Effect of initial air pressure on the detonation activity of an explosive aerosuspension
A. V. Pinaev, P. A. Pinaev
Abstract
A. V. Pinaev, P. A. Pinaev
Abstract
The effect of air pressure (0.01–0.3 MPa) on the detonatability of an aerosuspension of secondary explosive particles at a low mean volume density of the explosive (0.14–1.28 mg/cm 3 ) is experimentally studied. The structure and basic parameters of detonation depending on the explosive density and initial gas pressure are determined, and the mechanism of low-velocity detonation propagation in explosive aerosuspensions is revealed. The lower concentration limits of detonation at different initial gas pressures are found.
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The effect of air pressure (0.01–0.3 MPa) on the detonatability of an aerosuspension of secondary explosive particles at a low mean volume density of the explosive (0.14–1.28 mg/cm 3 ) is experimentally studied. The structure and basic parameters of detonation depending on the explosive density and initial gas pressure are determined, and the mechanism of low-velocity detonation propagation in explosive aerosuspensions is revealed. The lower concentration limits of detonation at different initial gas pressures are found.
Key concepts: Explosive material, Detonation, Deflagration to detonation transition, Volume (thermodynamics), Detonation velocity, Materials science, Mechanics, Thermodynamics