Abstract
Chapter 3 considered the development of an incipient flame ball into a self-propagating combustion wave, assuming that an ideal source injects sufficient energy at the center of the flame sphere.
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References
Magison, E. C., “Low-Voltage Ignition of Hazardous Atmospheres,” ISA Journal, July 1962.
Litchfield, E. L., “Minimum Ignition-Energy Concept and its Application to Safety Engineering,” Bureau of Mines, RI 5671.
Vaillard, R., “Données relatives à l’inflamationdes mélanges gazeux combustibles par l’étincelle électrique,” Journal de Chimie Physique 40 (1943), pp. 101–108.
Morgan, J.D., “Principles of Ignition,” Sir Isaac Pitman and Sons Ltd., London, 1942, p. 15.
Gehm, K.H., “Sonderschutzarten für den Explosions schütz von elektrischen Betriebsmitteln,” Elektro Welt, 1959, Nr. 10.
Muller, Kurt, “Eigensichere Stromkreise,” Elektrotechnische Zeitschrift, 1 March 1957, p. 177–182.
Holm, R., “Electric Contacts Handbook,” Springer-Verlag, Berlin, 1958.
Devins, J. C, and A. H. Sharbaugh, “The Fundamental Nature of Electrical Breakdown,” Electro-Technology, Feb. 1961, pp. 103–122.
Lewis, B., and G. Von Elbe, “Combustion, Flames, and Explosions of Gases,” 2nd Edition, pp. 323 ff., Academic Press.
Safety in Mines Research Paper No. 106, “Intrinsic Safety of Electrical Apparatus,” 1947.
Safety in Mines Research Paper No. 107, “Exploders for Simultaneous Firing of Shots,” 1950.
Safety in Mines Research Report No. 41, “Intrinsic Safety, A Resume of Recent Progress,” 1952.
Safety in Mines Research Paper No. 104, “Intrinsic Safety of Electrical Apparatus,” 1946.
Safety in Mines Research Report No. 33, “The Use of Break-Flash Apparatus No. 3 for Intrinsic Safety Testing,” 1951.
Safety in Mines Research Board Paper No. 20, “The Electric Ignition of Firedamp,” 1926.
McKinney, A.H., “Electrical Ignition of Combustible Atmospheres,” Proceedings of 1960 Symposium on Safety for Electrical Instrumentation in Hazardous Areas, ISA, Pittsburgh.
Stout and Jones, “The Ignition of Gaseous Explosive Media by Hot Wires,” 3rd Symposium on Combustion, Flame, and Explosion Phenomena, p. 329, Williams and Wilkins, 1949.
Shepherd, W. C. F., and R. V. Wheeler, “The Ignition of Gases by Hot Wires,” Safety in Mines Research Board Paper No. 36, 1927.
IEE Conference Report Series No. 3, “Flame proofing, Intrinsic Safety, and Other Safeguards in Electrical Instrument Practice,” 1962.
Silver, S., “A Review of the Ignition of Flammable Gases or Vapors by Hot Wires,” Department of Mines and Technical Survey, Canada, Internal Report FMP-62/186-EEC, 1962.
Silver, S., “Tests of the Possibility of Ignition of Ether-Air Mixtures by the Melting of Small Fuse Wires,” Department of Mines and Technical Surveys, Canada, Internal Report FMP-61/54-EEC, 1961.
Silver, S., and G. K. Brown, “Ignition of Pentane-Air Mixtures by Fusing Small-Diameter Copper Conductors in a Circuit of Low Inductance (22 µ .H),” Department of Mines and Technical Survey, Canada, Fuels and Mining Practice Division Report FMP-64/157-EEC, 1964.
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Magison, E.C. (1966). Ignition of Gases and Vapors by Electrical Means. In: Electrical Instruments in Hazardous Locations. Springer, Boston, MA. https://doi.org/10.1007/978-1-4899-6543-1_4
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DOI: https://doi.org/10.1007/978-1-4899-6543-1_4
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