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Steel and alloys melted in vacuum furnaces
Description of successful consumable electrode remelting of ball bearing steels after initial difficulties with spot segregation had been traced to movement of bath caused by magnetic field; experience in melting 80Ni-20Cr alloy in vacuum induction furnace showed that fused magnesite crucible, maximum 30 μm Hg furnace pressure, and final oxidation by Ni-Mg alloy are prerequisites for good quality. (see also English translation in Stal in English n 4 Apr 1963 p 280-2)
Steel and alloys melted in vacuum furnaces
Description of successful consumable electrode remelting of ball bearing steels after initial difficulties with spot segregation had been traced to movement of bath caused by magnetic field; experience in melting 80Ni-20Cr alloy in vacuum induction furnace showed that fused magnesite crucible, maximum 30 μm Hg furnace pressure, and final oxidation by Ni-Mg alloy are prerequisites for good quality. (see also English translation in Stal in English n 4 Apr 1963 p 280-2)
Steel and alloys melted in vacuum furnaces
Vyplavka stali i splavov v vakuumnykh pechakh
Kapel'Nitskii, V.G. (author) / Shved, F.I. (author) / Yartsev, M.A. (author) / Tulin, N.A. (author) / Pozdeev, N.P. (author) / Sergeev, A.B. (author) / Merenishcheva, I.I. (author) / Kalinina, Z.M. (author) / Pozdnyakov, M.V. (author)
1963
4 pages
Article (Journal)
Russian
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