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- Article name
- Ceramics technology as a process of energy accumulation/dissipation
- Authors
- BAKUNOV V. S., , , Institute High Temperatures RAS, Moscow, Russia
BELIAKOV A. V., , , D. I. Mendeleev Russian Chemistry and Technology University, Moscow, Russia
- Keywords
- Year
- 2005 Issue 2 Pages 5 - 18
- Code EDN
- Code DOI
- Abstract
- From the viewpoint of synergetics, the entire ceramics technology can be reduced to three major technological steps. The first preliminary one consists of preparation of a highly dispersed powder (unless the raw material itself is composed of ultrafine particles as is the case for clays) for the sake of input energy accumulation in the high stimulated surface of the ultrafine particles and increased concentration of structural defects (point/linear, surface/bulk) in them. The second intermediate step assumes forming of the semi-finished product to impart required shape and size. Finally, the third concluding step consists in the sintering of the product of required quality, which proceeds owing to dissipation of the energy accumulated by the particles to mass transfer promoted by a thermal activation.
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