Brayton cycle cavity receiver design study, June 25, 1963 - June 15, 1965
Brayton cycle cavity receiver for dynamic solar power conversion system - computer program to determine physical properties and radiation losses
SOLAR POWER SYSTEM↗
SEARCH · Engineering Papers
Results for “cavity”
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.
Time history of the magnetospheric cavity
Laboratory scale model simulation of effect of solar wind on magnetosphere by propelling plasma stream into dipole magnetic field - time history of magnetospheric cavity
TIME FUNCTION↗
The directional radiative characteristics of conical cavities and their relation to lunar phenomena
Directional radiative characteristics of conical cavities and their relation to lunar phenomena
CIRCULAR CONE↗
Gaseous-fueled cavity reactors - Criticality calculations and analysis
Computer calculation of material, temperature, and dimensional variables on criticality and size of gaseous fueled cavity reactor for nuclear rocket propulsion
REACTOR TECHNOLOGY↗
The effect of protuberances, cavities, and angle of attack on the wind-tunnel pressure and heat-transfer distribution for the Apollo command module
Protuberances, cavities, and angle of attack effect on wind tunnel pressure and heat transfer distribution for Apollo command module
APOLLO SPACECRAFT↗
A Fundamental and Feasibility Study of Ring- Vortex Gaseous-core Cavity Reactor Fifth Semiannual Report, 1 Feb. - 31 Jul. 1966
Feasibility study of ring-vortex gaseous-core cavity reactor
FLUID MECHANICS↗
Liquid-hydrogen density measurements using an open-ended microwave cavity
Liquid hydrogen density measurements using open ended microwave cavity
MICROWAVE APPARATUS↗
Thermal emittance behavior of small cavities located on refractory metal surfaces.
Thermal emittance of cone and cylinder cavities electrically disintegrated in tungsten and molybdenum measured with disappearing-filament pyrometer
THERMAL EMISSION↗
Cavity type absolute total radiation radiometer.
Cavity type radiometer for absolute total intensity measurement of visible and IR radiation
INFRARED DETECTOR↗
The directional radiative characteristics of conical cavities and their relation to lunar phenomena.
Directional radiative characteristics of conical cavities and relation to reflective characteristics of Moon
LUNAR SURFACE↗
Preliminary results of magnetic field measurements in the tail of the geomagnetic cavity.
Data analysis from Explorer XIV satellite, noting magnetic field measurements in tail of geomagnetic cavity
GEOMAGNETIC FIELD↗
Observations of the geomagnetic cavity boundaries.
Plasma and magnetic field data from Explorer X, emphasizing correlation with multiple crossings of geomagnetic cavity boundary on dark hemisphere of Earth
EXPLORER X SATELLITE↗
On Kirchhoff's law and its generalized application to absorption and emission by cavities.
Validity of Kirchhoff law for apparent local spectral emittance and absorptance and total flux calculations for spacecraft cavities
RADIANT ENERGY↗
A criterion for the transition between flow regimes in turbulent cavity flow.
Pressure coefficient criterion for transition between two- and three-dimensional turbulent cavity flow
FLOW DISTORTION↗
Accurate method for measuring small frequency shifts in plasma loaded cavities.
Small frequency shift measurement method for X-band plasma-loaded cavities
FREQUENCY SHIFT↗
Effect of mass injection into a cavity on hypersonic boundary-layer transition.
Effect of mass injection into cavity on hypersonic boundary layer transition and on heating downstream
HYPERSONIC HEAT TRANSFER↗
Tunable coupling for semiconfocal Fabry-Perot cavity in 150 to 500 Gc region.
Tunable coupling of open waveguide type for semiconfocal Fabry-Perot cavity gives high transmission and high Q
WAVEGUIDE TUNER↗
Improved cavity-type absolute total-radiation radiometer
Conical cavity-type absolute radiometer measures the intensity of radiant energy to an accuracy of one to two percent in a vacuum of ten to the minus fifth torr or lower. There is a uniform response over the ultraviolet, visible, and infrared range, and it requires no calibration or comparison with a radiation standard.
Kendall, J. M., Sr.↗