Station keeping for gravity-gradient stabilized satellites
Stationkeeping performance of gravity-gradient stabilization satellite
GRAVITY GRADIENT SATELLITE↗
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Results for “STATIONKEEPING”
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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Experimental performance of a low-thrust, divergent-flow, Contact-ionization electrostatic thrustor.
Low thrust divergent flow cesium-on-tungsten contact ionization electrostatic thrustor for satellite attitude control and stationkeeping missions
ION ENGINE↗
Synchronous satellite station-keeping.
Synchronous orbit stationkeeping techniques, examining thrust control requirements of spin- stabilized spacecraft
THRUST CONTROL↗
Low-thrust propulsion for the MORL.
Advanced low thrust propulsion systems and propellants evaluation for stationkeeping and stability control of NASA Manned Orbital Research Laboratory
STABILITY AND CONTROL↗
Experimental performance of a low-thrust, divergent-flow, contact-ionization electrostatic thruster.
Low thrust divergent flow cesium-on-tungsten contact ionization electrostatic thrustor for satellite attitude control and stationkeeping missions
SATELLITE ATTITUDE CONTROL↗
Feasibility and parametric design study of the application of a station-keeping system to passive communications satellites, phase 4 Final report
Performance characteristics of two passive communications satellite configurations using solar radiation for stationkeeping
Source record↗
Feasibility and parametric design study of the application of a station-keeping system to passive communications satellites, phase 2 Final report
Structural weight analysis and design charts on feasibility of applying stationkeeping concepts to passive communications satellites
Source record↗
Experimental performance of a low-thrust, divergent-flow, contact-ionization electrostatic thrustor
Electrostatic ion thrustor employing cesium on tungsten contact ionization for satellite attitude control and stationkeeping missions
Lathem, W. C.↗
Divergent-flow contact-ionization electrostatic thrustor for satellite attitude control and station keeping
Divergent-flow contact-ionization electrostatic thrustor for satellite attitude control and stationkeeping
Lathem, W. C.↗
Design, development, fabrication, test, and delivery of electrothermal engine systems
Design, development, fabrication, evaluation, and delivery of electrothermal, three axis, spacecraft attitude control and four direction stationkeeping system
Pugmire, T. K.↗
The control and use of libration-point satellites
Satellite stationkeeping in vicinity of unstable collinear libration points
Farquhar, R. W.↗
Photovoltaic power systems.
Solar photovoltaic power systems weight reduction and reliability noting applicability to propulsion, attitude control and stationkeeping missions
Goldsmith, J.↗
Orbit adjustment of sun-synchronous satellites with electric propulsion.
Satellite orbit adjustment, stationkeeping and attitude control of typical earth- and sun- synchronous satellites by electric propulsion systems
Barrett, C. C.↗
Simulated Radioisotope Thrust System and Component Development Final Report
Electrically heated and radioisotope heated thrusters for satellite attitude control and stationkeeping
Neiman, W. N.↗
Optimal control application for electrothermal multijet systems on synchronous earth spacecraft.
Multijet electrothermal systems for attitude control and stationkeeping of synchronous communications satellite
Isley, W. C.↗
Ammonia Resistojet station keeping subsystem aboard applications technology satellite /ATS/ IV.
Ammonia resistojet stationkeeping subsystem onboard ATS 4 satellite, noting flight test data agreement with ground tests
Callens, R. A.↗
Future missions for libration-point satellites.
Libration point relay satellites for continuous communication link between earth and lunar far side, discussing trajectories and halo orbit stationkeeping
Farquhar, R. W.↗
An efficiency evaluation of the ATS-3 hydrazine orbit control system
ATS-3 hydrazine orbit control system efficiency evaluation statistical method, considering stationkeeping maneuvers
Greene, R. H.↗