STABILITY BOUNDARIES OF LIQUID-PROPELLED SPACE VEHICLES WITH SLOSHING
Stability boundaries of space vehicles due to liquid propellant sloshing, sloshing mass, sloshing frequency, and tank location
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Stability boundaries of space vehicles due to liquid propellant sloshing, sloshing mass, sloshing frequency, and tank location
Combustion instability of solid propellants due to shock waves
Solid propellant rocket vehicles
Bladders, diaphragms and pistons used for earth- storable liquid rocket propellant expulsion in unmanned spacecraft
Effect of propellant sloshing upon stability of rocket having simple coordinate system with accelerometer
Multilayer insulation for liquid hydrogen propellant tanks in space environment
Spring constants for ellipsoid bulkheads used in longitudinal vibration analysis of liquid propellant launch vehicles
Performance of solar reflectors in cryogenic propellant storage applications in space
Internally insulated filament wound liquid hydrogen propellant tanks
Wind tunnel tests of static lateral and directional control of twin-propeller deflected slipstream STOL aircraft
Photographic study of liquid propellant behavior in pumping from cylindrical tank during weightlessness
Transducer for measuring radial stress in propellant grain
High energy propellants - continuing bibliography
Oxidizer particle size effect on solid propellant combustion stability
Computer program applying hydrodynamic equations to describe sloshing of liquid propellant in mobile tank having rotational symmetry
Rupture or fracture initiation of elastomers and propellants
Prediction of propellant tank pressurization requirements by dimensional analysis
Safety handbook for personnel handling liquid propellants