Saturated hydrocarbon polymeric binder for advanced solid propellant Addendum to triennial report, 1 Oct. 1968 - 1 Oct. 1969
Saturated hydrocarbon polymeric binder for advanced solid propellant
SEARCH · Search NASA
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.
Saturated hydrocarbon polymeric binder for advanced solid propellant
Flammability limits of mixtures of B2H6 and OF2 at saturated vapor pressure at high pressures in presence of inert gases
Electrical resistivity of liquid lithium saturated with cesium
Design evaluation of distributed saturation characteristics in integrated devices
Model using conformal mapping techniques to determine distributed saturation characteristics in integrated devices
Mechanical design modifications, processing, and test data for high power, low saturation voltage, multi-chip silicon switching transistor
Nonequilibrium models describing two phase critical discharge of initially saturated or subcooled liquid through sharp edged and smooth inlet geometries
Stellar scintillation saturation at large zenith angles interpreted in terms of combined dispersion and aperture filtering
Collision effects on saturation of He line transition in He-Ne laser, determining power output dependence on cavity tuning and gas pressure
Two dimensional numerical analysis of current saturation mechanism for junction field effect transistors with small and large length-to-width ratio values
Microwave radiometric receiver, analyzing video detector saturation effects on linearity
Dry and water-saturated sintered fiber metal wick thermal conductivity, obtaining semiempirical correlations for solid and fluid phases and void fraction
Liquid nitrogen saturated film boiling from wire at pressures up to critical, discussing liquid- vapor interface configuration
Saturable reactor starter uses back electromotive force /emf/ generated by large motors /18,650 to 596,800 watts/ to limit and control the starting current.
Method reduces required saturation time from three days to six hours and also reduces required decompression time. Waiting time for planning underwater research is therefore reduced, and emergency surfacing is possible.
Effects of positive Gy acceleration on blood oxygen saturation and pleural pressure relations in dogs breathing air and liquid fluorocarbons in whole body water immersion respirator
Bubble-point method and gas content-method for determining helium saturation level of AeroZINE-50 and nitrogen tetroxide
Film boiling and heat transfer from platinum wire in saturated liquid nitrogen up to critical pressure