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Combustion Science and Technology Volume 33, 1983 - Issue 1-4
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Original Articles

Effect of Fuel-Air Equivalence Ratio and Temperature on the Structure of Laminar Propane-Air Flames

E W. Kaiser Engineering and Research Staff, Research, Ford Motor Compenv, Dearborn, Michigan 48727
,
G. Rothschild Engineering and Research Staff, Research, Ford Motor Compenv, Dearborn, Michigan 48727
&
G. A. Lavoie Engineering and Research Staff, Research, Ford Motor Compenv, Dearborn, Michigan 48727
Pages 123-134 | Received 27 Dec 1982, Accepted 23 Feb 1983, Published online: 19 Apr 2007

Citations (14)

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Read on this site (6)

Mark Strobel, Melvyn C. Branch, Michael Ulsh, Ronald S. Kapaun, Seth Kirk & Christopher S. Lyons. (1996) Flame surface modification of polypropylene film. Journal of Adhesion Science and Technology 10:6, pages 515-539.
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ANDREWA. ADAMCZYK & WALTERG. ROTHSCHILD. (1987) Fuel Storage in Com bustion-Chamber Ceramics and Hydrocarbon Emissions: A Connection. Combustion Science and Technology 51:4-6, pages 251-263.
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E. W. Kaiser, K. Marko, David Klick, L. Rimai, Charles C. Wang, B. Shirinzadeh Wang & B. Zhou. (1986) Measurement of OH Density Profiles in Atmospheric-Pressure Propane-Air Flames. Combustion Science and Technology 50:1-3, pages 163-183.
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W.G. Rohschild, E.W. Kaiser, G.A. Rohschild & L. Lavo. (1986) Effects of fuel-air equivalence ratio, Temperature, and Inhibitor on the structure of Laminar Methane-air flames. Combustion Science and Technology 47:3-4, pages 209-227.
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E.W. kaiser, W.G. Hothschild & G.A. Lavoie. (1984) Chemical Species Profiles of Laminar propane-Air Flames. Combustion Science and Technology 41:5-6, pages 271-289.
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J. A. Lorusso, E. W. Kaiser & G. A. Lavoie. (1983) In-Cylinder Measurements of Wall Layer Hydrocarbons in a Spark Ignited Engine. Combustion Science and Technology 33:1-4, pages 75-112.
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Articles from other publishers (8)

E. W. Kaiser. (2008) Comment on “high temperature shock tube study of the reactions CH 3 + OH → products and CH 3 OH + Ar → products” . International Journal of Chemical Kinetics 41:2, pages 142-143.
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E. W. Kaiser. (2005) Comment on “The Reaction of Acetylene with Hydroxyl Radicals”. The Journal of Physical Chemistry A 109:51, pages 12064-12064.
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M.F.M. Nogueira & E.M. Fisher. (2003) Effects of dimethyl methylphosphonate on premixed methane flames. Combustion and Flame 132:3, pages 352-363.
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Ching-Hsong Wu, M. A. Tamor, T. J. Potter & E. W. Kaiser. (1990) A study of gas chemistry during hot-filament vapor deposition of diamond films using methane/hydrogen and acetylene/hydrogen gas mixtures. Journal of Applied Physics 68:9, pages 4825-4829.
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Ching-Hsong Wu, M. A. Tamor, T. J. Potter & E. W. Kaiser. (2011) A Comparative Study of Gas Chemistry in Methane/Hydrogen and Acetylene/Hydrogen Gas Mixtures During Hot-Filament Vapor Deposition of Diamond. MRS Proceedings 162.
Crossref
Kermit C. SmythJ. Houston Miller. (1987) Chemistry of Molecular Growth Processes in Flames. Science 236:4808, pages 1540-1546.
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Andrew A. Adamczyk & Raymond A. Kach. (1985) A combustion bomb study of fuel-oil solubility and HC emissions from oil layers. Symposium (International) on Combustion 20:1, pages 37-43.
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A.J. Isack, J. Askey, A.A. Adamczyk, G.A. Lavoie & R.A. Kach. The Effect of Turbulence on the Hydrocarbon Emissions from Combustion in a Constant Volume Reactor. The Effect of Turbulence on the Hydrocarbon Emissions from Combustion in a Constant Volume Reactor.

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