Page 414 - Dust Explosions in the Process Industries
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Propagation of Flames in Dust Clouds  383


                 Slezak, S. E., R. 0.Buckius, and H. Krier. (1986) “Evidence of  the Rich Flammability Limit for
                   Pulverized Pittsburgh Seam CoaVAir Mixtures.” Combustion and Flame 63, pp. 209-215.
                 Smith, I. W. (197I) “Kinetics of Combustion of Size-Graded Pulverized Fuels in the TemperatureRange
                   1200-2270 K.” Combustion and Flame 17, pp. 303-304.
                 Srnoot, L  D.,  and M. D. Horton. (1977) “Propagation of  Laminar Coal-Air Flames.” Progress in
                   Energy Combustion Science 3, pp. 235-258.
                 Smoot, L. D., M. D. Horton, and C.A. Williams. (1977) “Propagation of Laminar Pulverized Coal-
                   Air Flames.” Proceedings of the 16th Symposium (International) on Combustion, the Combustion
                   Institute, pp. 375-387.
                 Spalding, D. B. (1957) “Predicting the Laminar Flame Speed in Gases with Temperature-Explicit
                   Reaction Rates.” Combustion and Flame 1, pp. 287-295.
                 Spalding,D. B. (1982) “Representationsof Combustion in Computer Models of SparkIgnition.” Report
                   CFD/82/18.London: ComputationalFluid DynamicUnit, Imperial College  of Science and Technology.
                 Spalding,D. B., P. L. Stephenson, and R. G. Taylor. (1971) “ACalculation Procedure for the Prediction
                   of Laminar Flame Speeds.” Combustion and Flame 17, p. 55.
                 Specht, E., and R. Jeschar. (1987) “Ermittlung der geschwindigkeitsbestimmenden Mechanismen bei
                   der Verbrennung von dichten Kohleteilchen.” VDI-Berichte 645, pp. 45-56.
                 Srinath, R. S., C. W. Kauffman, J. A. Nicholls, et al. (1985, August) “Flame Propagation Due to
                   Layered Combustible Dusts.’’ Proceedings of the  10th International Colloquium on Dynamics of
                   Explosions and Reactive Systems, Berkeley, CA.
                 Taffanel,M. J. (1907, August) “PremiersEssais sur YInflammabilitC des Poussieres.” Rapport publique
                   par la ComitC Central des Houillbres de France.
                 Tai, C. S., C.W. Kauffman, M. Sichel,et al. (1988) “Turbulent Dust Combustion in a Jet-Stirred Reactor.
                   AIM Progress inAstronautics and Aeronautics  113, pp. 62-86.
                 Tamanini, F.  (1983, July) “Dust Explosion Propagation in Simulated Grain Conveyor Galleries.”
                   Technical Report FMRC J.I. OFIR2.RK. Washington, DC: National Grain and Feed Association.
                 Tamanini,F. (1989,April) “TurbulenceEffects on Dust Explosion Venting.” Proceedings of the AIChF
                   Loss Prevention Symposium, Session 8, Plant Layout, Houston.
                 Tamanini, E, and J. L. Chaffee.  (1989, April)  “Large-Scale Vented Dust Explosions-Effect   of
                   Turbulence on Explosion Severity.”TechnicalReportFMRC J.I. OQ2E2.RK. Wonvood, MA: Factory
                   Mutual Research.
                 Tanford, C., and R. N. Pease. (1947) “Theory of  Burning Velocity. 11. The Square Root Law for
                   Burning Velocity.” Journal of Chemical Physics 15, pp. 861-865.
                 Tezok,  E,W. C. Kauffman, M. Sichel,J. A. Nicholls. (1985) “TurbulentBurning Velocity Measurements
                   for DustlAir Mixtures in a Constant Volume Spherical Bomb.” Paper presented at 10thInternational
                   Colloquium on Dynamics of Explosions and Reactive Systems, Berkeley, CA, Aug. 1985.
                 Tulis, A. J. (1984) “Initiation and Propagation of Detonation in Unconfined Clouds of Aluminium
                   Powder in Air.” Proceedings of the Ninth International Seminar on Pyrotechnics.
                 Tulis, A. I., and J. R. Selman. (1984) “UnconfinedAluminium Particle Two-PhaseDetonation in Air.”
                   AIAA Progress in Astronautics and Aeronautics 94, pp. 277-292.
                 Ubhayakar, S. K., and E A. Williams. (1976) “Burning and Extinction of  a Laser-Ignited Carbon
                   Particle in Quiescent Mixtures of Oxygen and Nitrogen.” Journal of  the Electrochemical Society
                   123, pp. 747-756.
                 Vareide, D., and 0.K. Sonju. (1987) “Theoretical Predictions of Char Bum-Off.’’ Report No. STF15
                   A87044. Trondheim, Norway: SINTEF.
                 Wagner, R., A. Schulte, H.-J. Muhlen, et al. (1987) “Laboratoriumsuntersuchungen zum Zunden und
                   Abbrandgeschwindigkeit bei der Verbrennung einzelner Kohlekomer.” VDZ-Ben’chte645, pp. 33-43.
                 Weber, R. 0.(1989) “Thermal Theory for Determining the Burning Velocity of a Laminar Flame, Using
                   the Inflection Point in the Temperature Profile.”  Combustion Science and  Technology 64.
                   pp. 135-139.
                 Weclunan,  H. (1986) “Safe Production and Use of Domestic Fuels. Part 4. Fire and Explosion Properties
                   of Peat.” Research Report No. 448. Espoo: Technical Research Centre of Finland.
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