Editing Ultraviolet astronomy (section)

==Ultraviolet space telescopes==
[[File:M101 UIT.gif|thumb|Astro 2 UIT captures [[Pinwheel Galaxy|M101]] with ultraviolet shown in purple]]
*{{flagicon|United States}} - [[Far Ultraviolet Camera/Spectrograph]] on [[Apollo 16]] (April 1972)
*{{flagicon|United States}} + [[ESRO]] - [[TD-1A]] (135-286&nbsp;nm; 1972–1974)
*{{flagicon|United States}} - [[Orbiting Astronomical Observatory]] (#2:1968-73. #3:1972-1981)
*{{flagicon|Soviet Union}} - [[Orion 1 and Orion 2 Space Observatories]] (#1: 200-380&nbsp;nm, 1971; #2: 200-300&nbsp;nm, 1973)
*{{flagicon|United States}} + {{flagicon|Netherlands}} - [[Astronomical Netherlands Satellite]] (150-330&nbsp;nm, 1974–1976)
*{{flagicon|United States}} + {{flagicon|European Union}} - [[International Ultraviolet Explorer]] (115-320&nbsp;nm, 1978–1996)
*{{flagicon|Soviet Union}} - [[Astron (spacecraft)|Astron-1]] (150-350&nbsp;nm, 1983–1989)
*{{flagicon|Soviet Union}} - Glazar 1 and 2 on [[Mir]] (in [[Kvant-1]], 1987–2001)
*{{flagicon|United States}} - [[FAUST (telescope)|FAUST]] (140-180 nm, in ATLAS-1 [[Spacelab]] aboard [[STS-45]] mission, March 1992)<ref>{{cite journal |author=Lampton, M., Sasseen, T. P., Wu, X., & Bowyer, S.|date=1993 |title=A study of the impact of the space shuttle environment on faint far-UV geophysical and astronomical phenomena |url= |journal=Geophysical Research Letters |volume= 20|issue=6 |pages=539–542|bibcode=1993GeoRL..20..539L |doi= 10.1029/93GL00093}}</ref>
*{{flagicon|United States}} - [[Extreme Ultraviolet Explorer|EUVE]] (7-76&nbsp;nm, 1992–2001)
*{{flagicon|United States}} - [[Far Ultraviolet Spectroscopic Explorer|FUSE]] (90.5-119.5&nbsp;nm, 1999–2007)
*{{flagicon|United States}} + {{flagicon|European Union}} - [[Extreme ultraviolet Imaging Telescope]] (on [[Solar and Heliospheric Observatory|SOHO]] imaging Sun at 17.1, 19.5, 28.4, and 30.4&nbsp;nm)
*{{flagicon|United States}} + {{flagicon|European Union}} - [[Hubble Space Telescope]] (various 115-800&nbsp;nm,1990-1997-) ([[Space Telescope Imaging Spectrograph|STIS]] 115–1030&nbsp;nm, 1997–) ([[Wide Field Camera 3|WFC3]] 200-1700&nbsp;nm, 2009–)
*{{flagicon|United States}} - [[Swift Gamma-Ray Burst Mission]] (170–650&nbsp;nm, 2004- )
*{{flagicon|United States}} - [[Hopkins Ultraviolet Telescope]] (flew in 1990 and 1995)
*{{flagicon|Germany}} - [[ROSAT]] XUV<ref>[http://iraf.noao.edu/iraf/ftp/iraf/conf/web/adass_proc/adass_95/staubertr/staubertr.html R. Staubert, H. Brunner,1 H.-C. Kreysing - The German ROSAT XUV Data Center and a ROSAT XUV Pointed Phase Source Catalogue (1996)]</ref> (17-210eV) (30-6&nbsp;nm, 1990–1999)
*{{flagicon|United States}} - [[Far Ultraviolet Spectroscopic Explorer]] (90.5-119.5 nm, 1999–2007)
*{{flagicon|United States}} - [[GALEX|Galaxy Evolution Explorer]] (135–280&nbsp;nm, 2003–2012)
*{{flagicon|Japan}} - [[Hisaki (satellite)|Hisaki]]  (130-530&nbsp;nm, 2013 - 2023)
*{{flagicon|China}} - [[Chang'e 3#Lunar-based ultraviolet telescope (LUT)|Lunar-based ultraviolet telescope (LUT)]]  (on [[Chang'e 3]] lunar lander, 245-340 &nbsp;nm, 2013 -)
*{{flagicon|India}} - [[Astrosat]]  (130-530&nbsp;nm, 2015 -)
*{{flagicon|United States}} - [[Colorado Ultraviolet Transit Experiment]] - (255-330 nm spectrograph, 2021- )
*{{flagicon|European Union}} - [[PROBA-3]] (CUTE) - (530-588 nm coronagraph, 2024- )
*{{flagicon|Germany}} - Public Telescope (PST)<ref>[http://www.spektrum.de/news/ein-privates-weltraumteleskope-fuer-amateure-und-profis/1352064 Ein privates Weltraumteleskope für Amateure und Profis] Spektrum DE. June 2015</ref> (100-180&nbsp;nm, Proposed 2015, EU funded study )
*{{flagicon|United States}} - Viewpoint-1 SpaceFab.US (200-950&nbsp;nm, Launch planned 2022)<ref>{{Cite web|url=http://www.spacefab.us/space-telescopes.html|title = Space Telescopes}}</ref>

See also [[List of space telescopes#Ultraviolet|List of ultraviolet space telescopes]]