STRUKTURE EVOLUTION OF MULTILAYER MATERIALS OF HEAT-RESISTANT INTERMETALLIC COMPOUNDS UNDER THE INFLUENCE OF TEMPERATURE IN THE PROCESS OF DIFFUSION WELDING UNDER PRESSURE AND THEIR MECHANICAL PROPERTIES
Valeriy P. Korzhov, Michael I. Karpov, Dmitriy V. Prokhorov
Pages: 343-361
Published: 1 Jan 2013
Views: 56
Abstract: Multilayer materials of high-resistant intermetallic compounds of some transition metals with aluminum and silicon were obtained by diffusion welding of packages, collected from a large number of the respective foils, such as niobium and aluminum. Materials of intermetallics with silicon were obtained by the welding of packages built from metal foils with Si-coating. The change in the structure according to the temperature of the welding was studied, and the high-temperature bending strength was determined.
Keywords: multilayer composite, high-resistant material, intermetallic compound, diffusion welding
Cite this article: Valeriy P. Korzhov, Michael I. Karpov, Dmitriy V. Prokhorov. STRUKTURE EVOLUTION OF MULTILAYER MATERIALS OF HEAT-RESISTANT INTERMETALLIC COMPOUNDS UNDER THE INFLUENCE OF TEMPERATURE IN THE PROCESS OF DIFFUSION WELDING UNDER PRESSURE AND THEIR MECHANICAL PROPERTIES. Journal of International Scientific Publications: Materials, Methods & Technologies 7, 343-361 (2013). https://www.scientific-publications.net/en/article/1003066/
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