Geocentric initial conditions of trajectories originating at the moon's surface.
Geocentric initial conditions for motion of bodies leaving moon surface after initial instantaneous thrust
MOON-EARTH TRAJECTORY↗
Engineering topics
Shute, B. E.
Publications and source records attributed to Shute, B. E..
Dynamical behavior of ejecta from the moon. Part I - Initial conditions
Initial orbital elements of moon-earth trajectory for lunar dust or chunks ejected from surface
MOON-EARTH TRAJECTORY↗
The lunar-solar effect on the orbital lifetimes of artificial satellites with highly eccentric orbits.
Lunar-solar perturbation effect on satellites with eccentric orbits, noting lifetimes on perigee heights
ORBITAL MOTION↗
Lifetimes of highly eccentric satellites
Solar-lunar perturbation effects on satellite lifetimes in highly eccentric orbits
SOLAR GRAVITATIONAL EFFECT↗
The lunar-solar effect on the orbital lifetimes of artificial satellites with highly eccentric orbits
Lunar solar perturbation effect on orbital lifetimes of artificial satellites with highly eccentric orbits
GRAVITATIONAL EFFECT↗
Prelaunch analysis of high eccentricity orbits
Prelaunch analysis of high eccentricity earth orbits
EARTH ORBIT↗
Launch windows for highly eccentric orbits.
Orbital elements necessary for minimum lifetime of satellite with highly eccentric orbit are graphically specified by construction of launch window map
ORBITAL ELEMENT↗
LAUNCH WINDOWS FOR HIGHLY ECCENTRIC ORBITS
Orbital elements necessary for minimum lifetime of a satellite with highly eccentric orbit are graphically specified by construction of a launch window map
LAUNCH WINDOW↗
ORIGIN OF TEKTITES
Theory of origin and distribution of tektites based on aerodynamic considerations and from observations of satellite and meteor breakup
TEKTITE↗
LAUNCH WINDOWS FOR HIGHLY ECCENTRIC ORBITS
Launch windows for highly eccentric satellite orbits
LAUNCH WINDOW↗