Titlebook: Sintering’85; G. C. Kuczynski,D. P. Uskoković,M. M. Ristić Book 1987 Plenum Press, New York 1987 additives.calcium titanate.cement.ceramic

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The Dependence of Sinterability of Ni-Added W-Powder Compact on the Contact Neck Size of W-Particlesectrical resistivity, Ni added to W seems to be mostly located on the neck surface of W-contact. These experimental findings contribute to better understanding of the sintering mechanism of Ni-doped W-compacts.

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Towards the Understanding of the Process of Sinteringcess involved came only in the last four decades. As in the most human endeavors, the art preceded theory..The comprehension of the elementary processes occuring during sintering, come from the studies of model system..Although the elementary processes occuring during sintering are today quite well

micronized

Rate Controlled Sintering Revisitedhe historical background of RCS development is briefly reviewed, some earlier experimental problems are considered, and the comparative ease and effectiveness of the present-day experimental procedures are described..The demonstrable effectiveness of RCS profilling in controlling final microstructur

痴呆

On the Mechanism of Grain Boundary Elimination from Sintering Neckope specimen of copper wires. The relative configurations of sintering necks and neck boundaries were inspected on the polished sections of the sintered rope specimens. The neck boundaries were observed in most cases to be out of the minimum area sites, and often to have disappeared from the cross-s

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商业上

Dislocation Structure of Nickel Powder and its Role in the Sintering Processa particular attention has been paid to the problem of dislocation generations occuring during the pressing process and their annihilation taking place during sintering of pellets. Distribution of dislocations on location of microstructural constituents has been studied in detail. It was showed that

GNAT

Twin Formation During Sintering of Micron and Submicron Sized Copper Particlesthe conditions for twin formation and growth, sintering in two totally different systems was studied, namely in gas evaporated copper particles with a diameter of 50–100 nm and in ordinary copper powder with a diameter of about 35 μm. The gas evaporated particles were partly sintered during their fo