Synthetic Fluorphlogopite – Refractory Material for Electrolysers in Non-ferrous Metallurgy
Perm 614000/Russia
Revision
Volume 6, Issue 4, Pages 98 - 100
Abstract
Synthetic fluorphlogopite is a refractory material for non-ferrous metallurgy, produced by casting can preserve its integrity after 200 cyclic temperature changes from 800 to 20 °C by cooling in water. This material has long product life with absence of surface phenomena associated with the Rehbinder effect. The paper describes the structure of this material and its behavior in the process of work. On basis of this knowledge the author presents a method of the synthesis of new refractory materials from technogenic silicate materials.
Keywords
non-ferrous metallurgy, basalt casting, synthetic fluorphlogopite
References
[1] Ignatova, A.M.; Hanov, A.M.; Ckachkov, A.P.: Issledovanie struktury i svojstv kamnelityh materialov metodom nanoindentirovanija. Vestnik Permskogo gosudarstvennogo tehnicheskogo universiteta Mashinostroenie. Materialovedenie (2010) [1] 139–150 [2] Ignatova, A.M.; Artemov, A.O.; Ignatov, M.N.: Vvedenie v nomenklaturu metallurgicheskih ogneuporov termostojkih siminalov. Praci XVI mizhnarodnoï konferenciï Teplotehnika ta energetika v metalurgiï. NMetAU, m. Dnipropetrovs’k, Ukraïna, 4–6 zhovtnja 2011 r. – Dnipropetrovs’k: (2011) Nova ideologija, 90–92 [3] Ignatova, A.M.; et al.: Technological and functional flowchart of fluorphlogopite production. – Proc. First Int. Congr. Non-ferrous metals of Siberia 2009, Krasnoyarsk 2009, 463 [4] Ignatova, A.M.; et al.: Issledovanie anizotropii ftorflogopita metodami matrichnogo i dinamicheskogo nanoindentirovanija. Tez. dokladov III NPK molodyh uchenyh i specialistov. Kompleksnoe izuchenie i ocenka mestorozhdenij tverdyh poleznyh iskopaemyh. Moskva 2011, 49 [5] Ignatova, A.M.; Ignatov, M.N.: Opyt ispol’zovanija tomografii v izuchenii stroenija materialov (na primere ftorflogopita). Tr. II Vserossijskoj shkoly – seminara dlja molodyh uchenyh i aspirantov. Termorentgenografija i rentgenografija nanomaterialov, 52–59 [6] Ignatova, A.M.; et al.: Harakteristika mikrostruktury i poristosti sinteticheskih mineral’nyh splavov na primere rentgenovskoj mikrotomografii ftorflogopita. Vestnik PGU. Geologija [2] 56–64
Copyright
Göller Verlag GmbH
