Ranger TV subsystem flight evaluation report for flight model III-3 /RA-8/
Performance evaluation of Ranger VIII Flight Model III-3 television subsystem
TELEVISION EQUIPMENT↗
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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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Ranger TV subsystem flight evaluation report for flight model III-1 /RA-6/ and design review report
Flight evaluation on Model III /RA-6/ of Ranger television subsystem - failure analysis
FAILURE↗
Microcircuit applications in the Apollo TV CAMERA
Microcircuit design concepts applicable to Apollo television camera
MICROCIRCUIT↗
Threshold sensitivity of astronomical TV DEVICES
Astronomical television system to reduce exposure time for obtaining images of weak stars using average-size instruments
ASTRONOMICAL PHOTOGRAPHY↗
Closed circuit TV system automatically guides welding arc
Closed circuit television /CCTV/ system automatically guides a welding torch to position the welding arc accurately along weld seams. Digital counting and logic techniques incorporated in the control circuitry, ensure performance reliability.
Stephans, D. L.↗
Stereo TV enhancement study Final technical report
Stereotelevision versus nonstereotelevision effectiveness for target acquisition in extraterrestrial environment with poor signal to noise ratio
Cupit, G.↗
Stereo TV enhancement study Final technical report
Human depth perception of television displays in stereo, and nonstereo presentations
Cupit, G.↗
Ames programs on the use of tv for space- vehicle tracking, lunar sighting accuracy, and tracker-dome sunlight scatter problems
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Foster, J. V.↗
Optical problems of tv recordings of moon and planets from approaching spacecraft
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Martz, E. P., Jr.↗
Display processor for improved Apollo TV camera Final report
Performance tests on display processor for improved Apollo television camera
Source record↗
The use of photoelectric sensors for automatic control of geometrical TV distortions
Photoelectric control of television screen lines
Khesin, A. YA.↗
The performance and capabilities of recently developed Plumbicon TV camera pickup tubes
Performance characteristics of Plumbicon camera tube and flyback highlight-discharge electron gun
Levitt, R. S.↗
The code word Wiggle - TV data compression
Information preserving data compression systems with coding algorithm developed for noiseless channel conditions
Rice, R. F.↗
Apollo slow scan TV signal enhancement
Amplifier gain control for Apollo scan television signal enhancement
Prokop, E. J.↗
High stability FM TV transmitter with sampled automatic frequency control
S band frequency modulated television transmitter with sampled automatic frequency control designed to drive traveling-wave-tube amplifier
Honnell, M. A.↗
computer land use mapping via TV waveform analysis of space photography
An instrumentation and computer system which offers the potential for analyzing photogeographic distributions is described. To satisfy the requirement for computer acceptance, a television and waveform system was developed to transpose pictorial or iconic photo forms to the analytic. A video conversion was accomplished, and each pattern visible on the original photography was represented by a certain range of percentages. With spatial occurrences in digital form, a computer program was developed that could identify, analyze, and map geographic inputs.
Source record↗
Ultraviolet proximity focussed converters for use in a satellite SEC-TV system.
Performance characteristics of Bendix type BX08025-4522 proximity-focussed vacuum-ultraviolet to visible-light image converters are presented. The converters are to be used with SEC vidicons as detectors for an echelle spectrograph on the International Ultraviolet Explorer astronomical satellite. Magnesium fluoride input windows with Cs-Te photocathodes are used in the converters, with P-11 phosphors on the fiber optic output windows. Quantum efficiencies, modulation transfer function, background, geometric distortion, and environmental test results are presented for the wavelength region from 1150 to 3500 A.-
Feibelman, W. A.↗