LINING TECHNIQUE FOR INDUCTION MELTING FURNACES.

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Frerking, W.

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FWP journal | 1982年 / 22卷 / 12期

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页码：7 / 14

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[21] Current Research of Induction Furnaces.
Cremer, P.
Driole, J.
Marchand, C.
Foggia, A.
Fautrelle, Y.
Journal du four electrique, 1980, (04): : 24 - 31
[22] Comparison of the Melting of Aluminum in Crucible Induction Furnaces and in Oil-Fired Hearth-Type Furnaces.
Reinke, W.
Aluminium, 1979, 55 (05): : 337 - 339
[23] Refractory lining of induction furnaces for melting of alloyed cast iron and steel
Abker, H.J.
FWP journal, 1988, 28 (10):
[24] REFRACTORY LINING UPKEEP OF ALUMINUM REHEAT AND HOMOGENIZING FURNACES.
Babcock & Wilcox, Augusta, GA,, USA, Babcock & Wilcox, Augusta, GA, USA
Industrial Heating, 1986, 53 (04):
[25] OVERCOMING WEAK SPOTS IN GLASS MELTING FURNACES.
Anon
1600, (53):
[26] High frequency or ironless induction furnaces.
Davis, NR
Burch, CR
NATURE, 1926, 118 : 47 - 48
[27] ALGORITHMS FOR DIGITAL CONTROL OF ELECTRIC MELTING FURNACES.
Edemskii, V.M.
Soviet electrical engineering, 1979, 50 (11): : 12 - 18
[28] Use of Dry Corundum Ramming Compounds in Light Alloy Induction Melting and Holding Furnaces.
Kollenberg, K.E.
Elektrowaerme International, Edition B: Industrielle Elektrowaerme, 1979, 37 (B1):
[29] EASING POWER DISTURBANCES IN INDUCTION FURNACES.
1972, 100 (10):
[30] Recovery of Heat from Mains Frequency Crucible-Type Induction Melting Furnaces.
Becker-Barbrock, U.
Elektrowaerme International, Edition B: Industrielle Elektrowaerme, 1980, 38 (02): : 69 - 72