176 - 200 of 927
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CreatorTitleDateDescription
176 Gupta, Gopal D.; Sawyer, R. ; Freestone, F. ; Hazel, R.Operating Experiences With EPA's Mobile Incineration System1987
177 Smith, D. A.; Lexa, G. F.Dense Phase Pneumatic Transport: An Alternative for Conveying Pulverized Coal1982
178 Drasek, W. Von; Schnepper, Carol ; Jurcik, Benjamin ; Philippe, L.Oxy-Fuel Burner Characterization: From Laboratory to Industry1995
179 Miyasato, M. M.; Samuelsen, G. S.Modeling and Velocity Measurements at the Burner Throat: The Relationship to Performance in a Model Industrial, Natural Gas Fired Burner1996
180 Lyon, Richard K.; Cole, Jerald A.Unmixed Combustion for Efficient Heat and Mass aTransfer in Chemical Processing Systems1997
181 Dilute Oxygen Combustion a New Approach for Low NOx Combustion1992
182 Linderman, Charles W.The Changing Face of Power Generation in the United States1996
183 Zinn, Ben T.Applications of Pulse Combustion in Industry1986
184 Fukuda, K.; Shima, H.; Hoshijima, Y.; Yamamoto, H.; Onuki, K.Development of RH-Multi-Function-Burner1995
185 Prospective Techniques for Controlling Combustion Generated NOx Emissions1998
186 Floris, F.; Pasini, S.; Partesotti, C.; Quattroni, G.A Laboratory-Scale Furnace to Study Ash Deposition and Fouling Due to Pulverized Coal Combustion1988
187 Ruiz, RobertoCombustion Design Issues in Fluids and Refinery Heating1997
188 Khinkis, M. J.; Kunc, V.; Romanovich, P.Development and Operation of an Efficient Cyclonic Incineration Demonstration System for Industrial Wastewater1987
189 Corliss, John M.; Putnam, Abbott A.Heat Transfer Enhancement by Pulse Combustion in Industrial Processes1986
190 Van de Kamp, W. L.; Smart, J. P.; Nakagawa, T.; Morgan, M. E.NOx Reduction and Heat Transfer Characteristics in Gas Fired Glass Melting Furnaces1991
191 Wynnyckyj, J. R.; Marr, R.; Rhodes, E.Inegrated Ash Monitoring System for Control of Fouling in Coal-Fired Boilers1988
192 Barsin, J. A.Commercialization of Coal-Water Slurries1982
193 Folsom, Dr. Blair A.; Sommer, Todd M.; Payne, Dr. RoyDemonstration of Combined NOx and SO2 Emission Control Technologies Involving Gas Reburning1991
194 Khinkis, MarkCombustion With Oxygen Enriched Air1986
195 Sadakata, M.; Hirose, Y.Scaling Law for Emission of Pollutant from Combustion Furnace1991
196 Ishii, Tohru; Shimojo, Mikio; Wada, JunExperiment Pertaining to Desulfurization Dust Removal and Carbon Monoxide Shift Reaction in Gas in Coal Gasification Process1994
197 Low NOx Burner Technology for Side-Wall-Fired Glass Melting Furnaces with Recuperative Air Preheating1997
198 Richards, G. A.; Meyer, C.; Logan, R.; Anderson, R. J.Effect of Surface Temperature on Coal Mineral Deposition in Heat Engines1988
199 Lifshits, Vladimir; Drennan, Scott A.Development of an Ultra Low NOx Burner with Widened Stability Limits1998
200 Lisauskas, Robert A.; Breault, Ronald W.Energy Recovery From the Combustion of Wastes in the Multisolid Fluidized Bed Combustor1987
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