The magnetic field geometry of Jupiter and its relation to Io modulated Jovian decametric radio emission
Jovian magnetic field geometry and Io modulated decametric radio emission
Ness, N. F.↗
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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.
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Variable geometry manned orbital vehicle Patent
Variable geometry manned orbital vehicle having high aerodynamic efficiency over wide speed range and incorporating auxiliary pivotal wings
Henry, B. Z., Jr.↗
The effects of container geometry on vacuum evaporation tests of liquid lubricants
Developing empirical equation for calculating effects of container geometry on liquid lubricant evaporation in vacuum
Haehner, C. L.↗
Computer program describing turbine aerodynamic requirements, approximate external blade geometries, and coolant flow requirements for a two stage axial flow turbine
Computer program to generate turbine aerodynamic requirements, approximate external blade geometries, and coolant flow requirements for two stage axial flow turbine
Evans, D. G.↗
Booster wing geometry trade studies
Booster wing geometry effects on space shuttle design requirements
Butsko, J. E.↗
Effect of inlet geometry on flow-angle characteristics of miniature total-pressure tubes
Inlet nozzle geometry effects on subsonic flow characteristics of miniature total pressure tubes including pitot tube static and dynamic pressure and flow velocity measurements
Dudzinski, T. J.↗
Space shuttle: Effects of horizontal tail geometry and position on longitudinal stability of model S-5, NASA/MSC 0.01875 space orbiter shuttle
Low speed wind tunnel test on effects of horizontal tail geometry on longitudinal stability of orbiter shuttle
Pope, H. A.↗
Space shuttle: Model S-5 NASA/MSC orbiter shuttle investigation of the effects of vertical tail, and geometry on directional stability
Low speed wind tunnel tests on effects of vertical tail and geometry on directional stability of orbital space shuttle model
Eichblatt, D. L.↗
Noise reduction by means of variable-geometry inlet guide vanes in a cascade apparatus
Noise reduction studies involving variable geometry inlet guide vanes for choking using two-sector cascade apparatus with three inlet configurations
Chestnutt, D.↗
A new geometry for unfurlable antennas
Unfurlable spacecraft antenna design and electrical characteristics, using Gregorian geometry with conical main and parabolic subreflector
Ludwig, A. C.↗
A note on the scattering geometry from infinite cylinders
Light scattering geometry from infinite cylinder shown consistent with Rayleigh-Gans formalism
Craven, P. D.↗
Combined doping and geometry effects on transferred-electron bulk instabilities
Transferred electron bulk negative differential conductivity devices, analyzing combined doping and geometry effects on space charge and domain dynamics
Rabson, T. A.↗
Injector design criteria using noncircular orifice geometry
Rocket engine propellant injectors with noncircular orifice geometry, presenting experimental spray patterns and predicted performance for noncircular and circular orifice configurations
Clapp, S. D.↗
The magnetic-field geometry of Jupiter and its relation to Io-modulated Jovian decametric radio emission
Jupiter magnetic field geometry related to Io modulated Jovian decametric radio emission
Ness, N. F.↗
A method for predicting helicopter wake geometry, wake-induced flow and wake effects on blade airloads
Wake model and computer program to compute geometries, flows and velocity influence coefficients for helicopter blade load calculations
Sadler, S. G.↗
Space shuttle booster wing geometry trade studies
Canard space shuttle reusable launch vehicle wing geometry variations effect on flyback systems weight, noting influence of aspect ratio and wing area
Butsko, J. E.↗
Relay-link communications geometry for a Jupiter atmospheric probe
Jupiter atmospheric probe using relay-link communications geometry between probe and flyby spacecraft for 3.5 hr intervals
Fischer, R. B.↗
FASTER 3: A generalized-geometry Monte Carlo computer program for the transport of neutrons and gamma rays. Volume 1: Summary report
The theory used in FASTER-III, a Monte Carlo computer program for the transport of neutrons and gamma rays in complex geometries, is outlined. The program includes the treatment of geometric regions bounded by quadratic and quadric surfaces with multiple radiation sources which have specified space, angle, and energy dependence. The program calculates, using importance sampling, the resulting number and energy fluxes at specified point, surface, and volume detectors. It can also calculate minimum weight shield configuration meeting a specified dose rate constraint. Results are presented for sample problems involving primary neutron, and primary and secondary photon, transport in a spherical reactor shield configuration.
Jordan, T. M.↗