This thesis documents an investigation of the effect of solar radiation pressure on the motion of an artificial satellite. Consideration is given to the methods required for the inclusion of the discontinuous effect of the Earth's shadow. The analysis resulting from the description of a deformed diffusely reflecting balloon satellite and an algorithm describing the effects of Earth reflected solar radiation pressure are developed, culminating in the application of the derived theory to the orbital data of the balloon satellite, Explorer 19
In the theory of motion, disturbances are divided into gravitational and non-gravitational ones. In ...
A semi-analytical approach is proposed to study the rotational motion of an artificial satellite, un...
Abstract: The opportunity of increase of a satellite orbit altitude by solar pressure is i...
A semi-analytical approach is proposed to study the rotational motion of an artificial satellite und...
Solar radiation pressure is the largest non-gravitational perturbation for most satellites in the so...
This article reports an investigation of the effect of solar radiation pressure on the motion of an ...
The effects of solar radiation pressure on the motion of an artificial satellite are obtained, inclu...
This Master Thesis investigates the effect of indirect radiation pressure on the orbit of a spacecra...
In this work, we study the effects of solar radiation pressure (SRP) on the problem of changing the ...
The main goal for this master's degree final thesis is to propose an alternative way of computing so...
The effects of the solar radiation pressure and the attraction of the sun and the moon at high Earth...
Current satellite orbit propagation techniques employ a solar radiation pressure model that makes si...
Current satellite orbit propagation techniques employ a solar radiation pressure model that makes si...
Current satellite orbit propagation techniques employ a solar radiation pressure model that makes si...
Because of the current interest in: 1) Small inexpensive LEO satellites, 2) Small STS/SS tethered sa...
In the theory of motion, disturbances are divided into gravitational and non-gravitational ones. In ...
A semi-analytical approach is proposed to study the rotational motion of an artificial satellite, un...
Abstract: The opportunity of increase of a satellite orbit altitude by solar pressure is i...
A semi-analytical approach is proposed to study the rotational motion of an artificial satellite und...
Solar radiation pressure is the largest non-gravitational perturbation for most satellites in the so...
This article reports an investigation of the effect of solar radiation pressure on the motion of an ...
The effects of solar radiation pressure on the motion of an artificial satellite are obtained, inclu...
This Master Thesis investigates the effect of indirect radiation pressure on the orbit of a spacecra...
In this work, we study the effects of solar radiation pressure (SRP) on the problem of changing the ...
The main goal for this master's degree final thesis is to propose an alternative way of computing so...
The effects of the solar radiation pressure and the attraction of the sun and the moon at high Earth...
Current satellite orbit propagation techniques employ a solar radiation pressure model that makes si...
Current satellite orbit propagation techniques employ a solar radiation pressure model that makes si...
Current satellite orbit propagation techniques employ a solar radiation pressure model that makes si...
Because of the current interest in: 1) Small inexpensive LEO satellites, 2) Small STS/SS tethered sa...
In the theory of motion, disturbances are divided into gravitational and non-gravitational ones. In ...
A semi-analytical approach is proposed to study the rotational motion of an artificial satellite, un...
Abstract: The opportunity of increase of a satellite orbit altitude by solar pressure is i...