OVERCOMING WEAK SPOTS IN GLASS MELTING FURNACES.

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作者：

Anon

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| 1600年 / 53期

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Compendex;

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暂无

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摘要：

GLASS MANUFACTURE

引用

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[41] Destruction by Slag of the Refractory Lining of Induction Melting Furnaces.
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1600, (64):
[42] INVESTIGATION OF THE STRUCTURE OF FOAM IN SHEET GLASS FURNACES.
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[43] PLASMA MELTING AND REMELTING TESTS PROMISE DESIGN OF EFFECTIVE PLASMA MELTING FURNACES.
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Solar Cells, 1988, 55 (02):
[44] Thermography of glass melting furnaces
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[45] Thermodynamics of Flue Gas Heat Utilization in Glass Furnaces.
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[46] RESERVES FOR INCREASING THE PRODUCTIVITY OF FLAT-GLASS FURNACES.
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Moiseev, V.G.
Pankova, N.A.
Glass and Ceramics (English translation of Steklo i Keramika), 1973, 30 (3-4): : 215 - 218
[47] Composition of Waste Gases from Glass Tank Furnaces.
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[48] Ninth Annual Summary of Recent Literature on Electric Melting Furnaces.
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[49] Possibilities for Optimization of the Foundry Scrap Melting Process in Rotary Furnaces.
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Jeschar, Rudolf
Giessereiforschung, 1987, 39 (04): : 150 - 162
[50] Investigation Aimed at Reduction of Fuel Consumption in Rotary Melting Furnaces.
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Giesserei, 1987, 74 (19): : 582 - 586