MISSION OF THE ADVANCED ORBITING SOLAR OBSERVATORY
Objectives of orbiting solar observatories - oso i results, advanced oso i /helios/ solar flare mission
SEARCH · Engineering Papers
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.
Objectives of orbiting solar observatories - oso i results, advanced oso i /helios/ solar flare mission
Engineering design of advanced orbiting solar observatory satellites - stabilization & control, sun tracker instrumentation
Objectives of orbiting astronomical observatory satellites - continuous ultraviolet & infrared measurement of celestial radiation, stellar map
The Orbiting Astronomical Observatory (OAO) is designed to provide an accurately stabilized, unmanned platform for astronomical observations from well above the earth's atmosphere. Of primary immediate interest is the observation of stellar radiation in the ultraviolet range, which is severely limited even in balloon experiments because of absorption in the ozone layers. The OAO is a 3600-pound spacecraft that will be placed in orbit by an Atlas Agena D. It can handle optical systems up to 48 inches in diameter, 10 feet in length, weighing 1000 pounds. The key design requirements of the spacecraft are discussed. The reasons behind the configuration are then explained, followed by a discussion of the major subsystems showing how they have been designed to meet the exacting requirements astronomical observation.
Solar power supply system for orbiting astronomical observatory
Electric power subsystem and the solar power supply system of the orbiting astronomical observatory /oao/
Preliminary solar flare observations with an x-ray spectrometer carried by the orbiting solar observatory
Cosmic ray experiments for explorer xii and the orbiting geophysical observatory using geiger- muller counters, and scintillation counter telescopes
Instrumentation and performance of the orbiting solar observatory spacecraft
Earth-sun relationship data obtained by orbiting geophysical observatory experiments concerning the atmosphere of the earth, the magnetosphere, and cislunar space
Advanced orbiting solar observatory to carry out experiments for the study of certain aspects of solar flares such as the energy storage phenomena in the pre-flare active region
Systems and subsystems design problems of the advanced orbiting solar observatory with emphasis on stabilization and control
Objectives of the orbiting astronomical observatory include a sky survey, broad band photometry, and studies of absolute spectrophotometry and interstellar matter
Proposed orbiting geophysical observatories and their ground support systems for studying the earth and the earth-sun relationships
Design of the attitude control system for the orbiting geophysical observatory, discussing control laws, sensors, torque sources, reaction wheel system and pneumatic system
Test programs & support systems for orbiting geophysical observatory
Attitude control system for orbiting geophysical observatory