This paper aims at investigating the feasibility of gaining complete and continuous coverage of an extended equatorial belt of Mars, under the effects of orbital perturbations. The problem could be solved by considering a minimum number of three probes, which move slightly off the Martian Areostationary Orbit. The proposed configurations allow the achievement of the goal without entailing corrective manoeuvres and presenting only a longitudinal motion with respect to the surface of Mars.
Coverage of Mars by probes slightly off the Areostationary Orbit / Colella, Elena; Ortore, Emiliano; Circi, Christian; Condoleo, Ennio. - In: EARTH MOON AND PLANETS. - ISSN 0167-9295. - STAMPA. - 120:1(2017), pp. 31-39. [10.1007/s11038-017-9504-y]
Coverage of Mars by probes slightly off the Areostationary Orbit
ORTORE, Emiliano;CIRCI, Christian;CONDOLEO, ENNIO
2017
Abstract
This paper aims at investigating the feasibility of gaining complete and continuous coverage of an extended equatorial belt of Mars, under the effects of orbital perturbations. The problem could be solved by considering a minimum number of three probes, which move slightly off the Martian Areostationary Orbit. The proposed configurations allow the achievement of the goal without entailing corrective manoeuvres and presenting only a longitudinal motion with respect to the surface of Mars.File | Dimensione | Formato | |
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