Radiosonde data system.
Automatic radiosonde data processing system providing azimuth and elevation angles, temperature, humidity, etc
AUTOMATIC DATA PROCESSING SYSTEM↗
SEARCH · Engineering Papers
Results for “Azimuth”
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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Studies of reflection characteristics of the planet earth from a synchronous satellite - Preliminary results
Zenith and azimuthal angles of measurement dependence on reflection properties of earth atmosphere determined from synchronous satellite data
Bandeen, W. R.↗
Aspect determination in lunar shadow on Explorer 35
Empirical method of correcting azimuthal orientation of Explorer 35 in lunar shadow
Taylor, H. E.↗
Non-linear orbit determination methods
Nonlinear correction method for orbit determination using range, azimuth, and elevation data
Nayfeh, A. H.↗
Aspect determination in lunar shadow on Explorer 35
Method of correcting azimuthal orientation of Explorer 35 spacecraft while in lunar shadow
Taylor, H. E.↗
Rotation of the solar wind plasma.
Sun rotation effect on azimuthal components of solar wind velocity and interplanetary magnetic field, solving angular momentum equation coupled with Maxwell equations
Alfonso-Faus, A.↗
Recent advances in cosmic ray payloads for interplanetary and planetary spacecraft.
Cosmic ray anisotropy instrument aboard Pioneer 8 featuring computer for azimuth determination, data compression and detector control
Bartley, W. C.↗
On-board plasma data processor.
Spaceborne computing device for mean, variance and mode of distribution of plasma as function of azimuth angle
Schaefer, D. H.↗
Structure of the magnetopause at 6.6 R sub E in terms of 50- to 150-kev electrons.
Azimuthal sampling of electron flux on spinning satellite provide direction and magnitude of energetic electron space gradients at trapping magnetospheric boundaries
Lezniak, T. W.↗
A polar graphic method for determining the attitude of rocket vehicles
Graphic method of determining rocket attitudes by plotting data obtained by fluxgate magnetometers and solar aspect sensors utilizes polar coordinates. Polar graph paper is used to represent either the horizon system of altitude and azimuth or the celestial system of declination and right ascensions.
Miller, C. F., Jr.↗
Experiments on the injection and containment of electron clouds in a toroidal apparatus
Injection and containment of electron clouds in azimuthally symmetric, toroidal apparatus
Daugherty, J. D.↗
Parametric excitation of drift waves in a resistive plasma.
Drift waves parametric excitation in resistive plasma derived from fluid equations, assuming plane geometry with periodic boundary conditions in magnetic field and azimuthal directions
Goldman, M.↗
Average pulsar energies at centimetre wavelengths.
Pulsars observed for average energies at centimeter wavelengths, using azimuth elevation antenna
Downs, G. S.↗
High energy X-ray study of M-87.
M-87 X ray luminosity from balloon-borne detectors, considering background counting rate relation to azimuth
Clark, G. W.↗
Electronic scanning of 2-channel monopulse patterns
Scanning method involves separation of scanning capability into two independent degrees of freedom. One degree of freedom corresponds to azimuthal scanning and other to elevation scanning on spiral coordinate axes. Scanning of both prime-feed and mirrored patterns is accomplished with reduction of mechanical vibration damage to large antennas.
Schmidt, R. F.↗
Laser Tracking and Ranging System
The Laser Tracking and Ranging System (LTRS) is an optical tracking radar that uses a gallium-arsenide injection laser as the transmitting source. The system is designed to track a small retrodirective corner-reflector array and to provide continuously the range, azimuth, and elevation of the array's position relative to the tracking unit. The development effort was directed toward providing a small, compact and relatively lightweight instrument mainly as a part of the Lunar Surveying System for tracking an astronaut's staff. A number of other applications considered include the LTRS as a navigation instrument for a Lunar Flying Vehicle and as a crew safety device for monitoring an astronaut's situation during any EVA operations.
Source record↗
Instruments for the determination of stability of platforms
Instruments for platforms stability determination, considering azimuth, tilt rotation and translational motion
Lear, T. C.↗
Network support simulation and sensitivities analysis for the Saturn-Apollo missions
Real time network support simulation allowing network configuration for nominal or perturbed trajectory for Saturn vehicles, applicable to any flight azimuth
Land, W. H., Jr.↗