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Research and Development  659

                 Dust Explosions, eds. Deng Xufan and Piotr Wolanski, Shenyang, Peoples Republic of China,
                 pp. 71-80.
               Hauert. F.,A. Vogl, D. Wennerberg, et al. (1996) “Staubverteilung und Geschwindigkeitsparameterin
                 einem pneumatisch befullten  Silo mit numerischen  Simulationen.”  VDI-Berichte [VDI-Verlag
                 GmbH, Dusseldorf, Germany] 1272, pp. 309-326.
               Hensel,  W.,  and  W.  John.  (November  1992) “Zusammenhang  zwischen  Glimmverhalten  und
                 Staubschichtdicke.”VDI Colloquium Sichere Handhabung brennbarer Staube, Niirnberg, Germany.
               Hensel, W., and W. John. (April 1993) “The Dependence of Minimum Ignition Temperatures of Dust
                 Layers upon Layer Thicknesses.”  Proceedings  of  the Fifth International Colloquium  on Dust
                 Explosions, Pultusk, Poland, pp. 35-57.
               Rensel, W.,  U.  Krause, W.  John, et al. (April  1994) “Critical Parameters for the Ignition of  Dust
                 Layers at Constant Heat Flux Boundary Conditions.” Proceedings of the 28th American Institution
                 of Chemical Engineers Annual Loss Prevention Symposium. Session No. 13 on Dust Explosions,
                 Atlanta. New Yosk: American Institution of Chemical Engineers.
               Hertzberg, M., K. L. Cashdollar, I. A. Zlochower, et al. (1992b) “ExplosivesDust Cloud Combustion.”
                 Proceedings  of  the 24th Symposium (International) on Combustion, the Combustion Institute,
                 Pittsburgh, pp. 1837-1843.
               Hertzberg, M., I. A. Zlochower, and K. L. Cashdollar. (1992a) “Metal Dust Combustion: Explosion
                 Limits, Pressures,  and Temperatures.”  Proceedings  of  the 24th Symposium  (International)  on
                 Combustion, the Combustion Institute, Pittsburgh, pp. 1827-1835.
               Hesby, I. (2000) “Ignition of  Dust Layers by Metal Particle Sparks.” MSc. thesis, Department of
                 Physics, University  of  Bergen, Norway. Part of  the DESPRO programme  conducted by CMR
                 (GexCon), Bergen, Norway.
               Wesener, U., U. Barth, and B. Dyrba. (2001) “Erstellung von Explosionsschutzdokumentenanhand
                 von  Anlagenbeispielen  der pharmazeutischen  Industrie.”  VDI-Berichte [VDI-Verlag GmbH,
                 Dusseldorf, Gemany] 1601, pp. 225-237.
               Wesener, U., A. Kraus, and H.-G. Schecker. (May 1998) “Computer Based Assessment of Hazards
                 Caused by Electrostatic Discharges.” Proceedings of the Ninth International Symposium on Loss
                 Prevention and Safety Promotion in the Process Industry, Barcelona, Spain, pp. 851-859.
               Mesener, U., and H.-G. Schecker. (1995) “ExTrA-An   Expert System for the  Safety Analysis of
                 Drying Plants.” In Loss Prevention and Safety Promotion in the Process Industries, vol. 2, ed. J. J.
                 Mewis, H. J. Pasman, and E. E. De Rademaeker. Amsterdam: Elsevier, pp. 643-653.
               Hesener,U., and H.-G. Schecker. (June 1996)“Possib   es and Limitations of a Computer-BasedSafety
                 Assessment of Dust Handling Plants.” Proceedings of the Seventh InternationalColloquium on Dust
                 Explosions, Bergen, Norway. Bergen: GexCon AS (previously CMR).
               Hjertager, B. H., K. Fuhre, and M. Bjoerkhaug. (1988) “Gas Explosion Experiments in 1:33 and 1:5
                 Scale Offshore Separator and Compressor Modules Using Stoichiometric Homogeneous Fuel/Air
                 Mixtures.” Journal of Loss Prevention in the Process Industry 1, pp. 197-205.
               Hoechst, S., and W.  Leuckel. (June 1996) “On the Effect of Venting Large Vessels with Mass Inert
                 Devices.”  Proceedings  of the Seventh International Colloquium on Dust Explosions, Bergen,
                 Norway. Bergen: GexCon AS (previously CMR).
               Hoechst, S.. W.  Leuckel, and J. Eibl.  (1993) “Experimentelle Untersuchungen  zum Ablauf von
                 Staubexplosionen in einer druckentlasteten Versuchs-Silozelle.”  Chem.-1ng-Techn. 65, no.  12,
                 pp. 1488-1490.
               Hoischen, U. (1996) “Bekhpfen von Silobranden mit Stickstoff.” VDI-Berichte [VDI-VerlagGmbH,
                 Dusseldorf, Germany] 1272, pp. 429439.
               Holbrow, P., S.Andrews, and G. A. Lunn. (1996) “Dust Explosions in Interconnected Vented Vessels.”
                 Special issue on dust explosions, ed. P.  R. Amyotte. Journal  of  Loss Prevention in the Process
                 Industry 9, pp. 91-103.
               Holbrow, P.,  %.J. Hawksworth,  and A. Tyldesley. (2000) “Thermal Radiation from Vented Dust
                 Explosions.” Journal ofLoss Prevention in the Process Industry 13, pp. 467476.
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