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13.16. APPENDIX: APPLICATION OF PROBERT’S METHOD 335
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[22] Topps, J. E. C.: An Experimental Study of the Evaporation and Combustion of
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[23] Hall, L. R. and Diederichsen, J.: An Experimental Study of the Burning of Single
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[24] Spalding, D. B. Combustion of Single Droplet and of a Fuel Spray. Selected
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[25] Hottel, H. C., Williams, G. C. and Simpson, H. C.: The Combustion of Droplets
of Heavy Liquid Fuels. Fifth Symposium (International) on Combustion, Reinhold
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[26] Wise, H., Lowell, J, and Wood, B. J.: The Effects of Chemical and Physical
Parameters on the Burning Rate of a Liquid Droplet. Fifth Symposium (International)
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[27] Kobayasi, K.: An Experimental Study on the Combustion of a Fuel Droplet.
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[28] Nischiwali, N.: Kinetics of Liquid Combustion Processes: I. Evaporation and
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[29] Surugue, J.: Combustion Problems in Turbojets. AGARD AG 5/P2, December
1952, pp. 54-61.
[30] Bahr, D.: Evaporation and Spreading of Isooctane Sprays in High-Velocity Air
Streams. NACA RM E511 E53114, 1953.
[31] Saks, W.: The Rate of Evaporation of a Kerosene Spray. National Aeronautical
Institute of Canada, Note No. 7, 1951.
[32] Frössling, N.: On the Evaporation of Falling Drops. Gerlands Beiträge zur
Geophysik, 1938, pp. 170-216.
[33] Ranz, W. E. and Marshall, W. R.: Evaporation from Drops. Chemical Engineering
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