Celestial mechanics experiment
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Anderson, J. D.↗
Engineering topics
Anderson, J. D.
Publications and source records attributed to Anderson, J. D..
Determination of the masses of the Moon and Venus and the astronomical unit from radio tracking data of the Mariner II SPACECRAFT
Masses of Venus and Moon, and astronomical unit determined by Mariner II radio tracking data
ASTRONOMICAL UNIT↗
M-1 engine test complex data acquisition systems
Instrumentation and data acquisition system for development testing of liquid hydrogen/liquid oxygen M-1 rocket engine
ENGINE TESTING↗
Determination of the masses of the moon and Venus, and the astronomical unit from the radio tracking of Mariner II.
Masses of moon and Venus and astronomical unit determined from Mariner II Doppler data, noting sources of error
RADIO TRACKING↗
Trajectory determination from observational data.
Trajectory determination from optical and radar data of spacecraft
OPTICAL TRACKING↗
First-and second-sum numerical integration
First and second sum numerical integration in celestial mechanics
CELESTIAL MECHANICS↗
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/↗
The evaluation of certain astronomical constants from the radio tracking of mariner ii.
Statistical formulas, doppler residuals and equations of condition are used to obtain certain physical constant data from radio tracking of mariner ii
MARINER II SPACE PROBE↗
THEORY OF ORBIT DETERMINATION - PART II, ESTIMATION FORMULAS
Formulas for orbit determination of space vehicles
SPACE VEHICLE↗
THE EVALUATION OF CERTAIN PHYSICAL CONSTANTS FROM THE RADIO TRACKING OF MARINER II
Statistical formulas, doppler residuals, and equations of condition are used to obtain certain physical constant data from the radio tracking of mariner ii
MARINER II SPACE PROBE↗
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↗
THE EVALUATION OF CERTAIN PHYSICAL CONSTANTS FROM THE RADIO TRACKING OF MARINER II
Derivation of physical constants from radio tracking of mariner ii - planetary masses and astronomical units
MARINER II SPACE PROBE↗
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↗