Underwater Explosions - Particle Size Effect of Al Powder to the Energy Content of PBX

International Society of Explosives Engineers
Martti Hagfors
Organization:
International Society of Explosives Engineers
Pages:
9
File Size:
334 KB
Publication Date:
Jan 1, 2009

Abstract

Underwater explosions have been used as a test method for the determination of energy content of explosives for several decades. This is the only test method by which shock, gas heave and total energy values can be measured separately. The experimental data can be measured from the pressure-time curves measured by the pressure-recording unit. The shock energy is integrated from the shock peak area and the gas heave energy is calculated from the time interval between the primary shock wave front and the shock wave caused by the first bubble implosion. tb. Bubble period, tb, is the time of first bubble oscillation, the time which passes after the shock peak front to the first bubble peak. The total energy value is the sum of these two partial energies.
Citation

APA: Martti Hagfors  (2009)  Underwater Explosions - Particle Size Effect of Al Powder to the Energy Content of PBX

MLA: Martti Hagfors Underwater Explosions - Particle Size Effect of Al Powder to the Energy Content of PBX. International Society of Explosives Engineers, 2009.

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