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250 Dust Explosions in the Process Industries

Schlapfer, P. (1951) “Ueber Staubflammen und Staubexplosionen. Schweiz.” Verein von Gas- und
Wasserfachrnannern.Monatsbull. 31, no. 3, pp. 69-82.
Schofield, C., H. M. Sutton, and K. A. N. Waters. (1979) “The Generation of Dust by Materials
Handling Operations.” Journal of Powder and Bulk Solids Technology 3, pp. 40-44.
Schubert,H. (1973) “Kapillardruckund Zugfestigkeit von feuchten Haufwerken aus komigen Stoffen.”
Chem.-Zng.-Techn.45, no. 6, pp. 396-401.
Schubert, H. (1979) “Grundlagendes Agglomerierens.” Chem.-Zng.-Techn. 51, no. 4, pp. 266-277.
Schubert,H., and Wibowo,W. (1970) “Zur experimentellenBestimmung der Zugfestigkeitvon gering
verdichteten Schiittgutern.”Chem.-Ing.-Techn. 42, no. 8, pp. 541-545.
Schwedes, J. (1976) “Fliessverhalten von Schiittgutern in Bunkern.” Chem.-Zng.-Techn. 48 no. 4,
pp. 294-300.
Selle, H. (1957) “Die Grundziige der Experimentalverfahren zur Beurteilung brennbarer
Industriestaube.” VDI-Berichte 19, pp. 37-48.
Shrayber, A. A. (1988) “An Approximate Method for Determining the Parameters of Fluctuating
Motion of Particles in a Turbulent, Particle-Laden Gas Flow.” Fluid Mechanics-Soviet Research
17, pp. 27-34.
Singer, J. M., N. B. Greninger, and 5. Grumer. (1967) “Some Aspects of the Aerodynamics of the
Formation of Float Coal Dust Clouds.” 12th Internationl Conference of the Mine Safety Research
Establishment, Dortmund.
Siwek, R. (1977, September) “20-1-Laborapparaturfur die Bestimmung der Explosionskenngrossen
brennbarer Staube.” Diploma thesis, Technical University of Winterthur, Switzerland.
Siwek, R. (1988) “Zuverlassige Bestimmung explosionstechnischer Kenngrossen in der 20-Liter
Laborapparatur.” VDZ-Berichte701, pp. 215-262.
Smolyakov,A. V., and V. M. Tkachenko.(1983) The Measurement of Turbulent Fluctuations (English
translation). New York Springer-Verlag.
Sokolovski, V. V. (1960) Statics of Soil Media, translated from Russian by D. H. Jones and A. N.
Schofield. London: Buttenvorths ScientificPublications.
Tadmor, J., and I. Zur. (1981) “Resuspension of Particles from a Horizontal Surface.” Atmospheric
Environment 15, pp. 141-149.
Tomita, Y., H. Tashiro, K. Deguchi, et al. (1980) “Sudden Expansion of Gas-Solid Two-Phase Flow
in a Pipe.” Physics of Fluids 23, no. 4, pp. 663-666.
Trostel, L. J., and H. W. Frevert. (1924) “The Lower Limits of Concentrationfor Explosion of Dusts
in Air.” Chemical Metallurgy and Engineering 30, pp. 141-146.
Ural, E. A. (1989a, April) “Dispersibility of Dusts Pertaining to Their Explosion Hazard.” Factory
Mutual Research Report J. I. OQ2E3.RK. Nonvood, MA: Factory Mutual Research.
Ural, E. A. (1989b, July) “Experimental Measurement of the Aerodynamic Entrainability of Dust
Deposits.” 12thlnternationalColloquiumon Dynamic ExplosiveReaction Systems,Ann Arbor, MI.
Weber, R. (1878) “PreisgekronteAbhandlung iiber die Ursachen von Explosionen und Branden in
Miihlen, sowie iiber die Sicherheitsmassregeinzur Verhiitung derselben.” Verh. Ver: Gew. Fliess.,
Berlin, pp. 83-103.
Yamamoto, H., and A. Suganuma. (1984) “Dispersion of Airborne Aggregated Dust by an Orifice.”
International Chemical Engineering, 24, pp. 338-345.
Yamamoto, H. (1990, September) “Relationshipbetween Adhesive Force of Fine Particles and Their
Dispersibility in Gas.” Proceedings of the Second World Congress in Particle Technology, Kyoto,
Japan, pp. 167-173.
Zeleny, J., and L. W. McKeehan. (1910) “Die Endgeschwindigkeitdes Falles kleiner Kugeln in Luft.”
Physik. Zeitschrvt 11, pp. 78-93.