Academic & Science
QSO Full Form - What is Full Form of QSO?
What is Meaning of QSO?
QSO full form is Quasi Stationary Orbit
What is Quasi Stationary Orbit?
A quasi stationary orbit is an orbit that almost but not quite a geostationary orbit (GSO). In a quasi stationary orbit a satellite does not hang still relative to Earth, but moves in a complex elliptical trajectory. As seen from the ground, the path of the satellite has the form of a closed intersecting loop, elongated along the horizon, and having angular dimensions of around 30° in azimuth and 5–6° in elevation. Quasi stationary orbits offer a number of advantages for carrying out reconnaissance (spy) tasks, including a large monitoring area and the possibility of taking multiposition bearings on radio emitters to pinpoint their location.
QSOP Full Form - What is Full Form of QSOP?
What is Meaning of QSOP?
QSO full form is Quasi Stationary Orbit
What is Quasi Stationary Orbit?
A quasi stationary orbit is an orbit that almost but not quite a geostationary orbit (GSO). In a quasi stationary orbit a satellite does not hang still relative to Earth, but moves in a complex elliptical trajectory. As seen from the ground, the path of the satellite has the form of a closed intersecting loop, elongated along the horizon, and having angular dimensions of around 30° in azimuth and 5–6° in elevation. Quasi stationary orbits offer a number of advantages for carrying out reconnaissance (spy) tasks, including a large monitoring area and the possibility of taking multiposition bearings on radio emitters to pinpoint their location.
QSO Full Form - What is Full Form of QSO?
What is Meaning of QSO?
QSO full form is Quasi Stationary Orbit
What is Quasi Stationary Orbit?
A quasi stationary orbit is an orbit that almost but not quite a geostationary orbit (GSO). In a quasi stationary orbit a satellite does not hang still relative to Earth, but moves in a complex elliptical trajectory. As seen from the ground, the path of the satellite has the form of a closed intersecting loop, elongated along the horizon, and having angular dimensions of around 30° in azimuth and 5–6° in elevation. Quasi stationary orbits offer a number of advantages for carrying out reconnaissance (spy) tasks, including a large monitoring area and the possibility of taking multiposition bearings on radio emitters to pinpoint their location.