A technique for the complex analysis of the characteristics of orbits used for space vehicles for remote sensing of the Earth (RSE), taking into account their trajectory, is proposed. The results of mathematical modeling of the operating conditions of such devices are presented. The technique is tested taking into account the input parameters of the orbit of the BelKA spacecraft. The technique will be useful in choosing of complex orbital characteristics for RSE spacecraft at the stage of technical proposals
Development of a tool that predicts the orbital parameters of a satellite from an initial state vect...
The objects of the research are the objects of monitoring of groups of troops (forces). The relevanc...
The Space Surveillance Network detects and registers Earth-orbiting man-made objects of a size large...
Earth observing systems are evaluated by performance parameters including area coverage and observat...
The aim is to create the theory, method, computing program for planning and scientific provision of ...
The success of a satellites mission is largely depended upon the choice of an appropriate orbit. In ...
The trajectory analysis of a celestial object orbiting another body is the basis for all other, more...
In general, motion of orbital objects is following the Kepler\u27s law, and an orbit determination s...
A study of autonomous orbit control of remote sensing spacecraft using a spaceborne GPS receiver has...
The orbital motion of the artificial earth satellites has been studied. The aim is to develop and mo...
The research presented in this thesis concerns the determination of the orbits of the main satellite...
At present, the expansion of the orbital constellation of Earth remote sensing satellites cont...
© 2020 Space Research Institute of the Russian Academy of Sciences. All rights reserved. An approach...
The objective of this project is to propose a passive method for orbit determination (OD) of GEO obj...
Abstract: We describe the refinement of the geomagnetic perturbation index Kpby processing...
Development of a tool that predicts the orbital parameters of a satellite from an initial state vect...
The objects of the research are the objects of monitoring of groups of troops (forces). The relevanc...
The Space Surveillance Network detects and registers Earth-orbiting man-made objects of a size large...
Earth observing systems are evaluated by performance parameters including area coverage and observat...
The aim is to create the theory, method, computing program for planning and scientific provision of ...
The success of a satellites mission is largely depended upon the choice of an appropriate orbit. In ...
The trajectory analysis of a celestial object orbiting another body is the basis for all other, more...
In general, motion of orbital objects is following the Kepler\u27s law, and an orbit determination s...
A study of autonomous orbit control of remote sensing spacecraft using a spaceborne GPS receiver has...
The orbital motion of the artificial earth satellites has been studied. The aim is to develop and mo...
The research presented in this thesis concerns the determination of the orbits of the main satellite...
At present, the expansion of the orbital constellation of Earth remote sensing satellites cont...
© 2020 Space Research Institute of the Russian Academy of Sciences. All rights reserved. An approach...
The objective of this project is to propose a passive method for orbit determination (OD) of GEO obj...
Abstract: We describe the refinement of the geomagnetic perturbation index Kpby processing...
Development of a tool that predicts the orbital parameters of a satellite from an initial state vect...
The objects of the research are the objects of monitoring of groups of troops (forces). The relevanc...
The Space Surveillance Network detects and registers Earth-orbiting man-made objects of a size large...