Искусственные спутники Земли практически всегда оснащены системой ориентации
для обеспечения требуемого углового движения вокруг своего центра масс. В связи с …

UNISAT-4 is the fourth educational microsatellite, completely designed and built by students
and professors of the research group GAUSS (Gruppo di Astrodinamica dell'Università degli …

In this paper the uncontrolled motion about the mass center of aerodynamically stabilized
nanosatellite with transformable structure moving along the LEO circular orbit was …

The paper describes the passive magnetic attitude control system developed for the
Swedish nanosatellite MUNIN, its composition, and the results of the mathematical modeling …

Passive magnetic attitude stabilization systems are simple, easy to realize, cheap, and do
not require software development and on-board energy consumption. Owing to these …

This paper presents the results of a spacecraft attitude control system based on magnetic
actuators designed for low Earth orbits. The control system is designed by using a nonlinear …

Technological development gives the opportunity to create ever-smaller scale devices. The
miniaturization trend in many fields of technology has opened new possibilities for space …

An active attitude control system using a novel six-layer electromagnetic embedded printed
magnetorquer for a 3-U nanosatellite is presented in this paper. The proposed design was …

Results of the experimental determination of the parameters of hysteresis rods made of soft
magnetic materials used in passive attitude control systems to damp the perturbed motion of …

The spinning and oscillatory motions of small orbiting satellites can be damped exploiting
the magnetic energy dissipation occurring in onboard soft magnetic strips, cyclically excited …