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Dust Explosions:An Overview 753
Schneider,D. (1984) “Erfahrungenmit Staubunterdriickungssystemenin Mahlmlagen.” VDI-Berichte
[VDI-Verlag GmbH, Dusseldorfl494, pp. 293-307.
Schoeff, R. W. (1989, July) “News Release and Summary for 1988.Dust Explosion Statistics-USA.”
EuropEx Newsletter, no 9, pp. 8-9.
Schoffield, C. (1984) Guide to Dust Explosion Prevention and Protection. Part I: Venting.Rugby, UK:
Institution of Chemical Engineers.
Schoffield, C., and J. A. Abbott. (1988) Guide to Dust Explosion Prevention and Protection. Part 2:
Ignition, Prevention, Containment, Inerting, Suppression and Isolation. Rugby, UK: Institution of
Chemical Engineers.
Scholl, E. W. (1973) “Explosionsversuche mit Zuckerstaub in Entstaubungsanlagen einer still-
gelegten Zuckerfabrik.” Forschungsbericht [Bergewerkschaftliche Versuchsstrecke, Dortmund],
no 109.
Scholl, E. W. (1975, April) “Brand- und Explosionsgefahren an fahrbaren Einzel-Absaug-geraten fiir
Hobelspiine und Holzstaub.” Die Berufsgenossenschaft, pp. 129-135.
Scholl, E. W. (1978) “Explosionsunterdckung.” VDI-Berichte [VDI-Verlag GmbH, Diisseldorfl
304, pp. 151-156.
Scholl. E. W. (198 1) “Brenn- und Explosionsverhalten von Kohlenstaub.” Zement-Kalk-Gips 34,
pp. 227-233.
Scholl,E. W. (1989) “VorbeugenderExplosionsschutzdurch Vermeiden von wirksamen Ziindquellen.”
VDI-Berichte [VDI-Verlag GmbH, Dusseldorfl 701, pp. 477489.
Scholl, E. W., P. Fischer, and C. Donat. (1979) “Vorbeugende und konstntktive Schutzmassnahmen
gegem Gas- und Staubexplosionen.” Chem.-Ing.-Tech.51, pp. 8-14.
Schroder, H. (1984) “Funkenerkennung und-l@schungin Anlagen der Holzindustrie.” VDI-Berichte
[VDI-VerlagGmbH, Diisseldorfl 494, pp. 239-245.
Schuber, 6.(1989, June) “Ignition Breakthrough Behaviour of Dust/Air and Hybrid Mixtures through
Narrow Gaps.” Proceedings of the Sixth International Symposium on Loss Prevention and Safe@
Promotion in the Process Industries. Oslo: Norwegian Society of Chartered Engineers.
Senecal, J. A. (1989) “Deflagration Suppression of High Ks, Dusts.” Plant/Operations Progress 8,
pp. 147-151.
Singh, J. (1979) “Suppression of Internal Explosions in Process Plant.” Journal of Occupational
Accidents 2, pp. 113-123.
Siwek, R. (1986, April) “Preventive Protection against Explosions and Constructive Explosion
Protection to Prevent Their Effects.” Euromech. Colloquium 208, Explosions in Industry, Gottingen,
Federal Republic of Germany.
Siwek, R. (1987) “Explosionsschutz in Apparaturen der chemisch-pharmazeutischen Industrie.”
Pharmaceutical Industry 49, pp. 1165-1175.
Siwek, R. (1989a) “New Knowledge about Rotary Air Locks in Preventing Dust Ignition Break-
Through.” Plant/Operations Progress, AIChE 8, pp. 165-176.
Siwek, R. (1989b, September) “Explosion Suppressionin Large Volumes. Dust Explosion Protection.”
EuropEx Symposium, Antwerp, Belgium.
Siwek, E., and 0.Skov. (1989) “Modellberechnung zur Dimensionierung von Explosionsklappen auf
der E:asis von praxisnahen Explosionsversuchen.” VDZ-Berichte [VDI-Verlag GmbH, Dusseldorfl
701, pp. 569-616.
Solymos, L. (1985) “Dust Explosion Prevention in Grain Elevators by Cutting the Indoor Dust
Quantity.” Proceedings of the International Symposium on Control of Risks in Handling and Storage
of Granular Foods, Paris: APRIA.
Sorgdrager, W. (1985) “Risk Analysis of Grain Dust Explosions.” Proc. of Particulate Multi-Phase
Proceedings, Int. Workshop of the Fine Particle Society.
Stockham,J. D., and N. Rajendran. (1984) “Establishing a Reliable Grain Dust Measurement Technique
for the Bucket Elevator.” Fire and Explosion Research Report DCE-84-080. Washington, De:
National Grain and Feed Association.