Nomology of Earth-Moon Orbits C Equals 4.00 and C Equals C(L1)
Nomology of earth-moon orbits
Hoelker, R. F.↗
Engineering topics
Hoelker, R. F.
Publications and source records attributed to Hoelker, R. F..
Survey of a second class of orbits in the Earth-Moon field - X sub R equals 1.00
Earth-moon field orbit representation by restricted three-body problem and comparison with rotating Kepler orbits
Hoelker, R. F.↗
A comparison of a class of earth-moon orbits with a class of rotating Kepler orbits
Comparison of class of orbits in Earth-Moon field and class of Kepler orbits in rotating coordinates by use of concurrent series of graphs
Hoelker, R. F.↗
Numerical studies of transitions between the restricted problem of three bodies and the problem of two fixed centers and the Kepler problem
Numerical analyses of transitions between restricted problem of three bodies and problem of two fixed centers and Kepler problem
Hoelker, R. F.↗
Research goals and an integrated approach
Celestial mechanics, astrodynamics, optimization theory, and onboard computations research for trajectory analyses of space flight vehicles
SPACE FLIGHT↗
SURVEY AND CLASSIFICATION OF EARTH-MOON TRAJECTORIES BASED ON NEWLY DISCOVERED PROPERTIES
Systematic description of earth-moon trajectories, based on a classification according to equal-time- period trajectories
SPACECRAFT TRAJECTORY↗
SURVEY AND CLASSIFICATION OF EARTH-MOON TRAJECTORIES BASED ON NEWLY DISCOVERED PROPERTIES
Numerical analysis of earth-moon trajectories
MATHEMATICS↗