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| physical object > artifact > device > instrument > artificial satellite > space telescope > optical space telescope > Hubble Space Telescope |
| Hubble Space Telescope (HST, HST) | ||||
| subject | fact | |||
| Hubble Space Telescope | has mounting manufacturer Lockheed | ![]() |
| has mounting 3-axis-stabilized spacecraft | ![]() | |
| has mirror maker Perkin Elmer | ![]() | |
| has mirror type Corning ULE glass | ![]() | |
| has elliptical orbit 500 km altitude, 35 degree inclination | ![]() | |
| has reference Hubble Space Telescope from CADC | ![]() | |
| has angular resolving power 0.05 arcseconds | ![]() | |
| has effective diameter 2.1 meters | ![]() | |
| has aperture 2.4 m | ![]() | |
| has focal ratio f/12.9, 30, 48, 96 | ![]() | |
| has launch date 1986 | ![]() | |
| has acronym HST | ![]() | |
| has acronym HST | ![]() | |
| has owner Space Telescope Science Institute | ![]() | |
| has creation date 1981 | ![]() | |
| has creation date 1990 | ![]() | |
| orbits Earth | ![]() | |
| has location Earth orbit | ![]() | |
| has definition Hubble Space Telescope. A space-based reflecting telescope with a primary mirror diameter of 2.4 m (94 in) capable of high-resolution imaging from the far ultraviolet to the near infrared. A joint NASA/ESA mission. Launched in 1990 with a planned lifetime of 15 years. Encountered reduced performance when the mirror was found to have spherical aberration. Solved by the installation of corrective optics (COSTAR) in 1994. | ![]() | |
| is an instance of optical space telescope | ![]() | |
| is an instance of naked eye object | ![]() | |
| is an instance of Ritchey-Chrétien | ![]() | |
| is an instance of optical telescope | ![]() | |
| Ritchey-Chrétien | has secondary mirror shape convex hyperboloid | ![]() |
| has primary mirror shape concave hyperboloid | ![]() | |
| has optical design Ritchey-Chrétien | ![]() | |
| optical telescope | has optical design | ![]() |
| optical space telescope | has wavelength sensitivity 300 to 1000 nanometers | ![]() |
| reflector | has mirror diameter equal to aperture (except for Schmidt which has aperture smaller than mirror diameter) | ![]() |
| physical object | has angular momentum | ![]() |
| has mass | ![]() | |
| has velocity | ![]() | |
| has momentum | ![]() | |
| has temperature | ![]() | |
| has volume | ![]() | |
| has extent | ![]() | |
| has material | ![]() | |
| telescope | has operator | ![]() |
| has purpose observe celestial objects | ![]() | |
| artificial satellite | has attitude control | ![]() |
| has ground communication station | ![]() | |
| can have orbit decay date | ![]() | |
| has launch vehicle | ![]() | |
| has launch location | ![]() | |
| satellite | has approximately elliptical orbit | ![]() |
| has orbital period | ![]() | |
| has orbital inclination | ![]() | |
| artifact | has creator | ![]() |
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