Glass Melting Technology: A Technical and Economic ... - OSTI

McCauley, R. A., “Evolution of Flat Glass Furnace Regenerators,” Glass Ind., 59 [10] 26–28 (1978).
McGrath, J. M., “Preheating Cullet While Using the Cullet Bed as a Filter for Waste Gases in the Edmeston Heat
Transfer/Emission Control System,” Glass Technol., 37 [5] 146–150 (1996).
McMahon, A., and M. Ding, “Can Partial Conversion to Oxy-Fuel Combustion Be a Solution to Furnace
Problems,” Glass Ind., 75 [13] 23–24 (1994).
McNeill, K. R., “Feeding glass to melting furnace,” U.K. Patent 2,243,674 (26 April 1990).
Meerman, W., T. van Rooy, and M. Voss, “Continuous Skull-Melting of Glass,” Philips Tech. Rev., 42 [3] 93–96
(1985).
Mel'nichenko, L. G., “Experimental Study of Sintering and Silicate Formation in a Glass Charge,” Steklo, Inform.
Byul. Vses. Nauchn. -Issled. Inst. Stekla, 2, 56–61 (1961).
Michalowski, A., R. Wozniacki, and J. Myslinski, “Melting of Glass in Gas-fired Tank Furnaces: I, Modeling of the
Melting Process,” Szklo Ceram., 30 [12] 304–307 (1979).
Michalowski, A., R. Wozniacki, and J. Myslinski, “Melting of Glass in Gas-Fired Tank Furnaces: II, Modeling of
Melting, Including the Less-Used Thermodynamic Parameters,” Szklo Ceram., 31 [1] 3–6 (1980).
Michalowski, A., R. Wozniacki, and J. Myslinski, “Melting of Glass in Gas-fired Tank Furnaces: III, Calculation of
the Process,” Szklo Ceram., 31 [2] 39–42 (1980).
Michalowski, A., R. Wozniacki, and J. Myslinski, “Melting of Glass in Gas-fired Tank Furnaces: IV, Influence of
Thermal Parameters on the Efficiency of Melting,” Szklo Ceram., 31 [3] 66–69 (1980).
Miller, H. R., and K. Royds, “The Use of Oxygen in Glassmaking Furnaces,” Glass Technol, 14 [6] 171–181
(1973).
Mills, H. N., “What You Should Know about Fining,” Glass Ind., 68 [13] 10, 13–14 (1987).
Min'ko, N., S. Zaitsev Yu, N. Zaitseva, R. Bilinskii, and M. Shershnev Yu, “Evaporation Cooling of Glass-Melting
Furnaces (A Review),” Glass Ceram., 57 [5/6] 187–189 (2000).
Moreau, J. C., C. Cozzi, and P. Bony, “Behaviour of Cruciform Shapes in an End-port Furnace--Results after One
Campaign,” Glass Udyog, 14 [2] 25–28 (1985).
Moreau, R., and P. Bony, “Developments in the Performance and Profitability of Hollow Glass Furnaces in the Last
25 Years,” Glass Int., 1986 39, 40, 43 (1986).
Moreau, R., and P. Jeanvoine, “Developments in Electric Furnaces and High-Performance Construction
Techniques,” Glass Int., 1987 47–48, 51, 53 (1987).
Morellisen, H. W., A. H. M. Rikken, and A. J. M. Van Tienen, “Pelletized Batch--Its Manufacture and Melting
Behavior,” Glass Ind., 61 [3] 16–20 (1980).
Morey, G. W., The Properties of Glass, 2nd ed. Reinhold Publishing, New York, 1954.
J. P. Morgan, “Glass Industry Analysis,” Security Analysts’ Report, February 26, 1999.
J. P. Morgan, “Saint Gobain,” Security Analysts’ Report, November 27, 2001.
Morgan Stanley, “Owens Illinois,” Security Analysts’ Report, April 24, 2002.
Moser, H., “Economics of Batch and Cullet Preheating,” Ceram. Eng. Sci. Proc., 16 [2] 105–108 (1995).
Motokawa, M., “New Technology I: Melting Floating Glass (Magnetic Levitation),” Look Japan, 46 [532] 30–31
(2000).
Murray, R., The Melting of Glass by Electricity, A Bibliography. NYS College of Ceramics, Alfred University,
Alfred, N.Y., 1962.
Nagulevich, K. V., Y. I. Kolesov, and M. S. Aslanova, “Regulation of Gas Content and Temperature of Glass
Foaming in the Production of Glass Fiber,” Steklo Keram., 27 [11] 23–26 (1970).
Nalpenko, V. E., “The Automatic Wetting of (Glass) Mixtures,” Steklo Keram., 15 [10] 43–44 (1958).
National Association of Home Builders.
Naumann, R. J., and E. C. Ethridge, “Acoustic Levitation Furnace Proposed for Containerless Processing,” Am.
Ceram. Soc. Bull., 64 [10] 1349–1350 (1985).
Navarro, J.M.F., “Characteristics of the Raw Materials for Melting Different Types of Glass,” Bol. Soc. Esp.
Ceram. Vidrio, 1989 [6] 449–460 (1989).
Naveaux, R. J., and J. J. Shea, “Method for Improving Regenerative Furnace Efficiency,” Glass Ind., 63 [1-2] 14–
19 (1982).
Nebel, R., “Application of the Fining Shelf to Furnace Melting Technology,” Ceram. Eng. Sci. Proc., 22 [1] 21–26
(2001).
Nebel, R., “Reduction of Energy Input and Environmentally Relevant Emissions in Glass Melting Furnaces,”
Gaswaerme Int., 48 [12] 722–727 (1999).
Nebel, R., “Refining Bank,” Glass Ind., 82 [1] 17–20 (2001).
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