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Research and Development  66 1


               Ju, W.-J., R. Dobashi, and T. Hirano. (199%) “Dependence of Flammability Limits of a Combustible
                 Particle Cloud on Particle Diameter Distribution.” Journal of  Loss Prevention in the Process Industry
                 11, pp. 177-185.
               Ju, W.-J.>R. Dobashi, and T. Hirano. (1998~)“Reaction Zone Structures and Propagation Mechanisms
                 of Flames in Stearic Acid Particle Clouds.” Journal of Loss Prevention in the Process Industry 11,
                 pp. 423-430.
               Kao, C.-S., andY.-S.Duh. (2002) “Accident Investigationof anABS Plant.”Journal of Loss Prevention
                 in the Process Industry 15, pp. 223-232.
               Karpetis, A. N., and A. Gomez. (2000) “An Experimental Study of Well-Defined Turbulent Non-
                 Premixed Spray Flames.” Combustion and Flame 121, pp. 1-23.
               Kauffman, W.  C., K. R. Mestrich, R. Regan, et al. (June 1996) “Dust Explosions in the U.S. Grain
                 Industry. The Effects of Research, Regulations, and Education.” Proceedings of the SeventhInternational
                 Colloquium on Dust Explosions, Bergen, Norway. Bergen: GexCon AS (previously CMR).
               Kauffman, C. W., M. Sichel, and P. Wolanski. (1991) “Dust Related Detonations.” In Dynamic Structure
                 of  Detonation in Gaseous and Dispersed Media. Boston: Kluwer.
               Kauffman, C. W., M. Sichel, and P. Wolanski. (1992) “Research on Dust Explosions at the University
                 of Michigan.” Powder Technology 71, p. 188.
               Khomik, S. V.,  B. E. Gelfand, and M. V.  Knyazev. (October  1993) “On the Critical Diameter of
                 Detonation Propagation in Dust Suspensions.” Proceedings of the Joint Meeting of the Russian and
                 Japanese Sections of the Combustion Institute, Chernogolovka, Moscow Region, p.  188.
               Khomik,  S.  V.,  B.  E.  Gelfand,  and  M.  V.  Knyazev.  (August/September  1994)  “Experimental
                 Determination of a Critical Diameter of Detonation Propagation in Dust Suspensions.” Proceedings
                 of  the Sixth International Colloquium on Dust Explosions, ed. Deng Xufan and Piotr Wolanski,
                 Shenyang, Peoples Republic of China, pp. 315-319.
               Kjgdman. L. (1992) “Numerical Flow Simulation of Dust Deflagrations.” Powder Technology 71,
                 pp. 163-169.
               Klais, O., and K.-J. Niemitz. (1996) “Trocknen und Mahlen deflagrationsflihigerStaiibe.” VDI-Berichte
                 [VDI-Verlag GmbH, Diisseldorf, Germany] 1272, pp. 441-458.
               Klammer, J., R. Klemens, V. P. Korobeinikov, et al. (1999) “On Ignition and Unstable Flows of Dusty
                 Gases with Combustion Reactions.” Combustion Science and Technology 142, pp. 81-90.
               Klemens, R., M. Gieras, and B. Szatan. (2000) “Structure of Dust-Air Flames.”Rvchivum Combustionis
                 20, pp. 41-48.
               Klemens, R., P. Kosinski, and P. Oleszczak. (2002) “MathematicalModelling of Dust Layer Dispersion
                 by Rarefaction Waves.” Archivum Combustionis  22, no. 112, pp. 3-12.
               Klemens, R., P. Kosinski, P. Wolanski, et al. (2001a) “Numerical Study of Dust Lifting in a Channel
                 with Vertical Obstacles.” Journal of Loss Prevention in the Process Industry 14, pp. 469-473.
               Klemens, R.. P. Kosinski, P. Wolanski, et al. (2001b) “NumericalModeling of a Coal Mine Explosion.”
                 Archivum Combustionis 21, pp. 71-80.
               Klemens, R., E. Szatan, M. Gieras, et al. (2000) “Suppression of  Dust Explosions by Means of
                 Different Explosive Charges.”  Special issue on dust explosions, ed. P. R. Amyotte  and K. L.
                 Cashdollar. Journal of Loss Pvevention in the Pvocess Industry 13, pp. 265-275.
               Mlernens. R., E. Szatan, and P. Wolanski. (September 1998a) “Flame Propagation and Structure of
                 Stearic Acid Flames.” Proceedings of  the Eighth International Colloquium on Dust Explosions,
                 Schaumburg, IL. Schaumburg: Safety Consulting Engineers, pp. 74-85.
               Klernens, R., A.  Teodorczyk, P.  Wolanski, et al. (April  1993) “Detonation Parameters  of  Hybrid
                 Mixtures Containing Grain Dusts.” Proceedings of  the Fifth International Colloquium on Dust
                 Explosions, Pultusk, Poland, pp. 57-69.
               Klemens, R., P. Wolanski, and 3. Klammer. (September 199813)“On Unsteady Flows of CombustibleDusty
                 Gases Caused by a ShockWave Propagation.” Proceedings of the Eighth International Colloquium on
                 Dust Explosions, Schaumburg, IL. Schaumburg: Safety Consulting Engineers, pp. 355-363.
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