American Flame Research Committee
 
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276 - 300 of 927
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CreatorTitleDateDescription
276 Kokura, Yoshihiro; Ichiraku, Yuichi; Matsumura, Masahiko; Yoshida, ToshioDevelopment of Supplementary Firing Burner for Gas Turbine Repowering System1994
277 Suzuki, Yutaka; Kaminaka, Motofumi; Kaburagi, Katuhiko; Yabuki, KunihiroDevelopment of Swirl Burner Series for Steel Making Processes1994
278 Jamaluddin, Jamal; Benson, Charles; Pellizzari, Roberto; Marty, Seth; Young, Thomas; Isaacs, Rex; Renk, JosephDevelopment of a Fuel-Flexible Burner for Process Plants2012-09-06
279 Bortz, Steven J.; Yang, Shyh-ChingDevelopment of a Generalized Burner Design Procedure1990
280 Lifshits, VladimirDevelopment of a High Performance Versatile Low NOx Burner1996
281 Matt WhelanDevelopment of a Low NOx Burner for Combined Cycle Gas Turbine/ Once-Through Steam Generator System2016-09-13Conference paper
282 Krill, W. V.; Merrick, E. B.; Kesselring, J. P.; Friedman, M. A.Development of a Low NOx Burner for Gas Fired Firetube Boilers1981
283 Rahbar, ShahrzadDevelopment of a Low NOx Burner for Use with Preheated Combustion Air1994
284 Loftus, Peter; Benson, Charles; Wiener, William; Cole, Robert; Porter, James; Manthei, Dennis; Dolan, WilliamDevelopment of a Low-NOx Burner for Direct-Fired Absorption Chillers1994
285 Kimura, K.; Ichimiya, M.; Tanaka, S.Development of a Slit Burner1985
286 Yoshigae, Takeo; Suzuki, TomioDevelopment of a Sludge Slagging Combustor1990
287 Kimura, Kozo; Yoshikawa, Fumiaki; Nakamichi, Satoru; Shiraishi, Norihisa; Ogino, YozoDevelopment of a Technique for Removal of Organic Sulfur Compounds in Coke Oven Gas1991
288 Kaneda, H.; Yamazaki, K.; Kiyama, K.; Karki, K. C.; Patankar, S. V.Development of a Three Dimensional Coal Combustion Model1991
289 Yegian, D. T.; Cheng, R. K.Development of a Vane Swirler for Use in a Low NOx Weak Swirl Burner1996
290 Lewis, Elliot-Sullivan; Hack, Richard; McDonell, VincentDevelopment of a modular supplemental burner for optimization of distributed generation/combined heat and power system efficiency2011Increased interest in distributed power generation has lead to increased interest in combined heating cooling and power (CCHP). One significant issue in implementing a CCHP is that electrical loads and heating or cooling loads are rarely synchronized. Duct burners are frequently used to provide addi...
291 Espinosa, Gil; Cruz, Nick P.; Moorehouse, Larry; Kwan, Yul; Grant, Martin P.; Rowe, Robert G.Development of an Advanced Low NOx Landfill Gas Burner for Utility Boiler Application1995
292 Sivy, J. L.; Rodgers, L. W.; Kaufman, K. C.; Koslosky, J. V.Development of an Advanced Low-NOx Burner in Support of B&W's Advanced Coal-Fired Low-Emission Boiler System1995
293 Knill, K. J.; Collin, R.Development of an International Flame Research Foundation Working Group on Waste Incineration1987
294 Beer, J. M.; Jansohn, P.; Sun, N.; Shihadeh, A.; Toqan, M. A.; Borio, R. W.Development of an Ultra Low NOx Burner for Natural Gas Oil and Pulverized Coal1992
295 Lifshits, Vladimir; Drennan, Scott A.Development of an Ultra Low NOx Burner with Widened Stability Limits1998
296 Kevin AndersonDevelopment of an Ultra-Low NOx Gaseous Fuel Burner for OTSG Applications2016-09-13Conference paper
297 Madden, Debi A.; Farthing, George A.; Gohara, W. F.Development of the Advanced LIDS System as an Integral Part of the Babcock & Wilcox Low Emission Boiler System1994
298 Development of the MIT-RSFC Low NOx Burner for Pulverized Coal Combustion1994
299 Plodinec, M. J.; Cook, R. L.; Arunkumar, R.; Green, R. A.; Gresham, L. L.; Jang, P. R.; Lindner, J S.; Luthe, J. C.; McCarthy, M. J.; Miles, D. M.; Monts, D. L.; Norton, O. P.; Okhuysen, W. P.; Singh, J. P.; Yueh, F. Y.; Zikratov, G. A.Diagnostic Field Measurements in High Temperature Industrial Scale Process Equipment1998
300 Scotto, Mark V.Diesel Burner Development for 500-Watt Portable Thermophotovoltaic Generator1999
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