An Infrared Television System for Hydrogen Flame Detection
Infrared sensitive vidicon camera system, utilizing a single camera operating in the near infrared, detects a hydrogen flame burning in a bright sunlit environment.
SEARCH · Search NASA
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.
Infrared sensitive vidicon camera system, utilizing a single camera operating in the near infrared, detects a hydrogen flame burning in a bright sunlit environment.
Photographs and mosaics of lunar surface obtained from Surveyor 6
Lunar topological photography from Surveyor 7 mission
Technological and cost factors associated with TV broadcast satellite systems
Crab Nebula pulsar detection by TV camera with image intensifier at focus of astronomical telescope, detailing instrumentation and observations
Surveyor 7 TV system in photon integration mode, analyzing slow scan vidicon storage characteristics and dark current limitations
Rocket trajectory determination by tracking onboard light source against star background with image orthicon TV system
Image intensifiers and orthicons, plumbicons, vidicons as photoelectric devices in TV auroral observation from ground stations and jet aircraft
Mariner 6 TV pictures with description of craters and south polar cap, noting moon-like crater abundance, form, arrangement and crater sizes
Mars TV pictures from Mariner 7, describing prominent surface features
Mariner Mars 1969 TV system environmental test and calibration program
Mariner 6 and 7 TV data, discussing implications for Mars present state, past history and biological status
Explore the source record for details and available documents.
Data acquisition system translates and processes graphical information recorded on high speed photographic film. It automatically scans the film and stores the information with a minimal use of the computer memory.
Two-primary color and single gun system provides quality differential color and variation in brightness for specific colors by varying current and controlling duty cycle of electron beam. Number of video amplifiers, deflection circuits, and guns required to display color TV picture is reduced and less complex tube is required.
Real time simulation of lunar landscape displays
Closed circuit TV guidance adapter kit designed to integrate with computerized welding skate
Distortion characteristics of ESSA 7, Mariner 4, and Surveyor 7 TV systems for photogrammetric mapping