By G. Müller, G. Müller
At the present time the improvement of technical ceramics is usually orientated in the direction of a greater regulate of the microstructure and ensuing houses of those fabrics. New different types of powders and microstructures are built to allow using ceramics in new software parts. This objective should be reached by means of generating correctly reproducible reactive powders, improvement of tailored sintering tactics, and through introducing new sorts of composites. moreover, new tools provide new possibilities for fabrics improvement.
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Extra info for EUROMAT 99, Ceramics: Processing, Reliability, Tribology, and Water
Ceram. Soc. 1988, 71, C 96. 8. H. Sieber, D. Schwarze, H. Friedrich, A. Kaindl and P. Greil, Proc. of the101st Annual Meeting of the American Ceramic Society, April 25-28, 1999, Indianapolis/IN, Symposium N: Innovative Processing and Synthesis of Ceramics, Glasses and Composites. Materials and Processing for Ceramic Flat Membranes Jörg Adler, Reinhard Lenk and Hans-Jürgen Richter Fraunhofer Institut für Keramische Technologien und Sinterwerkstoffe, Dresden 1 Introduction Porous membranes are used for the filtration of liquids and gases in a lot of technical processes.
Of a preceramic poly(methylsiloxane) polymer. After infiltration, the cardboard structure was annealed at a temperature of 230°C (4 hs, vacuum) to crosslink the preceramic polymer via a polycondensation reaction of [Si-OH] groups. The infiltration and crosslinking procedure was repeated up to 3 times to get a high ratio of filler material/carbon and to ensure a complete reaction of the bioorganic carbon into carbide phases. After pyrolysis at 1450°C in inert atmosphere, an inorganic, porous SiC/Al/Si composite was obtained, subsequent annealing in air yields a Si-Al-O-C ceramic composite, Fig.
4 Conversion of Preformed Cardboard Structures For conversion of preformed paper structures into ceramic composites, commercially available corrugated cardboard (secondary fibre paper, 190TL, Wellpappenwerk Bruchsal/Germany) with different porosity and impurity levels were used . The cardboard has a mean cellular morphology with a cell diameter of 6 mm and a mean cell wall thickness of 100 µm. % of a preceramic poly(methylsiloxane) polymer. After infiltration, the cardboard structure was annealed at a temperature of 230°C (4 hs, vacuum) to crosslink the preceramic polymer via a polycondensation reaction of [Si-OH] groups.
EUROMAT 99, Ceramics: Processing, Reliability, Tribology, and Water by G. Müller, G. Müller