Add to ORKGLaunch window, trajectory shaping, and lunar orbit mission analyses for improved Delta launch vehicle and advanced IMP-D spacecraf
Hardware, organization, testing, and support equipment for launching of Lunar Orbite
Launch and flight data, data acquisition, and prelaunch operations summaries for Lunar Orbiter A lau...
The PLANECNG computer program calculates velocities for Earth-to-Mooon and Moon-to-Earth trajectorie...
In 1959 NASA decided to develop Delta as an interim launch vehicle for medium payloads until more so...
This paper is based on vork accomplished by the Douglas Missile and Space Systems Division under Con...
Prepared at Douglas Aircraft Company and Goddard Space Flight Center."May 1967"--Cover.Includes bibl...
Flight performance of FW-4D solid propellant rocket motor on third stage of Delta 50 launch vehicl
Earth-Moon trajectory mechanics analysis affected by geometric and booster vehicle consideration
A general procedure for predicting launch opportunities for the RAE-B lunar orbiter mission is prese...
Lunar flight handbook - orbital departure windows, libration points, and lunar flight orbit estimati...
Lunar satellite orbital element estimation using range and range-rate measurement - trajectory analy...
The LLOFX computer program calculates in-plane trajectories from an Earth-orbiting space station to ...
Final document is attached. This paper proposes an enhanced control technique for stationkeeping man...
Common Lunar Lander trajectory analysis is presented in viewgraph format. Trajectory requirements, t...
Spacecraft guidance technique for establishing lunar parking orbits using thrust vector control in r...
Hardware, organization, testing, and support equipment for launching of Lunar Orbite
Launch and flight data, data acquisition, and prelaunch operations summaries for Lunar Orbiter A lau...
The PLANECNG computer program calculates velocities for Earth-to-Mooon and Moon-to-Earth trajectorie...
In 1959 NASA decided to develop Delta as an interim launch vehicle for medium payloads until more so...
This paper is based on vork accomplished by the Douglas Missile and Space Systems Division under Con...
Prepared at Douglas Aircraft Company and Goddard Space Flight Center."May 1967"--Cover.Includes bibl...
Flight performance of FW-4D solid propellant rocket motor on third stage of Delta 50 launch vehicl
Earth-Moon trajectory mechanics analysis affected by geometric and booster vehicle consideration
A general procedure for predicting launch opportunities for the RAE-B lunar orbiter mission is prese...
Lunar flight handbook - orbital departure windows, libration points, and lunar flight orbit estimati...
Lunar satellite orbital element estimation using range and range-rate measurement - trajectory analy...
The LLOFX computer program calculates in-plane trajectories from an Earth-orbiting space station to ...
Final document is attached. This paper proposes an enhanced control technique for stationkeeping man...
Common Lunar Lander trajectory analysis is presented in viewgraph format. Trajectory requirements, t...
Spacecraft guidance technique for establishing lunar parking orbits using thrust vector control in r...
Hardware, organization, testing, and support equipment for launching of Lunar Orbite
Launch and flight data, data acquisition, and prelaunch operations summaries for Lunar Orbiter A lau...
The PLANECNG computer program calculates velocities for Earth-to-Mooon and Moon-to-Earth trajectorie...