Add to ORKGFormulas for long period terms due to seventh, ninth, and eleventh zonal harmonics in disturbing function of earth - artificial earth satellit
The dominant perturbations of the motion of a satellite near the earth are due to atmospheric drag a...
The equations of motion of an artificial satellite are given in nonsingular variables. Any term in t...
Analytic representation of musen theory of satellites in terms of orbital true longitud
Formulas for long term perturbations of satellite components due to high order zonal harmonic
Long period perturbations in motion of small eccentricity satellites and analysis of Alouette I and ...
A generalization of that portion of the work of Berger, which deals with the long period coupling ef...
The long period variations of the first eight planets in the solar system are studied. First, the La...
Determination of second and fourth order sectorial harmonics in earth gravity field from motion of t...
Equations were derived for the perturbations on an artificial satellite when the motion of the satel...
The magnitude of the tidal effects depends upon the elastic properties of the earth as described by ...
The disturbing functions due to the geopotential and Luni-solar attractions are linear and bilinear ...
A simple modification of Gilbert's formula to account for slight lateral heterogeneity of the Earth ...
Harmonic analysis method used to derive formulae for long periodic perturbations of lunar satellite
Zonal and tesseral harmonic coefficients for the geopotential function are usually tabulated in norm...
The longitude-dependent part of the geopotential usually gives rise only to short-period effects in ...
The dominant perturbations of the motion of a satellite near the earth are due to atmospheric drag a...
The equations of motion of an artificial satellite are given in nonsingular variables. Any term in t...
Analytic representation of musen theory of satellites in terms of orbital true longitud
Formulas for long term perturbations of satellite components due to high order zonal harmonic
Long period perturbations in motion of small eccentricity satellites and analysis of Alouette I and ...
A generalization of that portion of the work of Berger, which deals with the long period coupling ef...
The long period variations of the first eight planets in the solar system are studied. First, the La...
Determination of second and fourth order sectorial harmonics in earth gravity field from motion of t...
Equations were derived for the perturbations on an artificial satellite when the motion of the satel...
The magnitude of the tidal effects depends upon the elastic properties of the earth as described by ...
The disturbing functions due to the geopotential and Luni-solar attractions are linear and bilinear ...
A simple modification of Gilbert's formula to account for slight lateral heterogeneity of the Earth ...
Harmonic analysis method used to derive formulae for long periodic perturbations of lunar satellite
Zonal and tesseral harmonic coefficients for the geopotential function are usually tabulated in norm...
The longitude-dependent part of the geopotential usually gives rise only to short-period effects in ...
The dominant perturbations of the motion of a satellite near the earth are due to atmospheric drag a...
The equations of motion of an artificial satellite are given in nonsingular variables. Any term in t...
Analytic representation of musen theory of satellites in terms of orbital true longitud