Effects for ICBM Basing. Volume 5. Flow Field Modeling. Sanitized

Effects for ICBM Basing. Volume 5. Flow Field Modeling. Sanitized

The effect of the ambient meteorology (temperature and dewpoint profiles) on the dynamics of a rising fireball and the plume from a large-area fire (firestorm) has been studied. The primary results indicate the importance of moisture for both phenomena and indicates that the ambient meteorology may...

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Bibliographische Detailangaben
1. Verfasser: Bacon, David P
Format: Report
Sprache:eng
Schlagworte:
CLOUDS
DEW POINT
DYNAMICS
FIRES
FLOW FIELDS
GUIDED MISSILE BASES
LAUNCHING SITES
LONG RANGE(DISTANCE)
MATHEMATICAL MODELS
METEOROLOGICAL PHENOMENA
Meteorology
MOISTURE
NUCLEAR EXPLOSIONS
NUCLEAR FIREBALL
PE62715H
PLUMES
STABILIZATION
SURFACE TO SURFACE MISSILES
WEATHER
WU21
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Beschreibung
Zusammenfassung:The effect of the ambient meteorology (temperature and dewpoint profiles) on the dynamics of a rising fireball and the plume from a large-area fire (firestorm) has been studied. The primary results indicate the importance of moisture for both phenomena and indicates that the ambient meteorology may grossly affect cloud stabilization and precipitation. The role of precipitation and its resultant scavenging remains to be investigated. Keywords: TASS(Terminal Area Simulation System).