rates; I.H. Moon, D.M. Won. Computer study of microstructure formation by rearrangement during liquid phase sintering; J.M. Chaix, et al. Computer simulation of neck growth during sintering process; Z.S. Nikolic, et al. Phenomenology of sintering kinetics using UO2 as a model; M.V. Nikolic, S.M. Radic. Contraction of the complex models by the stoichiometric network analysis; Z. Cupic, L. Kolar-Anic. Electron structure of YNi2 Pds. /YY Pds. 2 (X=Si, P) compounds; I.D. Scherba, et al. Computer generation of two- and three-dimensional packings as a background for numerical modeling of sintering processes; V.V. Kartuzov, et al. II: Nanostructured Powders. III: Mechanical Activation. IV: Sintering of Oxide Systems. V: Electronic Ceramics. VI: Non-Oxide Materials. VII: Sintering of Metal Powders. Index.