Cryogenic applications in space communications.
Cryogenic applications to low noise reception development in radio astronomy, planetary radar and communication with deep space probes
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Cryogenic applications to low noise reception development in radio astronomy, planetary radar and communication with deep space probes
Radio Astronomy Explorer satellite boom deployment method resulting in gravity gradient capture, emphasizing role of predeployment attitude and antenna Vee angle
Radio astronomy Explorer A attitude determination via disk-oriented programming ground support system for reducing and calibrating telemetry data, attitude prediction and command, etc
Cosmic radio background noise spectrum near north galactic pole based on Radio Astronomy Explorer satellite experiments
Iterative weighted least squares method for reconstructing time history of coupled rotation and flexural oscillations of Radio Astronomy Explorer satellite
Automatic tuning system permits frequency synchronization between two hydrogen masers. System matches spaceborne clock performance with that of ground-based clock to test red shift theory. This system, used in conjunction with radio astronomy for long-baseline interferometer experiments, serves as a tool for investigation of distant universe phenomena.
Gravity gradient dynamics experiments using Radio Astronomy Explorer Satellite in earth orbit
Computer program analysis of Radio Astronomy Explorer satellite dipole antenna current distributions and radiation patterns
Radiation patterns and current distributions for dipole antenna on Radio Astronomy Explorer satellite
Spaceborne long wavelength radio astronomy, proposing lunar orbit and beyond Pluto observatories to reduce magnetospheric and interplanetary plasma effects
Tethered orbiting interferometer configurations for future Radio Astronomy Explorer satellites, discussing gravitational stabilization and delta launching into orbit as single payload
Transitions in interstellar OH observed at National Radio Astronomy Observatory
Analog shift register for use as delay line and digital filter, discussing applications to radio astronomy
Radio Astronomy Explorer satellite boom deployment method resulting in gravity gradient capture, emphasizing role of predeployment attitude and antenna Vee angle
Radio astronomy Explorer A attitude determination via disk-oriented programming ground support system for reducing and calibrating telemetry data, attitude prediction and command, etc
Data processing summary for OGO radio astronomy experiments
Radio astronomy studies including sensitive interferometers, digital correlators, and related measuring instruments also radar techniques for lunar topography
Analysis of launch opportunities for Radio Astronomy Explorer-B satellite during period Mar. through Dec. 1973