References |
Varlamov, V.K., Drobyshev, A.N., Kaminska, I.A., A Method for Producing A Modified Synthetic Iron in An Induction Furnace of Industrial Frequency, pp. 11-13. , Patents. 1636448 USSR No. 4451098/02;appl. 06/28/88; publ. 03.23.91, Bul. No; Farbman, S.A., Kolobnev, I.F., (1968) Induction Furnaces for Melting of Metals and Alloys, 496p. , 5th edition revised and supplemented. M .: Metallurgy; Janerka, K., Bartocha, D., Szajnar, J., The carburisation process rates in synthetic cast iron production (2006) AMME, 18, pp. 379-382. , September-October; Tyre, L.L., Stolov M J, M.J., Electromagnetic device for controlling the circulation of metal in electric furnaces.-2nd ed (1991) Ext. and Rev. M .: Metallurgy; Mortimer, J., (1999) Tomorrow's Induction Melt Shop Technologies Today Foundry., (3); Luzgin, V.I., Petrov, A.Y., Fatkullin, S.M., Friesen, V.E., Induction melting and casting systems for the production of high quality cast iron (2013) Foundry Russia, (5), pp. 27-30; Frizen, V.E., Sarapulov, F.N., Formation of mhd processes in induction crucible furnace at single-phase supply of inductor (2010) Russian Electrical Engineering, 81 (3), pp. 159-164. , March; Sidorov, O.J., Sarapul, F.N., Sarapulov, S.F., Finite element methods and finite differences in elektromehanieke and electrotechnology (2010) M.: Energoatomizdat, 331p; Fomin, N.I., Zatulovskaya, L.M., Electric furnaces and induction heating (1979) Metallurgy, , Moscow |