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(1975)
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G. B. Naumov, G. B. Ryzhenko, I. L. Khodakovskii (1971)
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A. Avgustinik, A. Zavertkin, A. Ryleev (1972)
Refractory for lining induction furnacesRefractories, 13
A. S. Zavertkin (1972)
Heat resistance of the lining for ironmelting induction furnacesLiteinoe Proizvod., 4
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Handbook of physical constants
V. Perepelitsyn, L. Karpets, L. Rechneva, A. Khisaev (1997)
Mineral composition of the quartzites and enclosing rocks of the Karaul'naya depositRefractories and Industrial Ceramics, 38
G. F. Smith (1968)
Physical Geochemistry
E. E. Grishenkov, L. Y. Kopeikina, V. P. Enenko (2002)
Refractories for melting furnacesNovye Ogneupory, 1
V. A. Perepelitsyn, L. A. Karpets, L. A. Rechneva, A. R. Khisaev (1977)
Mineral composition of quartzites and enclosing rocks from the Gora Karaul'naya depositOgneupory, 5
A. I. Avgustinik, A. S. Zavertkin, A. V. Ryleev (1972)
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D. S. Belyankin, B. V. Ivanov (1938)
Dinas: Properties and the Explored Reserves in the USSR
Requirements placed on the quartzite-based lining of crucible-type induction furnaces are discussed. The properties of Pervoural'skii and Karel'skii quartzites (P- and K-quartzites) are studied. Mineral impurities (in particular, mica) and their effect on properties of quartzite mixtures are considered. Industrial tests show that the fine-grained, predominantly intergranular mica is mainly responsible for the high wear resistance of K-quartzites. A characterization of the Metchangjarvi quartzite deposit is given and its commercial potential for production of refractory materials is discussed.
Refractories and Industrial Ceramics – Springer Journals
Published: Oct 17, 2004
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