Rational schemes of controlled motion of space tether systemsThe article deals with the prospective trends of practical use of
orbital tether systems
Low-energy lunar transfer design using high- and low-thrust on ballistic capture trajectories) to the Moon into a ballistic capture
orbit within the ephemeris model of four-bodies, including: Earth, Moon
Orbital order parameter in La0.95Sr0.05MnO 3 probed by electron spin resonance investigated and analyzed in the paramagnetic regime across the
orbital ordering transition. From
Optimal formation and replenishment of lunar satellite constellations. It is supposed that the
orbital inclination was formed during the transfer to the
orbit around the Moon
The binary star θ1Ori C: Orbital elements, evolutionary parameters and chemical composition a methodical approach for the spectroscopic study of the
orbital motions of both components