Orbit debris mitigation restrictions placed on the growing number of miniaturised spacecraft
often constrain their operational altitudes to less than approximately 600km where drag …

To obtain significant drag from a magnetic sail, it is necessary to generate a large magnetic
moment. However, even with superconducting coils, a coil radius of several kilometers is …

The dynamic interaction of a “magnetized” sphere (a sphere with a magnetic field source)
with a hypersonic rarefied plasma flow was studied experimentally to model the interaction …

As concerns over space debris in the Low Earth orbit (LEO) intensify, deorbit strategies for
small satellites becomes evident because many lack an effective deorbit mechanism. After …

In contrast to single-coil magnetic sails, multicoil magnetic sails do not require active attitude
control and can retain a large drag force without increasing their power consumption by …

A magnetic sail is a propellantless propulsion system that has great potential in long-term
space travel. It utilizes the interaction between the solar wind and the magnetic field …

The new combined method for spacecraft deorbiting is proposed in the paper. This method
is based on the simultaneous use of propulsion system and deorbit flat sail element which is …

Пошук оптимальних рішень при розробці та створенні засобів відведення космічних
апаратів з навколоземних робочих орбіт є ключовим завданням в рамках вирішення …

A search for optimal solutions in the development and making of means for spacecraft
removal from near-Earth operational orbits is the key problem in the solution of the global …

The features of the flow around and the dynamic interaction of a magnetized sphere with a
hypersonic flow of a rarefied plasma are studied via physical simulation. The dependences …