Add to ORKGDifferential method of orbit improvement for Vinti spheroidal theory of artificial satellite motion about oblate planets with inclusion of planetary gravitational effect
Precision mean element (PME) satellite theories play a key role in orbit dynamics analyses. These th...
The dominant perturbations of the motion of a satellite near the earth are due to atmospheric drag a...
Satellite theory to determine geopotential from orbital motion of artificial earth satellite
Orbital prediction and differential correction using Vintis spheroidal theory for artificial satelli...
Computational procedure for Vinti accurate reference orbit with inclusion of third zonal harmoni
In 1959, Dirk Brouwer pioneered the use of the Hamiltonian perturbation methods for constructing art...
Mean orbital elements for Vinti spheroidal theory of drag-free satellite motion applied to ballistic...
A third-order solution was developed for the motions of artificial satellites moving in the gravitat...
The results of an intensive analysis of a differential orbit improvement method utilizing observatio...
Improved coefficients of thirteenth order harmonics of geopotential derived from satellite Doppler d...
Analytic representation of musen theory of satellites in terms of orbital true longitud
This report presents a theory of oblateness perturbations of the orbits of artificial satellites bas...
Station coordinates from optical tracking of satellites and corrections to nonzonal harmonics of geo...
Application of celestial mechanics to artificial satellite orbit calculations using orbit perturbati...
The author's previous theory of the artificial satellite is derived in terms of the. disturbed eccen...
Precision mean element (PME) satellite theories play a key role in orbit dynamics analyses. These th...
The dominant perturbations of the motion of a satellite near the earth are due to atmospheric drag a...
Satellite theory to determine geopotential from orbital motion of artificial earth satellite
Orbital prediction and differential correction using Vintis spheroidal theory for artificial satelli...
Computational procedure for Vinti accurate reference orbit with inclusion of third zonal harmoni
In 1959, Dirk Brouwer pioneered the use of the Hamiltonian perturbation methods for constructing art...
Mean orbital elements for Vinti spheroidal theory of drag-free satellite motion applied to ballistic...
A third-order solution was developed for the motions of artificial satellites moving in the gravitat...
The results of an intensive analysis of a differential orbit improvement method utilizing observatio...
Improved coefficients of thirteenth order harmonics of geopotential derived from satellite Doppler d...
Analytic representation of musen theory of satellites in terms of orbital true longitud
This report presents a theory of oblateness perturbations of the orbits of artificial satellites bas...
Station coordinates from optical tracking of satellites and corrections to nonzonal harmonics of geo...
Application of celestial mechanics to artificial satellite orbit calculations using orbit perturbati...
The author's previous theory of the artificial satellite is derived in terms of the. disturbed eccen...
Precision mean element (PME) satellite theories play a key role in orbit dynamics analyses. These th...
The dominant perturbations of the motion of a satellite near the earth are due to atmospheric drag a...
Satellite theory to determine geopotential from orbital motion of artificial earth satellite