Study of a Scanning Celestial Attitude Determination System /SCADS/ for a synchronous satellite Final report
Scanning celestial attitude determination for synchronous satellite
Source record↗
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Feasibility study of scanning celestial attitude determination system SCADS for small scientific spacecraft S sup 3 Final report
Scanning celestial attitude determination system for small scientific satellites
Nickel, D. F.↗
Feasibility study for a Scanning Celestial Attitude Determination System /SCADS/ for three axis attitude determination at a Command and Data Acquisition /CDA/ station Final report
Scanning Celestial Attitude Determination System /SCADS/ for three axis attitude determination at Command and Data Acquisition /CDA/ station
SATELLITE ATTITUDE CONTROL↗
Development of a continous scanning laminograph Final report, 20 Jun. 1966 - 30 Jun. 1968
Continuous scanning X ray laminograph for nondestructive testing of multilayer printed circuits
Moler, R. B.↗
Design definition study of the Earth radiation budget satellite system
Instruments for measuring the radiation budget components are discussed, and the conceptual design of instruments for the Earth Radiation Budget Satellite System (ERBSS) are reported. Scanning and nonscanning assemblies are described. The ERBSS test program is also described.
Vonderhaar, T. H.↗
Voyager spacecraft phase B, task D. Volume 2 - System description. Book 4 - Engineering mechanics, propulsion, planet scan platform Final report
Structural design and engineering mechanics of baseline Voyager spacecraft, propulsion support, and planetary scan platform
Source record↗
Spectral radiance measurements of rocket model exhaust gases, at simulated altitude, using a high speed scanning spectrometer Final report, part 2
Spectral radiance measurements of scale model rocket engine exhaust gases at simulated altitude using high speed scanning spectrometer
SCANNING DEVICE↗
Five-channel scanning radiometer Quarterly reports 17, 18, and 19, 15 Oct. 1964 - 15 Jul. 1965
Medium resolution infrared radiometer calibration
RADIOMETER↗
Mutual impedance effects in scanned antenna arrays technical report no. 2
Mutual impedance effects in electronically-scanned antenna arrays
SCANNING DEVICE↗
Electronic scanning and beam shaping methods technical report no. 1
Electronically scanned antenna array and beam scanning
ELECTRON BEAM↗
Lunar differential flux scans at 22 microns Final report
Nighttime lunar surface differential flux scans at 22 microns
Low, F. J.↗
An airborne experiment to determine temperature variations throughout the solar corona during the eclipse of 12 November 1966 Final report
Magnetostrictively scanned interferometer for airborne recording of coronal temperatures during solar eclipse
CORONA↗
Breadboard design of a Scanning Celestial Attitude Determination System /SCADS/ Final report
Breadboard design of scanning celestial attitude determination system
Kane, L. D.↗
Automatic photometer scan and data system Final report
Development and construction of automatic photometer scan and data system
Source record↗
Fiber optics systems for planetary scan system final technical report
Optical tracking and detector system with fiber optics cone for Mariner B spacecraft
OPTICAL TRACKING↗
Automatically scanned antenna systems Final report
Fabrication and testing of antenna system for use with airborne range and orbit determination transponder stations - direction finding and digital switching systems, and phase shifter
TRACKING ANTENNA↗
The application of channel electron multipliers to scanning electron microscopy Progress report
Channel electron multipliers for cathode luminescent collection of topographic details
Shaw, D. A.↗
Preliminary report on airline pilot scan patterns during simulated ILS approach
A series of ILS approaches using seven airline-rated Boeing 737 pilots in an FAA qualified simulator have been conducted. The test matrix included both manual and coupled approaches with and without atmospheric turbulence in Category II weather. A nonintrusive oculometer system was used to track the pilot's eye-point-of-regard throughout the approach. The results indicate that, in general, the pilots use a different scan technique for the manual and coupled conditions; however, the introduction of atmospheric turbulence does not greatly affect the scan behavior in either case. A comparison is made between the objective measures of the instrument scan (oculometer data) and the pilots' opinions of their instrument use. The data show a high degree of consistency among pilots for both the quantitative data and the qualitative data (pilots' opinions). However, there is a slightly lower agreement between the quantitative and qualitative measures.
Spady, A. A., Jr.↗