ON THE CHEMICAL STABILITY OF ALUMINUM IN THE COMPOSITION OF INDUSTRIAL EXPLOSIVES

Contents: Detonation mechanism of liquid explosives; On the chemical stability of aluminum in the composition of industrial explosives; Electromagnetic emission upon detonation of industrial explosives; On transition of the combustion of explosive materials to explosion; Sensitization of high-safety...

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Bibliographic Details
Main Authors: Svetlov,B. Ya, Solntseva,R. N
Format: Report
Language:English
Subjects:
ALUMINIZED EXPLOSIVES
ALUMINUM
AMMONIUM COMPOUNDS
Ammunition and Explosives
DETONATIONS
ELECTROMAGNETIC RADIATION
Explosions
EXPLOSIVES
FLASHLESS PROPELLANTS
GLYCOLS
LIQUIDS
NITRATES
NITROGLYCERIN
ORGANIC NITROGEN COMPOUNDS
PLASTIC EXPLOSIVES
POWDER METALS
SENSITIVITY
SHOCK WAVES
STABILITY
TNT
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Summary:Contents: Detonation mechanism of liquid explosives; On the chemical stability of aluminum in the composition of industrial explosives; Electromagnetic emission upon detonation of industrial explosives; On transition of the combustion of explosive materials to explosion; Sensitization of high-safety ammonium nitrate explosives by liquid nitroesters; Flash-hiding properties of aqueous jellies; Investigation of activating the combustion shock wave of nitroglycerine charges and its mixtures. O Khimicheskoi Stabilnosti Alyuminiya v Sostave Promyshlennykh Vzryvchatykh Veshchestv, edited trans. of Nauchno-Tekhnicheskoe Gornoe Obshchestvo. Vzrvnoe Delo (USSR) v52 n9 p25-39, 67-80, 115-40, 189-201 1963.