Add to ORKGThe objective of the present study is to analyze the evolution of low lunar orbits under the gravitational potential of the Moon and additional perturbations of gravitational (Earth and Sun gravity) and non-gravitational (radiation pressure) nature. Such evolution can be used to estimate the amount of propellant required to maintain a certain orbit during a given time or, alternatively as in the present case, to identify orbits which may offer a wide surface coverage if no orbit correction maneuvers are applied
We analyze the problem of the orbital control of an Earth's satellite using the gravity of the Moon....
Presented at AIAA SciTech Forum 2023Operations in cislunar space are expected to greatly increase ov...
One of the paramount stepping stones towards NASA's long-term goal of undertaking human missions to ...
The objective of the present study is to analyze the evolution of low lunar orbits under the gravit...
The Moon is becoming an increasingly relevant location for scientific, exploration, commercial, and ...
LUNIK X orbit studied to determine lunar gravitational field, taking into account effect of other pl...
Lunisat represents a next-generation microsatellite aimed at orbiting the Moon, and equipped with di...
In this paper, we have investigated a region of direct stable orbits around the Moon, whose stabilit...
Abstract: Lunar Gravity Assist (LGA) allows us to change a spacecraft (SC) orbit using the...
The objective of the present study is to hold a preliminary analysis and design of a lunar global sa...
The gravitational anomalies of the Moon have never been completely mapped; in particular, those on t...
In this paper, a study is made in the problem of the orbital control of an Earth´s satellite using t...
Knowledge of the gravitation field, in combination with surface topography, provides one of the prin...
In the past ten years the Moon has come fully back into focus, resulting in missions such as Clement...
© SGEM2017 All Rights Reserved. Numerous space agencies and powers have announced their plans on lun...
We analyze the problem of the orbital control of an Earth's satellite using the gravity of the Moon....
Presented at AIAA SciTech Forum 2023Operations in cislunar space are expected to greatly increase ov...
One of the paramount stepping stones towards NASA's long-term goal of undertaking human missions to ...
The objective of the present study is to analyze the evolution of low lunar orbits under the gravit...
The Moon is becoming an increasingly relevant location for scientific, exploration, commercial, and ...
LUNIK X orbit studied to determine lunar gravitational field, taking into account effect of other pl...
Lunisat represents a next-generation microsatellite aimed at orbiting the Moon, and equipped with di...
In this paper, we have investigated a region of direct stable orbits around the Moon, whose stabilit...
Abstract: Lunar Gravity Assist (LGA) allows us to change a spacecraft (SC) orbit using the...
The objective of the present study is to hold a preliminary analysis and design of a lunar global sa...
The gravitational anomalies of the Moon have never been completely mapped; in particular, those on t...
In this paper, a study is made in the problem of the orbital control of an Earth´s satellite using t...
Knowledge of the gravitation field, in combination with surface topography, provides one of the prin...
In the past ten years the Moon has come fully back into focus, resulting in missions such as Clement...
© SGEM2017 All Rights Reserved. Numerous space agencies and powers have announced their plans on lun...
We analyze the problem of the orbital control of an Earth's satellite using the gravity of the Moon....
Presented at AIAA SciTech Forum 2023Operations in cislunar space are expected to greatly increase ov...
One of the paramount stepping stones towards NASA's long-term goal of undertaking human missions to ...