... GRANAT is the Russian x-ray sattelite launched to the high apogee orbit (200,000 km) and operated almost for 10 years (1989 -1999) , carrying out four major instruments: French SIGMA coded-mask hard x-ray telescope (30-1000 keV), Soviet ART-P coded-mask ...
... GRANAT is the Russian x-ray sattelite launched to the high apogee orbit (200,000 km) and operated almost for 10 years (1989 -1999) , carrying out four major instruments: French SIGMA coded-mask hard x-ray telescope (30-1000 keV), Soviet ART-P coded-mask ...
... GRANAT is the Russian x-ray sattelite launched to the high apogee orbit (200,000 km) and operated almost for 10 years (1989 -1999) , carrying out four major instruments: French SIGMA coded-mask hard x-ray telescope (30-1000 keV), Soviet ART-P coded-mask ...
... options (high and low apogee orbits) for modified SXG. high apogee orbit In the ... 600 km; inclination 29њ); and - High-apogee orbit (apogee 163 000 km or 200 000 km ...
... The PROTON launcher injected the satellite into a transfer orbit and INTEGRAL's own propulsion system brought the satellite into its 72 hours eccentric operational orbit with an apogee of 153600 km and an inclination of 52.5 degrees. ...
... In Autumn 2002 the main matrix was AP47p by Apogee Instruments with CFW-8 system of filters ( photo 2 ), the guiding one having been the ST-8E matrix from Santa Barbara Imaging Group ( photo 3 ). ...
... Основной матрицей осенью 2002 года была AP47p фирмы Apogee Instruments с системой фильтров CFW-8 ( фото 2 ), гидирующей матрицей служит ST-8E фирмы Santa Barbara Imaging Group ( фото 3 ). ...
... The PROTON launcher injected the satellite into a transfer orbit and INTEGRAL's own propulsion system brought the satellite into its 72 hours eccentric operational orbit with an apogee of 153600 km and an inclination of 52.5 degrees. ...
... tionary orbit, as well as to launch scientific spacecrafts into high apogee orbits (Soviet orbital observatories ASTRON, GRANAT ... The final orbit of INTEGRAL has a perigee of 9300 km, the apogee 153000 km, and the orbital period 72 hours. ...
... This extensive campaign of about 70 blazars was carried out during five years in BVRI bands and later on mainly in R band using 70-cm meniscus (f/3, SBIG ST6 and Apogee Ap6E) and 125-cm Ritchey-Chretien (f/13, Apogee Ap6E) telescopes. ...