A space tethered system used as an atmospheric braking device for deorbiting small satellites from low orbits is considered. A simplified mathematical model of a small space tethered system that takes into account aerodynamic drag of the upper layers of the atmosphere and tether mass has been developed. A mathematical tool of dynamic systems qualitative theory and bifurcation theory is used for the given model analysis. The feasible modes of tethered system motion during descent in the upper layers of the atmosphere are defined. The most rational mode of tethered system is singled out relying on the stated efficiency factors. Based on CubeSat-Type spacecraft, the application of different tethered system design options have been reviewed. Te...
Designing of a small satellite based on the Satellite Design Contest is progressing in Kyushu Univer...
An analytical comparison of four technologies for deorbiting spacecraft from Low-Earth-Orbit at end ...
Abstract: The well-known mathematical model of an orbital tether system treats the tether ...
A space tethered system used as an atmospheric braking device for deorbiting small satellites from l...
The space tether system under consideration consists of two rigid bodies with significantly differe...
A tethered satellite system consists of two or more orbiting satellites linked together by a tether ...
The need to limit the population of artificial debris in near-Earth space motivates the development ...
Guidelines for space debris mitigation call for a 25-year limit on the permanence in low Earth orbit...
Tethered Satellite Systems (TSS) has been an ongoing project around the world for many decades. This...
none4The need to limit the population of artificial debris in the near-Earth space motivates the dev...
The Terminator Tetherª is a lightweight, low-cost device that will use electrodynamic drag generated...
The need to limit the population of artificial debris in the near-Earth space motivates the developm...
The need to limit the population of artificial debris in the near-Earth space motivates the developm...
Abstract - The increase of orbital debris and the consequent proliferation of smaller objects throug...
Abstract - The increase of orbital debris and the consequent proliferation of smaller objects throug...
Designing of a small satellite based on the Satellite Design Contest is progressing in Kyushu Univer...
An analytical comparison of four technologies for deorbiting spacecraft from Low-Earth-Orbit at end ...
Abstract: The well-known mathematical model of an orbital tether system treats the tether ...
A space tethered system used as an atmospheric braking device for deorbiting small satellites from l...
The space tether system under consideration consists of two rigid bodies with significantly differe...
A tethered satellite system consists of two or more orbiting satellites linked together by a tether ...
The need to limit the population of artificial debris in near-Earth space motivates the development ...
Guidelines for space debris mitigation call for a 25-year limit on the permanence in low Earth orbit...
Tethered Satellite Systems (TSS) has been an ongoing project around the world for many decades. This...
none4The need to limit the population of artificial debris in the near-Earth space motivates the dev...
The Terminator Tetherª is a lightweight, low-cost device that will use electrodynamic drag generated...
The need to limit the population of artificial debris in the near-Earth space motivates the developm...
The need to limit the population of artificial debris in the near-Earth space motivates the developm...
Abstract - The increase of orbital debris and the consequent proliferation of smaller objects throug...
Abstract - The increase of orbital debris and the consequent proliferation of smaller objects throug...
Designing of a small satellite based on the Satellite Design Contest is progressing in Kyushu Univer...
An analytical comparison of four technologies for deorbiting spacecraft from Low-Earth-Orbit at end ...
Abstract: The well-known mathematical model of an orbital tether system treats the tether ...
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