Flaming combustion

Luminometer index for the combustion flame of a jet fuel as a function of its volumetric content in aromatics. [Pg.227]

By the middle of the nineteenth century it was realized, both in England and in the United States, that kerosene, or coal oil, distilled from coal, could produce a luminous combustion flame. Commercialization was rapid. By the time of the U.S. Civil War, /yr (23,000 gal/yr) of lamp oil was... [Pg.78]

B. Lewis and C. von Elbe, Combustion, Flames andExplosions of Gases, Academic Press, Inc., New York, 1961. [Pg.148]

The first commercial oil-fumace process was put into operation in 1943 by the Phillips Petroleum Co. in Borger, Texas. The oil-fumace blacks rapidly displaced all other types used for the reinforcement of mbber and today account for practically all carbon black production. In the oil-fumace process heavy aromatic residual oils are atomized into a primary combustion flame where the excess oxygen in the primary zone bums a portion of the residual oil to maintain flame temperatures, and the remaining oil is thermally decomposed into carbon and hydrogen. Yields in this process are in the range of 35 to 50% based on the total carbon input. A broad range of product quaHties can be produced. [Pg.539]

Cool Flames. Under particular conditions of pressure and temperature, incomplete combustion can result in the formation of intermediate products such as CO. As a result of this incomplete combustion, flames can be less exothermic than normal and are referred to as cool flames. An increase in the pressure or temperature of the mixture outside the cool flame can produce normal spontaneous ignition (1). [Pg.517]

M. V. Blank, P. G. Guest, G. von Elbe, and B. Lewis, Third Symposium, Combustion, Flame and Explosion Phenomena, WiUiams WUkens, Baltimore,... [Pg.531]

Lewis, B., and G. von Elbe (1987). Combustion Flames and Explosions of Cases. 3rd Edition. Orlando, EL Academic Press. [Pg.142]

Lewis, B. and von Elbe, G. 1987. Combustion, Flames, and Explosions of Gases. 3rd ed. Academic Press, New York, NY. [Pg.74]

Moen, I. O., M. Donato, R. Knystautas, and J. H. Lee. 1980a. Flame acceleration due to turbulence produced by obstacles. Combust. Flame. 39 21-32. [Pg.142]

Column chromatography see Chromatography Columns in gas chromatography, 238 in liquid chromatography, 223 Combustion flames 784 Common ion effect 26 quantitative effects of, 35 Comparators permanent colour standards,... [Pg.859]

C.F. Cullis, Combustion of Flexible Polyurethane Foams. Mechanism and Evaluation of Flame Retardance , Combust Flame 24 (2), 217-30 (1975) CA 83, 82287 (1975)... [Pg.830]

P.V. Phung, Propagation of Gasless Reactions in Solids , Combustion Flame 21, No 1... [Pg.1000]

Propagation of Gasless Reactions in Solids , Combustion Flame 21, No 1 (1973), 91-97 69) B.E. Douda, Radiative Transfer Model of a Pyrotechnic Flare , NAD-RDTR No 258... [Pg.1000]

A.P. Hardt, Ignition Characteristics of Gasless Reactions , Combustion Flame 22, 323—35... [Pg.1000]

F. Solymosi and T. Bdnsagi, Combust. Flame, 13 (1969) 262 Acta Chim. Hung.,... [Pg.312]

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