The Role of Particle Size and Shape on the Propagation of Reaction in Explosive and Pyrotechnic Formulations

International Society of Explosives Engineers
James L. Austing Allen J. Tulis Ronald Pape Ronald G. Draftz
Organization:
International Society of Explosives Engineers
Pages:
10
File Size:
1425 KB
Publication Date:
Jan 1, 1995

Abstract

In a certain sense, the explosives industry began in the 13th century with the invention of black powder, which is an intimate mixture of sulfur, carbon black or charcoal, and potassium or sodium nitrate. For several centuries thereafter, black powder was the sole general purpose energetic material, serving as an igniter, propelling charge, bursting charge, and blasting agent. By today’s standards, black powder is totally inadequate for the latter three functions, but its use continues as an igniter for propellant charges because of its unique ability to ignite and burn under ambient conditions. The history of the development of black powder was reviewed by Rose (1980).
Citation

APA: James L. Austing Allen J. Tulis Ronald Pape Ronald G. Draftz  (1995)  The Role of Particle Size and Shape on the Propagation of Reaction in Explosive and Pyrotechnic Formulations

MLA: James L. Austing Allen J. Tulis Ronald Pape Ronald G. Draftz The Role of Particle Size and Shape on the Propagation of Reaction in Explosive and Pyrotechnic Formulations. International Society of Explosives Engineers, 1995.

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