Using kinetic information previously reported and hot spot theory, calculations are carried out to predict the effects of an accidental heat source on a previously thermally inactive bed of forest litter.
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References
1.
Jones, J.C., H. Rahmati, D. Fowler, J. Vorasurayakarnt and R.G. Bridges.1990. "The Self-Heating and Thermal Ignition Propensity of Forest Floor Litter,"Journal of Fire Sciences, 8:207-223.
2.
Jones, J.C.1990. "An Approximate Rate Expression for the Combustion of a Sample of Forest Litter,"Journal of Fire Sciences , 8:266-274.
3.
Jones, J.C., H. Rahmati and G.C. Wake.1991. "The Unpiloted Ignition of Eucalyptus Leaves Treated as a Parallel Reaction System,"Journal of Fire Sciences, 9:311-329.
4.
Fenn, J.B.1951. "Lean Flammability Limits and Minimum Spark Ignition Energy,"Industrial and Engineering Chemistry , 43:2865.
5.
Yang, C.H.1962. "Theory of Ignition and Autoignition,"Combustion and Flame, 6:215.
6.
Bowes, P.C.1984. Self-Heating-Evaluating and Controlling the Hazards , Elsevier.
7.
Merzhanov, A.G.1965. Cited in: Thomas, P. H. "A Comparison of Some Hot Spot Theories,"Combustion and Flame , 9:369.
8.
1983. "The Major Fires Originating February 16, 1983,"Bulletin,Country Fire Authority , Victoria, Australia.