Vyplavka ferromolibdena vnepechnym silikotermicheskim sposobom v shakhte pod svodom: Fid-Bau Portal

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Vyplavka ferromolibdena vnepechnym silikotermicheskim sposobom v shakhte pod svodom

Agarkova, N.A. / Shestakov, S.S. / Ryss, M.A.

Ferromolybdenum melted by silicothermal method outside furnace in roofed shaft; it is shown that by carrying out melting beneath roof, much less heat is lost by radiation from exposed molten alloy surface; this means that high slag temperatures can be attained with lower consumption of ground aluminum at shorter processing time; more molybdenum is extracted into alloy, and working conditions are better; successful experimental campaign was conducted at Chelyabinsk combine, and this method of melting ferromolybdenum was developed successfully on industrial basis. (see also English translation in Stal in English n 5 May 1968 p 404-5) (45555)

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Vyplavka ferromolibdena vnepechnym silikotermicheskim sposobom v shakhte pod svodom

Agarkova, N.A. / Shestakov, S.S. / Ryss, M.A.

Ferromolybdenum melted by silicothermal method outside furnace in roofed shaft; it is shown that by carrying out melting beneath roof, much less heat is lost by radiation from exposed molten alloy surface; this means that high slag temperatures can be attained with lower consumption of ground aluminum at shorter processing time; more molybdenum is extracted into alloy, and working conditions are better; successful experimental campaign was conducted at Chelyabinsk combine, and this method of melting ferromolybdenum was developed successfully on industrial basis. (see also English translation in Stal in English n 5 May 1968 p 404-5) (45555)

Vyplavka ferromolibdena vnepechnym silikotermicheskim sposobom v shakhte pod svodom

Agarkova, N.A. / Shestakov, S.S. / Ryss, M.A.

Ferromolybdenum melted by silicothermal method outside furnace in roofed shaft; it is shown that by carrying out melting beneath roof, much less heat is lost by radiation from exposed molten alloy surface; this means that high slag temperatures can be attained with lower consumption of ground aluminum at shorter processing time; more molybdenum is extracted into alloy, and working conditions are better; successful experimental campaign was conducted at Chelyabinsk combine, and this method of melting ferromolybdenum was developed successfully on industrial basis. (see also English translation in Stal in English n 5 May 1968 p 404-5) (45555)

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Title:

Vyplavka ferromolibdena vnepechnym silikotermicheskim sposobom v shakhte pod svodom

Additional title:

Vyplavka ferromolibdena vnepechnym silikotermicheskim sposobom v shakhte pod svodom

Contributors:

Agarkova, N.A. (author) / Shestakov, S.S. (author) / Ryss, M.A. (author)

Published in:

Publication date:

1968

Size:

2 pages

Type of media:

Article (Journal)

Type of material:

Print

Language:

English

Keywords:

© Metadata Copyright Elsevier B. V. All rights reserved.

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