American Flame Research Committee
 
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1076 - 1100 of 1,104
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CreatorTitleDateDescription
1076 Mullinger, P. J.; Broadley, GaryThe Use of Modelling Techniques in the Reduction of Emissions and Energy Conservation1992
1077 Drasek, W. Von; Duchateau, E. ; Philippe, L.Use of Optical Sensors on Industrial Oxy-Fuel Burners for Process Control1997
1078 Ho, Min-DaThe Use of Oxygen for Transient Incinerator Puff Reduction: Control Strategy and Field Results1990
1079 Batra, Sushil K.; Cole, William E.; Metcalfe, Christopher I.Use of Spectral Flame Analyzer for Combustion Control in Industrial Boilers1986
1080 Joyce, W. I.; Urquhart, W. M.The Use of the Pot Furnace for the Prediction of Stoker Performance1982
1081 Smith, ScotUse of Variable Frequency Drives for Better Destruction Efficiency of Air-Assisted Flares2013-09-25Paper from the AFRC 2013 conference titled Use of Variable Frequency Drives for Better Destruction Efficiency of Air-Assisted Flares by Scot Smith
1082 Fornaciari, Neal; Schefer, Robert; Paul, Phillip; Sanford, Robert; Claytor, Lloyd; Lubeck, ChristiUser Guide to the Burner Engineering Research Laboratory1994
1083 Smith, J.D.Using CFD to Optimize Flow Distribution in Gas Flare Piping2017-12-11Paper from the AFRC 2017 conference titled Using CFD to Optimize Flow Distribution in Gas Flare Piping
1084 Tillman, David A.Using On-Line Coal Analysis to Optimize Combustion in Utility Boilers: a 10-yr Program at Monroe Power Plant2012-09-07
1085 Perrin, Marc; Lievoux, Philippe; Borghi, Roland; Gonzalez, MichelUtilization of a Numerical Model for the Design of a Gas Immersion Tube1986
1086 Alavandi, S.Validation and Prediction of Ultra-Low NOx Burner Performance using Computational Fluid Dynamics2015-09-11Paper from the AFRC 2015 conference titled Validation and Prediction of Ultra-Low NOx Burner Performance using Computational Fluid Dynamics
1087 Kaufman, K. C.; Fiveland, W. A.Validation of Industrial Gas Burner Models Using In-Furnace Laboratory Measurements1995
1088 Rabovitser, Iosif; Chan, Isaac; Loviska, Tim; Hall, DavidValidation of Methane de-NOX Reburn Process for Coal Fired Spreader Stoker Boilers1996
1089 Yang, Shyh-Ching; Juang, Ruey-Shin; Chang, Wen-Chen; Chen, Jen-ShienVelocity Measurements on Isothermal Sudden Expanding Swirling Flow in an Industrial Burner With Bluff-Body1989
1090 Breault, Ronald; Shukla, Kailash; Becker, Fred; McClaine, Andrew; Karan, JayVIStA Combustor for Very Low NOx Emissions in Furnace and Boilers1997
1091 McClaine, Andrew; Becker, Fred; Litka, Anthony; Breault, Ronald; Shukla, Kailash; Jayakaran, Jaiwant D.; Poe, Roger; Strupp, ChristophVISTA Combustor for Very Low NOx Emmisions in Furnaces and Boilers1999
1092 Annen, Kurt D.; Stickler, David B.; Brown, Robert C.Visualization of Spatially Resolved Thermal Nitric Oxide Production Rates as a Tool for Emissions Reduction and Combustion Optimization1999
1093 Martin, Dr. Richard R.; Connally, Carl A.Waste Gas Firing in Process Heaters and Boilers1984
1094 Davis, Lisa A.; Miranda, Jamie E.; Richter, G. Neal; Stevenson, John S.Waste Gasification by the Texaco Gasification Process1990
1095 Waste to Energy Solutions for Industry1997
1096 Drennan, Scott A.Waste to Energy Solutions for Industry1997
1097 Smith, Philip J.; Thornock, Jeremy; Hradisky, Michal; Isaac, Benjamin J.; Jatale, AnchalWhat can we learn about flare combustion efficiency from large eddy simulations?2010-09-30
1098 Zeng, YoushengWhite Paper on Multi-Spectral Infrared Camera for Flare Efficiency Measurement2012-09-05
1099 Evans, Scott; Seebold, JamesWind Effects2012-09-05
1100 Gogolek, Peter E.G.; Hayden, A.C.S.Wind turbulence and elevated flare flames2004
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