High-Explosive Field Tests, Explosion Phenomena and Environmental Impacts

Methodologies are formulated to predict to magnitudes of high- explosive explosions phenomena for various high-explosive charge sizes and configurations and to relate these magnitudes to impacts on the natural physical and biological environment and on humans and the socioeconomic environment. The m...

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Bibliographische Detailangaben
1. Verfasser:	Gould, Kenneth E
Format:	Report
Sprache:	eng
Schlagworte:	AIRBLAST Ammunition and Explosives BLAST BLAST EFFECTS(HUMANS) BLAST EFFECTS(STRUCTURES) CRATERING CRATERS DUST ECONOMIC IMPACT EJECTA ENVIRONMENTAL IMPACT EXPLOSION EFFECTS Explosions EXPLOSIVE CHARGES FIELD TESTS GROUND SHOCK HIGH EXPLOSIVE TESTS HIGH EXPLOSIVES LAND AREAS MILITARY FACILITIES MISERS BLUFF 2 NOISE(SOUND) PE62715H RANGE(DISTANCE) SOCIOECONOMIC IMPACT Test Facilities, Equipment and Methods WU05 YIELD
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Beschreibung
Zusammenfassung:	Methodologies are formulated to predict to magnitudes of high- explosive explosions phenomena for various high-explosive charge sizes and configurations and to relate these magnitudes to impacts on the natural physical and biological environment and on humans and the socioeconomic environment. The methodologies apply for the explosives normally used in land-based military high-explosive field tests, i.e., 0.5 to 500 tons of TNT-equivalent weight. The phenomena addressed include airblast and noise; craters and ejecta missiles; ground shock; and explosion clouds of chemical products and dust. SBI-AD-E301262