Booster and spacecraft electrostatic phenomena - Causes, effects, and prevention
Booster and spacecraft electrostatic phenomena /causes, effects, and prevention/
SEARCH · Engineering Papers
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.
Quote a phrase for an exact phrase match. Source license links do not imply unrestricted reuse.
Booster and spacecraft electrostatic phenomena /causes, effects, and prevention/
Techniques used to prevent high voltage breakdown in ion engine used on NASA SERT-1 flight
Design practices and packaging methods for prevention of high voltage breakdown in spacecraft electronic components
Preventing motion sickness by gradual increasing exposure to Coriolis acceleration
Effect of garments which provide work loads in preventing cardiovascular deconditioning of bed rest
Transmission buffer overflow prevention in telemetry data compressors using adaptive queueing control system
Stress relief of copper-clad microwave circuit laminates to reduce and prevent warpage
Halon 1301 system effectiveness in prevention and extinguishment of hypergolic propellant fires
Analytical model for use in design of pump inlet accumulators for prevention of liquid rocket longitudal oscillation
Leakage and breakdown prevention in transparently housed viscoshaft seal with visual observation
LOX prevalve accumulator system with He pressurant for prevention of Pogo effect on Saturn 5
Ideal safety system for accident prevention, considering foreseeable and unforeseeable aspects to eliminate individual or collective human error
Overt motion sickness prevention by incremental exposure to Coriolis accelerations
Printed circuit board design allows for thermal stressing of the soldered joints during many thermal cycles. Components' leads should be cleaned, tinned, and freed of particles that prevent solder adherence, have a thin conformal coating, and have an air space between the coating and the body of the component.
Electrolyte film breakers made from polytetrafluoroethylene are installed in the reactant and water vapor removal outlets of each cell and sealed by elastomers. Use of these devices in the water vapor removal cavity outlets prevents loss of KOH solution through film migration during water removal.
Prevention of electrical breakdown in spacecraft
Initial data for optimal duration of preventive maintenance in system with possible fault
Reliability equation for complex system with preventive maintenance