The development of an explosion in a dust cloud is not, in principle, different from the development of an explosion in a gas or vapor. The important concepts presented in Chapter 3 are therefore generally, though not specifically, applicable to both types of explosion.
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- 1.Underwriters’ Laboratories, Inc., Standards for Safety No. 698, “Industrial Control Equipment for Use in Hazardous Locations,” 6th Edition, December, 1949.Google Scholar
- 2.National Electrical Code, Articles 502–503.Google Scholar
- 3.Jacobson, Nagy, Cooper, and Ball, “Explosibility of Agricultural Dusts,” RI 5753, U.S. Bureau of Mines, Pittsburgh.Google Scholar
- 4.Riddlestone, H.G., and R. W. Coram, “Dust-Tight Enclosures for Electrical Apparatus: Examination of a Proposed Method of Test: D/T118,” British Electrical and Allied Industries Research Association, 1960.Google Scholar
- 5.Marks, Lionel S., Mechanical Engineers Handbook, pp. 795–800, 5th Edition, 1951.Google Scholar
- 6.Jacobson, Nagy, and Cooper, “Explosibility of Dusts Used in the Plastics Industry,” Bureau of Mines, RI 5971, 1962.Google Scholar
- 7.Hartmann, Cooper, Jacobson, “Recent Studies on the Explosibility of Cornstarch,” Bureau of Mines, RI 4725, 1950.Google Scholar
- 8.Dorsett, Jacobson, Nagy, and Williams, “Laboratory Equipment and Test Procedures for Evaluating Explosibility of Dusts,” Bureau of Mines, RI 5624, 1960.Google Scholar
- 9.Jacobson, Cooper, and Nagy, “Explosibility of Metal Powders,” Bureau of Mines, RI 6516, 1964.Google Scholar
- 10.Nagy, Dorsett, Jacobson, “Preventing Ignition of Dust Dispers ions by Inerting,” Bureau of Mines, RI 6543, 1964.Google Scholar
- 11.Nagy, Cooper, Stupar, “Pressure Development in Laboratory Dust Explosion,” Bureau of Mines, RI 6561, 1964.Google Scholar