Titlebook: Ceramics in Advanced Energy Technologies; Proceedings of the E H. Kröckel,M. Merz,O. Biest Conference proceedings 1984 ECSC, EEC, EAEC, Bru

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The Impact of the High Temperature Ceramics in Industrial Growth in the CommunityThroughout history the technological progress of mankind has been determined by the interplay between materials and ideas. Advancing from the stone age, where natural ceramics were used to make tools, through the bronze, iron and super-alloy ages we are now entering an era where ceramics once more hold the key to progress.

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Refractories Problems in Coal GasifiersDue to the numerous coal gasification processes it is obvious that refractory applications are very complex in themselves and each is presenting a particular case.

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Mingle

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Recuperative Ceramic Heat Exchangerengines as well is described. The technology used includes tape casting, punching, lamination and embossing as well. Heat exchanger (HX) areas up to 2500 m./m. can be fabricated. Materials and heat exchanger (HX) data will be given and selected applications will be discussed.

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Zusammenfassung und Diskussion,engines as well is described. The technology used includes tape casting, punching, lamination and embossing as well. Heat exchanger (HX) areas up to 2500 m./m. can be fabricated. Materials and heat exchanger (HX) data will be given and selected applications will be discussed.

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https://doi.org/10.1007/978-3-658-19674-5he various applications. Further improvement of the ceramic materials and component fabrication technologies with respect to less variation of strength properties and to longer time thermal stability will be necessary.