Studying of High-alumina and Al2O3–MgO Crucibles Interaction with Heat-proof Alloys Based on Nickel and Cobalt
PJSC The Ukrainian Research Institute of Refractories named after A.S. Berezhnoy, 61024 Kharkov/Ukraine
Revision 21.12.2011, 03.01.2012
Volume 4, Issue 3, Pages 106 - 110
Abstract
Keywords
alumina, magnesia, crucible, interaction, heat-proof alloy
References
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[2] Petrov, A.U.; Luzhin, V.I.; Lyalin, V.K.: Lining materials used in induction melting furnaces. Caster of Russia 1 (2002) 45–49
[3] Avdukhin, S.P.; et al.: Crucibles for thermal-time processing of heat-proof alloys. Aircraft industry 2 (1980) 64
[4] Primachenko, V.V.; et al.: Manufacture and application of vibrocast corundumspinel and corundumpericlase crucibles for heat-proof alloys melting. New Refractories 4 (2005) 36–37
[5] Primachenko, V.; et al.: Corundum based crucibles for induction melting of heat-proof alloys. Stahl und Eisen Special November (2006) 52–54
[6] Primachenko, V.V.; et al.: Research of influencing of fused magnesia and spinel grain composition and their amount on properties of periclasespinel crucibles. In: Collection of scientific papers of the OJSC ”The Ukrainian Research Institute of Refractories named after A.S. Berezhnoy”, Kharkov, Ukraine (2007) 17–21
[7] Primachenko, V.V.; et al.: Studying of high-alu-mina and Al2O3–MgO refractory crucibles interaction with high-temperature ferroniobium alloy. Proc. 53th Int. Coll. on Refractories, Aachen, Germany, Sept. 8–9 (2010) 135–138
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