Hazards associated with a LEM abort near the lunar surface
Propellant explosion hazard in lunar module abort descent near lunar surface
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Propellant explosion hazard in lunar module abort descent near lunar surface
Nondestructive testing of Apollo CSM /Command and Service Module/ spacecraft ordnance explosive devices by indirect and direct neutron radiography
Pulsars pulse duration and shape as key to neutron stars linkage with supernova explosions
Weak shock thicknesses with turbulent scattering as dissipative mechanism compared with magnitude in sonic boom flight tests and explosions
Static and shock kink bands in biotite deformed by metamorphism, meteorite impact, nuclear explosion and laboratory experiments
Runaway stars and pulsars near Crab Nebula, discussing binary system explosion and remnant motion
Galactic cosmic rays origin in terms of statistical mechanical model of supernova explosions
Magnetospheric substorms model modification for growth phase inclusion prior to explosive expansion phase
Paraformaldehyde decreases required enclosed compartment disinfectant time and temperature by vaporizing powdered material from water slurry. Fire and explosion hazard at lower temperature is reduced. Total mixture evaporation occurs at plate temperature of approximately 167 deg K below that required to vaporize powdered material.
Oxygen difluoride synthesis is a much simpler, higher-yield procedure than reactions originally followed to synthesize various fluorinated organic compounds. Extreme care is taken in working with oxygen difluoride as its reactions present severe explosion hazard.
Computer program contains mathematical model which provides relationship between engine gas dynamics and combustion processes. Mathematically simulated explosions initiate gas disturbances. Design methods for damping disturbances can be studied to prevent future engine shutdown or destruction.
Dynamics of collisions between shock intersections and wave configurations in gases and condensed explosives
Feasibility of explosive lining in launch tube for hypervelocity projectile acceleration
Characteristics of shock loads on spacecraft structures produced by pyrotechnics and explosive devices - Vol. 1
Determination of shock loads on spacecraft structures created by explosive separation of components - Vol. 3
Compilation of shock loads on spacecraft structures produced by actuation of pyrotechnics and explosive devices - Vol. 4
Characteristics of shock loads induced on spacecraft structures by initiation of explosive pin pullers - Vol. 5
Design of structures and equipment to reduce shock loads induced by pyrotechnics and explosive devices - Vol. 6