Cojocari, Ion Meier, Matthias Laurent, Philippe Laviron, Adrien Arrigucci, Marco Carminati, Marco Deda, Griseld Fiorini, Carlo Geigenberger, Katrin Glas, Cynthia
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ComPol is a proposed CubeSat mission dedicated to long-term study of gamma-ray polarisation of astrophysical objects. Besides spectral and timing measurements, polarisation analysis can be a powerful tool in constraining current models of the geometry, magnetic field structure and acceleration mechanisms of different astrophysical sources. The ComP...
Martins, Ramon Herrero
TCC (graduação) - Universidade Federal de Santa Catarina, Campus Joinville, Engenharia Mecatrônica. / Este trabalho apresenta a montagem e testes da FlatSat2 que será utilizada para validar os módulos que compõem o satélite FloripaSat2 e futuros projetos envolvendo Cubesats. Tal plataforma tem o propósito de avaliar e prever eventuais comportamento...
Pienta, Paola Nichele
TCC (graduação) - Universidade Federal de Santa Catarina, Campus Joinville, Engenharia Aeroespacial. / O controle térmico de um satélite deve garantir que as temperaturas dos componentes internos fiquem dentro dos patamares estipulados pelo fornecedor, no entanto, por se tratar de CubeSats, há um empecilho relacionado ao tamanho do satélite, que im...
Oikonomidou, Xanthi Karagiannis, Eleftherios Still, Dominik Strasser, Florian Firmbach, Felix S. Hettwer, Jonathan Schweinfurth, Allan G. Pucknus, Paul Menekay, Deniz You, Tianyi
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Published in
Frontiers in Space Technologies
The Munich Orbital Verification Experiment (MOVE) is a CubeSat student project housed at the Scientific Workgroup for Rocketry and Spaceflight at the Technical University of Munich. MOVE-III is the fourth CubeSat under development, and the first 6U mission of the MOVE project that will carry a dedicated scientific payload in orbit. The mission aims...
Dunbar, Sean (author)
In recent years an exciting new era of space exploration has begun with the advent of the beyond Earth orbit CubeSat (BEOC) missions. However, utilizing the CubeSat platform for such missions gives rise to a series of significant technological challenges. Fortunately, the field of inflatable space structures offers some tantalizing solutions to the...
Lay, Kenjiro S Li, Lingqi Okutsu, Masataka
Published in
HardwareX
CubeSats were conceived with an aim to provide students with hands-on, design, build, and test experiences on spacecraft. Many education-class CubeSats keep the cost of the projects low with the use of commercial off-the-shelf (COTS) products. But using parts not designed for space missions often means a compromise in performance (e.g., low sensor ...
Boing, Miguel
Seminário de Iniciação Científica e Tecnológica - Universidade Federal de Santa Catarina. CTC. Engenharia Eletrônica. / A indústria de satélites é extremamente importante para a vida moderna. Um de seus principais problemas são os alto custos envolvidos tanto para desenvolvimento quanto para lançamento. Visando resolver este problema, surgem os Cub...
CAPOVILLA, GIORGIO
L'abstract è presente nell'allegato / the abstract is in the attachment
Medeiros, Lucas Zacchi de
TCC(graduação) - Universidade Federal de Santa Catarina. Centro Tecnológico. Ciências da Computação. / Satélites artificiais são projetos que demandam níveis elevados de confiabilidade de seus módulos. Apesar de alguns projetos permitirem atualizações posteriores de firmware e programas, são raros os casos onde é possível revisar e corrigir hard- w...
Maxime, Dumont Carlos, Correia Jean-François, Sauvage Noah, Schwartz Morgan, Gray Olivier, Beltramo-Martin Jaime, Cardoso
For space-based Earth Observations and solar system observations, obtaining both high revisit rates (using a constellation of small platforms) and high angular resolution (using large optics and therefore a large platform) is an asset for many applications. Unfortunately, they prevent the occurrence of each other. A deployable satellite concept has...