The electrical power system for the Pegasus satellite
Electrical power system for Pegasus satellite
ELECTRIC PROPULSION↗
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Results for “PEGASUS SATELLITE”
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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The Electrical Power System for the Pegasus Satellite
Photovoltaic electric power system for Pegasus satellite
PHOTOVOLTAIC CELL↗
Pegasus satellite measurements of meteoroid penetration /February 16 - July 20, 1965/
Pegasus satellite measurements of meteoroid penetration
METEOROID↗
Theory and observation of the rotational motion of the Pegasus satellites.
Gravitational and magnetic torque effects on rotational motion of asymmetric Pegasus satellite in circular orbit
PEGASUS SATELLITE↗
Pegasus satellite measurements of meteoroid penetration, February 16 - December 31, 1965
Statistical analysis of Pegasus satellite measurements of meteoroid penetration
STATISTICAL ANALYSIS↗
Saturn i to launch pegasus meteoroid detection satellite
Pegasus meteoroid detection satellite launching by Saturn I launch vehicle
DETECTION↗
Nasa to launch second pegasus meteoroid satellite
Second Pegasus meteoroid satellite launching by NASA
NASA PROGRAM↗
The Meteoroid Satellite Project Pegasus First Summary Report
Satellite instrumentation and data retrieval procedures for collecting meteoroid penetration data from Pegasus satellite
METEOROID HAZARD↗
Operational aspects of project Pegasus
Satellite control station methods and facilities for evaluating Pegasus in-flight performance, and meteoroid penetration data
METEOROID HAZARD↗
Recent NASA meteoroid penetration results from satellites
Meteoroid penetration measurements by Explorer XVI and XXIII satellites and Pegasus satellites for application to spacecraft design
EXPLORER XXIII SATELLITE↗
Thermally isolated temperature sensor for space application
Thermally isolated temperature sensor for space application Pegasus satellite
PEGASUS SATELLITE↗
Pegasus thermal design
Thermal design of micrometeoroid detector panels and electronics for Pegasus satellite
ELECTRONICS↗
Large Magnetic Environments
Large magnetic field coils to cancel earth magnetic field - magnetic properties of Pegasus satellite
PEGASUS SATELLITE↗
Thermal design considerations
Thermal environment factors affecting electronic canister design for Pegasus satellite
THERMAL ENVIRONMENT↗
Thermal design evaluation of Pegasus
Thermal design evaluation of meteoroid detector panels, louver system, and service module adaptor for Pegasus satellite
THERMAL EFFECT↗
Research Achievements Review, volume II
Thermophysics, emissivity physics, thermal similitude, ultraviolet interactions with control surface materials, Pegasus satellite measurements, and infrared instrumentation
INFRARED INSTRUMENT↗
Pegasus thermal experimental results
Environmental effect sensor data and albedo measurements for several thermal control coatings on Pegasus satellite - thermophysics
CONTROL SURFACE↗
Structural Design and Data Systems of Spacecraft
Structural design and data acquisition systems of Pegasus satellite
STRUCTURAL DESIGN↗