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Thermotechnical investigation of open hearth furnace jet nozzles injecting air into gas ports
Use of compressed air, preheated in regenerator, for injection into gas ends of open hearth furnace make it possible to reduce tap to tap time and to increase furnace productivity. (See also Stal v 19 n 4 Apr 1959 p 306-11)
Thermotechnical investigation of open hearth furnace jet nozzles injecting air into gas ports
Use of compressed air, preheated in regenerator, for injection into gas ends of open hearth furnace make it possible to reduce tap to tap time and to increase furnace productivity. (See also Stal v 19 n 4 Apr 1959 p 306-11)
Thermotechnical investigation of open hearth furnace jet nozzles injecting air into gas ports
Teplotekhnicheskie ispytaniya golovok s inzhektsiey vozdukha v gazovyi prolet
Kokarev, N.I. (author) / Kapichev, A.G. (author) / Lisienko, V.G. (author) / Semenenko, P.P. (author) / Tyulebaiev, G.V. (author)
Stal in English ; 19
1959
5 pages
Article (Journal)
English
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Thermotechnical investigation of open hearth furnace jet nozzles injecting air into gas ports
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