A simulated study of manual control techniques for the concentrated flight plan of lunar orbit rendezvous - Project Apollo
Simulation of manual control techniques for concentric flight plan of LEM/CSM lunar orbit rendezvous
Simpson, R. W.↗
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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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Analysis of rendezvous radar tracking requirements for angular bias compensation during mission D
Rendezvous radar tracking requirements for angular bias compensation during Apollo 9 flight
Price, C. R.↗
Results of simulation of LM rendezvous using graphical charts
Lunar module rendezvous using graphical charts
Hutchins, J. E.↗
Analysis of terminal phase rendezvous lighting - Project Apollo
Lighting problem associated with terminal phase rendezvous in both earth and lunar orbit
Contella, M. C.↗
Visibility and optical tracking studies for the concentric flight plan of lunar orbit rendezvous
Visibility and optical tracking studies for concentric flight plan of lunar orbit rendezvous
Hambleton, A. W.↗
Apollo rendezvous with command module active. Apollo program
Apollo rendezvous with command module active for rescue of lunar module
Simpson, R. W.↗
CSM-active rendezvous simulation studies using sextant and ranging device. Project Apollo
CSM-active rendezvous simulation studies using sextant and ranging device
Cockrell, B. F.↗
Range data requirements for CSM active rendezvous. Apollo program
Range data requirements for CSM active rendezvous
Vogel, J. E.↗
CSM rendezvous procedures - D mission Final report
Rendezvous procedures for lunar spacecraft
Mc Rae, M.↗
CSM rendezvous procedures - F mission Final report
Crew procedures for LM-4 active lunar orbit rendezvous
Mosel, D. K.↗
Scanning laser radar for rendezvous and docking
Scanning laser radar system for automatic rendezvous and docking of space shuttle vehicles
Flom, T.↗
Apollo lunar rendezvous
Lunar module rendezvous with command and service module by coelliptic sequence establishing standard lighting and relative position and velocity for final approach
Alexander, J. D.↗
Minimum-time orbital rendezvous between neighboring elliptic orbits
Time optimal rendezvous maneuver between neighboring elliptic orbits, discussing propulsive jet system with variable thrust
Alfriend, K. T.↗
Simulation and error analysis of a manual rendezvous system
Manual spacecraft rendezvous system based on handheld instruments and manual computations, considering error analysis and simulation
Koble, H.↗
Optimal two- and three-impulse fixed-time rendezvous in the vicinity of a circular orbit
Minimum-fuel multiple impulse orbital fixed time rendezvous in circular orbit vicinity
Prussing, J. E.↗
Trajectory requirements for comet rendezvous
Future spacecraft mission for short period comets rendezvous, considering trajectory requirements and launch vehicle payload capabilities
Friedlander, A. L.↗
Comet rendezvous missions
Jupiter swingby trajectory analysis for comet flyby and rendezvous missions, discussing approach velocity and payloads
Manning, L. R.↗
Manned Mars lander launch-to-rendezvous analysis for a 1981 Venus-swingby mission
Manned Mars lander launch-to-rendezvous analysis, using subsequent Venus swingby for mission velocity requirement reduction
Faust, N. L.↗