Miniaturised satellites have brought about a new generation of space missions, allowing research groups to conduct affordable experiments and commercially operate in communications, reconnaissance, and imaging applications in Low Earth Orbit, as well as deep space missions. Yet so far, the propulsion systems required to manoeuvre these spacecraft have widely relied upon highly toxic propellants, which are likely to be legally regulated in the near future.

MIMPS-G Green rocket propulsion for miniature satellites / Nosseir, Ahmed E. S.; Cervone, Angelo; Pasini, Angelo. - 141(2022). [10.26904/rf-141-2648735759]

MIMPS-G Green rocket propulsion for miniature satellites

Ahmed E. S. NOSSEIR
;
2022-01-01

Abstract

Miniaturised satellites have brought about a new generation of space missions, allowing research groups to conduct affordable experiments and commercially operate in communications, reconnaissance, and imaging applications in Low Earth Orbit, as well as deep space missions. Yet so far, the propulsion systems required to manoeuvre these spacecraft have widely relied upon highly toxic propellants, which are likely to be legally regulated in the near future.
2022
UK
Research Features
MIMPS-G Green rocket propulsion for miniature satellites / Nosseir, Ahmed E. S.; Cervone, Angelo; Pasini, Angelo. - 141(2022). [10.26904/rf-141-2648735759]
Nosseir, Ahmed E. S.; Cervone, Angelo; Pasini, Angelo
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11572/422150
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