Manufacturing of a rapid solidification materials and fibers - Antsyferov, Vladimir;Serov, Mikhail
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Processes of forming fibers of inorganic materials in their production by means of the pendant drop melt extraction (PDME) method have been considered. An influence of the melt cooling rate (up to millions of degrees per second) on the structure and properties of fibers has been studied for metallic alloys (based on iron, nickel, cobalt, titanium, copper, aluminum, zinc and bismuth), ceramic materials, intermetallics, composite materials, and catalysts. Mechanisms of PDME-assisted formation of porous fibrous materials have been examined as well as their properties and applications. Basic…mehr

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Produktbeschreibung
Processes of forming fibers of inorganic materials in their production by means of the pendant drop melt extraction (PDME) method have been considered. An influence of the melt cooling rate (up to millions of degrees per second) on the structure and properties of fibers has been studied for metallic alloys (based on iron, nickel, cobalt, titanium, copper, aluminum, zinc and bismuth), ceramic materials, intermetallics, composite materials, and catalysts. Mechanisms of PDME-assisted formation of porous fibrous materials have been examined as well as their properties and applications. Basic principles and approaches to the development of equipment for the production of fibers have been described. Results of study on laser synthesis of oxide ceramics nanopowders have been brought.
Autorenporträt
is Doctor in Technical Sciences, academician of the Russian Academy of Sciences. Works in the field of basic research of physico-chemical processes for producing powder, composite materials and coatings for various purposes.Serov Mikhail is Doctor in Technical Sciences. Works in the field of production of powder materials.