Page 182 - Dust Explosions in the Process Industries
P. 182

Dust Explosions:An Overview  755

              Walter, W. (1978) “Explosionssperren fur staubfiihrende Rohrleitungen.” VDI-Bericlzte [VDI-Verlag
                GmbH, Diisseldorfl 304, pp. 173-178.
              Walther, C.-D. (1989) “Einfluss der Sauerstoffkonzentration auf Staubexplosionen und Staubbrande.”
                VDI-Berichte [VDI-Verlag GmbH, Diisseldorfl 701, pp. 195-214.
              Walther, C.-D., and H. Schacke. (1986) “Evaluation of Dust Explosion Characteristics at Reduced
                and Elevated  Initial  Pressures.”  Poster  summary. Leverkusen, Federal Republic  of  Germany:
                Bayer AG.
              Weber. R. (1878) “Preisgekronte Abhandlung iiber die Ursachen von Explosionen und Branden in
                Miihlen, sowie iiber die Sicherheitsmassregeln zur Verhiitung derselben.” Verh. Vep: Gew. Fliess.
                [Berlin], pp. 83-103.
              Weckmam, H., P. Hyviirinen, J. Olin, et al. (1981) “Reduction of Fire and Explosion Hazards at Peat
                Handling Plants.” Research Report 2/1981. Espoo: Technical Research Centre of Finland.
              Wehland?P.  (1984) “Inertisiemng von Kohlenmahltrocknungsanlagen.”  VDI-Berichte [VDI-Verlag
                GmbH, Diisseldorfl494, pp. 277-280.
              Weiss, E. S., K. L. Cashdollar, and M. J. Sapko. (1985, August) “Dust and Pressure Generated During
                CommercialOil Shale Mine Blasting. Part I.”Proceedings ofthe 18th OilShale Symposium. Golden:
                Colorado School of Mines Press, pp. 68-76.
              Weiss, E. S., K. L. Cashdollar, K. L., and M. J. Sapko. (1986, August) “Dust and Pressure Generated
                During Oil Shale Mine Blasting. Part 11.”Proceedings of  the 19th Oil Shale Symposium. Golden:
                Colorado School of Mines Press, pp. 47-58.
              Wheeler, R.V. (1935) “Report on Experiments into the Means of Preventing the Spread of Explosions
                of Carbonaceous Dust.” London: His Majesty’s Stationery Office.
              Wibbelhoff, H. (I98 1)“Derzeitige sicherheitstechnischeAnforderungen an Kohlen-Mahl-Trocknungs-
                Anlagen.” Steine und Erden, pp. 61-66.
              Wibbelhoff, H. (1984) Fahrbare Gross-Staubsauger in explosionsgeschutzterAusfiihmng. Steine und
                Eden, pp. 168-169.
              Wiemann,  W.  (1984)  “Einfluss  der  Temperatur  auf  Explosionskenngrossen  und  Sauer-
                stoffgrenzkonzentrationen.” VDI-Berichte [VDI-Verlag GmbH, Diisseldorfl 494, pp. 89-97.
              Wiemann, W.  (1987) “Influence of  Temperature and Pressure on the Explosion Characteristics of
                Dust‘Air and Dust/Air/Inert Gas Mixtures.” In Industrial Dust Explosions,ed. K. L. Cashdollar and
                M. Hertzberg. ASTM Special Technical Publication 958. Philadelphia: ASTM, pp. 202-216.
              Wiemam, W.  (I 989) “Vermeidung von Staubexplosionen durch Inertisieren.” VDI-Bericlzte [VDI-
                Verlag GmbH, Diisseldorfl701; pp. 491-510.
              Wiemann, W~, R. Bauer, and E Moller. (1989) “Unterdruck-Sicherungvon Silos nach Staubexplosionen
                bei Anwendung von Explosionsklappen.” VDI-Bevichte [VDI-Verlag GmbH, Diisseldorfl  701,
                pp. 775-800.
              Wiemann, W.. and E.-W. Scholl. (1985) “Selbstentzundung von Braunkohlenstaub bei Venninderten
                Sauerstoffgehalt.” Staub-Reinhalt. Luft 45, pp. 147-150.
              Wilcoxem:n, 9.B. (1981) “Design for Grain Dust Explosion Works!” Unpublished manuscript. Hutchinson,
                KA: Borton Inc.
              Winter,  J. (1970) “Etude d’un arrgtbarrage  dCclench6.” Revue de  l’lndustrie Minerale 52, pp.
                549-558.
              Woodcock, C. R., and A. R. Reed. (1983) “Designingto Minimize the Explosion Hazard in Bulk Solids
                Handling Systems.” Powder and Bulk Solids Handling and Processing Technical Program of the
                Industrial Powder Institute.
              Woskoboenko, F. (1988) “Explosibility of Victorian Brown Coal Dust.” Fuel 67, pp. 1062-1068.
              Xiao Xingguo, Ma Zhi, Wang Wenxiu, et al. (1987) “Oxidation and Combustion of Ca-Si Alloy Dust
                Clouds and its MathematicalModel.” Proceedings of  the Shenyang International Symposium on Dust
                Explosions. Shenyang, Peoples Republic of China: NEUT, pp. 149-1 60.
              Yong Fan Ku. (1985) “On the Electrostatic Charging of  Some Finely Divided Materials in Modern
                Agricultural Pneumatic Transport Systems.” Journal of  Electrostatics 16, pp. 209-217.
   177   178   179   180   181   182   183   184   185   186   187