Methods of averages expansions for artificial satellite applications
Formulas derived for averaged potential in artificial satellite theory
Liu, A.↗
Engineering topics
Lorell, J.
Publications and source records attributed to Lorell, J..
Compilation of Lunar Orbiter tracking data used for long-term selenodesy
Lunar Orbiter tracking data for long term selenodesy
Laing, P. A.↗
Lunar Orbiter gravity analysis
Moon gravity field model derived from long-arc analysis of Lunar Orbiters tracking data, considering lunar mass distribution role
Lorell, J.↗
Celestial mechanics experiment for Mariner Mars 1971
Celestial mechanics experiment for Mariner Mars 1971 to test general relativity theory and improve Martian ephemeris
Anderson, J. D.↗
Lunar gravity - Preliminary estimates from lunar orbiter.
Lunar gravity estimates using tracking data from lunar orbiters, including tesseral and zonal harmonic coefficients
Lorell, J.↗
Lunar orbiter data analysis
Large Doppler residuals near pericynthion found in lunar orbiter tracking data
Lorell, J.↗
Lunar gravity from orbiter tracking data.
Gravity data from lunar orbiter tracking, discussing Kepler element role
SATELLITE TRACKING↗
Application of double-averaged equations of satellite motion to a lunar orbiter
Application of double-averaged equations of artificial satellite motion to lunar orbiter
LUNAR ORBITER↗
The theory of long-term behavior of artificial satellite orbits due to third-body perturbations
Third-body perturbation effects on satellite orbit reduced to nonlinear system requiring elliptic integrals
NONLINEAR EQUATION↗
Long term behavior of artificial satellite orbits due to third-body perturbations.
Long term time-variation of osculating elements of satellite orbits perturbed by third body, including graphs of Kepler element variations along different orbits
SATELLITE PERTURBATION↗
Characteristics and format of the tracking data to be obtained by the NASA Deep Space Instrumentation Facility for lunar orbiter
Characteristics and format of tracking data to be obtained by Deep Space Instrumentation Facility /DSIF/ for lunar orbiter
DEEP SPACE INSTRUMENTATION FACILITY /DSIF/↗
Orbit determination for a lunar satellite.
Lunar satellite orbit determination, using doppler data, optical data and range and range rate data
ORBIT CALCULATION↗
Precession rates for an artificial satellite.
Long period component and secular component of satellite motion evaluated, using lagrange planetary equation
GRAVITATIONAL FIELD↗
ORBITAL MOTION IN THE THEORY OF GENERAL RELATIVITY
Perturbation analysis of the general theory of relativity and development of variations in the two-body keplarian orbital elements /see accession no. a63-15324, issue no. 11/
ORBITAL ELEMENT↗
ORBITAL MOTION IN THE THEORY OF GENERAL RELATIVITY
Perturbation analysis of the general theory of relativity and development of variations in the two-body keplerian orbital elements
RELATIVITY THEORY↗
The effects of chemical and physical parameters on the burning rate of a liquid droplet
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Lorell, J.↗