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ASSESMENT OF DETONATION ABILITY OF EXPLOSIVES PREPARED FROM UTILIZED AMMUNITION
Abstract
Storage, protection and recycling of explosives, gunpowder and rocket fuel obtained from utilized ammunitions is significant problem. It requires, special services for safety and corresponding additional expenses on security and ecology. Same time, they are energetic materials and attractive for chemical and mining industry. One of the main directions for solving the above-mentioned problems is application of utilized ammunition for development of new industrial explosives for mining industry. Implementation of new explosives needs stable energetic and technological characteristics: full energy, detonation velocity, brisance, workability, etc. In most cases, explosives prepared on the base of utilized ammunition are characterized with low sensitivity on detonator-generated impulse and for stable initiation of detonation requires additional energy from outside sources (so called immediate detonators). Because, conventional methods and schemes not reliable and unusable in particular cases for determination of energetic and technological characteristics. The new methods and approaches for determination of energetic and technological characteristics of low sensitive explosives discussed and presented in the paper.
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References15
Kolganov E.V., Sosnin V.A., Condition and perspectives of development of industrial Es, Mining Journal, Russia, 2006, №5, pp 12-16.
Trubetskoi K.N. et al, Reference book: Open mining works, M.: Mining bureau 1994, 590 p.
Trubetskoi K.N., Viktorov S.D., The state of-the-art problems of massifs demolition of Rocks, M.: EPKON RAN, 1998, 28 p.
Interstate standard GOST 5984-99. Explosives. Methods of determination of brisance.
Derzhavets A.S., Kolganov E.V. et al, Prognosis of production and consumption of Es in Russia, M.: Mining Journal, 2006, №5, pp 16-19.
Kantor V.Kh., Kutuzov B.N., New generation of granulated industrial Es on the basis of porous ammonium nitrate, M.: Mining Journal, 2003, №6, pp 27-34
Kolganov E.V., Smirnov S.P. et al, Investigation of detonating characteristics of ammonium nitrate –M.: Mining Journal, 2006, №5, 88-90.
Baron A.V., Kantor V.Kh., Techniques and Technology of explosive works in US, M.: Nedra, 1989, 376 p.
Baum F.A., Orlenko L.P., Ctanukovich K.P., Chelishev V.P., Shekhter B.E., Physics of explosion, edited by K.P. Staniukovich, 2nd edition, M.: Nauka, 1975, 704 p.
State Standard GOST 4546-81. Explosives. Methods for definition of fugas properties.
Kukib B.N., About engineering methods for estimation of explosion heating of industrial Es, Moscow, Collection of explosion work, №1, MVK, 2010.
Recommendations on transportation of danger freight. Guideline on tests and criteria. Edition 4th., Geneva: UN, 2003.
Shvedov K.K., Lavrov V.V., Belin V.A., Problems of safety provision of industrial Es, M.: Mining Journal, 2006, №2, pp 76-80.
Lavrov V.V., Methods and criteria of assessment of unsafe explosion used for classification of Es, M.: Mining Journal, 2006, #5, pp 84-87.
Kolganov E.V., Smirnov S.P. et al, Definition of hazard of emulsion of poremite, M.: Mining Journal, 2006, #5, pp 91-92.
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