Design and Analysis of Circular-Polarized Patch Antenna at S-band for a Nanosatellite. The developed antenna is suitable for the installation on a
Nanosatellite or CubeSat, which are usually
Modeling a Nanosatellite’s Angular Motion Damping Using a Hysteresis PlateAbstract: The angular motion of a CubeSat-type
nanosatellite with a passive magnetic attitude
Modeling of a nanosatellite angular motion damping using hysteresis plateMathematical modeling of the angular motion of a CubeSat type
nanosatellite with a passive magnetic
Case On Nanosatellite Incident: US Federal Communications Commission v. Swarm Technologies Inc.Case On
Nanosatellite Incident: US Federal Communications Commission v. Swarm Technologies Inc.
Modeling the damping of the angular motion of a nanosatellite using a hysteresis plateSummary: "Mathematical modeling of the angular motion of a CubeSat type
nanosatellite with a
Development of Engineering Models of Nanosatellites for Student TrainingEvchik, V. Е.,
Spiridonov, A. A.,
Ushakov, D. V.,
Baranova, V. S.,
Shalatonin, I. A.,
Saechnikov, V. A. of
nanosatellite engineering models and ground stations had developed. They allow testing hardware and software
ЧТО ТАКОЕ AZTECHSAT-1?The development of
nanosatellites has become a topic of interest in recent decades in the area