FIELD: methods of unloading of ammunition subject to salvaging. SUBSTANCE: a high-speed water aerosol flow of liquid and flow of granules of carbonic acid are formed in the method by means of cooling of liquid carbonic acid by a flow of low-temperature air up to formation of a flow of granules. The formed flows are directed to the surface of the explosive, where, as a result of interaction of the high-speed flow of granules of carbonic acid and water aerosol flow, a microblast occurs on the surface of the explosive, by means of which the explosive gets destructed. EFFECT: enhanced capacity of cleaning of ammunition bodies from explosive and provision of safety, continuity and ecology of the ammunition unloading process, and reduced expenditures connected with the recovery of salvaged explosive for its further use in industry.
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Authors
Dates
1999-03-10—Published
1997-11-11—Filed