Ground based acoustic detection of high altitude explosions
Ground based acoustic detection of high altitude explosions - firefly project
FIREFLY PROJECT↗
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Search indexed NASA NTRS and DOE OSTI research on propulsion, heat transfer, battery materials and energy systems. Follow report and document links to the original sources.
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Development of technique for explosive forming torus tank sump segments of aluminum alloy 7039
Explosive forming technique to produce torus tank sump segments of aluminum alloy 7039
EXPLOSIVE FORMING↗
The effects of high-altitude explosions.
High altitude nuclear explosion as source of charged particles noting starfish project
ARTIFICIAL RADIATION BELT↗
Design aspects of explosive mixtures in a vehcile interstage final report
Prevention and control of explosive mixture of hydrogen and oxygen within vehicle interstage
EXPLOSIVE↗
Changes in some physiological functions resulting from explosive decompression
Changes in physiological functions of rabbits and dogs caused by explosive decompression
PHYSIOLOGY↗
Preliminary investigation of fire and explosion hazards associated with s-ii insulation
Saturn V launch vehicle fire and explosion hazard due to S- II insulation tank containing liquid oxygen /LOX/ mixtures
TANK↗
A Study of the Velocity Field in m 82 and Its Bearing on Explosive Phenomena in that Galaxy
Velocity field in M 82 and relation to explosive phenomena in galaxy
EXPLOSION↗
Explosive forming of 2219 aluminum final report
Variables affecting metal springback of aluminum during explosive deformation and influence of high energy forming on metallurgical behavior
EXPLOSIVE FORMING↗
Size and duration of fireballs from propellant explosions
Fireball diameters and durations from propellant explosions
EXPLOSION↗
The effects of high-altitude explosions.
Artificial radiation belt effects caused by Starfish nuclear explosion of July 9, 1962
NUCLEAR EXPLOSION↗
Development of explosive forming techniques for Saturn V components Final report, 24 Jun. 1964 - 28 Jan. 1966
Explosive forming techniques development for aluminum alloy, carbon steel, and titanium components for Saturn V launch vehicle
SATURN V LAUNCH VEHICLE↗
Detection of High Altitude Explosions by Observation of Air Fluorescence
Detection of high altitude explosions based on observation of fluorescence radiation of excited nitrogen molecule or nitrogen ion from ground and from satellites
DETECTION↗
A systematic approach for the analytical analysis and prediction of the yield from liquid propellant explosions
Systematic analysis and prediction method for yield from liquid propellant explosion
EXPLOSION↗
Explosively actuated /pyromechanical/ devices for spacecraft applications
Explosively actuated device design criteria and test methods
EXPLOSIVE DEVICE↗
Prevention, Detection, and Suppression of Hydrogen Explosions in Aerospace Vehicles
Prevention, detection, and suppression of hydrogen explosions in aerospace vehicles
AEROSPACE VEHICLE↗
Explosive compression and acceleration of helium for hypervelocity applications.
Glass tube containing pressurized helium progressively imploded by coaxial explosive charge, considering application to hypervelocity guns
HELIUM↗
Explosive gas guns for hypervelocity acceleration.
Explosive gas guns for hypervelocity acceleration
HYPERVELOCITY ACCELERATOR↗
Aging behavior of explosively deformed 2219 aluminum.
Aging behavior of explosively deformed 2219 Al investigated by transmission electron microscopy
ELECTRON MICROSCOPY↗