... Calculated orbits of the spacecrafts are 1000 and 500 km, correspondingly. ... Due to high inclination of the orbits the satellites will cross all the main ... The circular polar orbits, which cover all the near-Earth space, are the most ...
... Observation behind of spherical objects orbits (their slowdown is a known way of ... access to the process of measurements in orbit; - Improvement of quality of student ...
... satellite motion in space, Kepler orbits, and computational techniques involved in ... applicable formulae for a satellite orbit calculation, description of reference ...
... Modem installed on BAUMANETS satellite will be operated on near-polar orbit with altitude of ~ 500 km. ... which will be conducted if possible, information coming from the modem will be used to define orbit parameters of the satellite ...
... Proposed orbit of the nanosatellite is polar and circular, the altitude is up to 450 km. ... Such an orbit will allow to cover all the Earth s surface and intersections of the main morphological regions of ionosphere ...
... Especially sharply given problem is shown on geostationary satellites which are in a high orbit long time. ... on S/C "Foton-M" #2, with parameters: height of an orbit - 300 km, duration of flight - 14 days, have been established 4 ...
... of solar-terrestrial relationship system, and its flux monitoring at orbit of the Earth allows to decide a whole series of ... Sun, because the time of measurements are ~ 3 min and 60 min correspondingly from hour and a half orbits of these satellites ...
... orbit, in 2005 the height was significantly lower, about 350 km, an inclination of 82.5 degrees) and Universitetskiy-Tatyana the first Space Scientific and Education mikrosatellite of the Lomonosov Moscow State University (started on January, 20th, 2005 ...