AkebonoNames | EXOS-D |
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Mission type | Earth observation |
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Operator | ISAS · University of Tokyo |
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COSPAR ID | 1989-016A |
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SATCAT no. | 19822 |
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Mission duration | Final: 26 years, 2 months, 1 day |
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Launch mass | 294 kg (648 lb) |
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Launch date | 21 February 1989, 23:30 (1989-02-21UTC23:30) UTC |
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Rocket | M-3SII, mission M-3SII-1 |
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Launch site | Uchinoura Space Center, Japan |
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Disposal | Decommissioned |
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Deactivated | 23 April 2015 |
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Decay date | 26 November 2024[1] |
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Reference system | Geocentric |
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Regime | Low Earth |
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Eccentricity | 0.36552 |
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Perigee altitude | 300 km (190 mi) |
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Apogee altitude | 8,000 km (5,000 mi) |
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Inclination | 75° |
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Epoch | 20 February 1989, 19:00 UTC |
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Instruments |
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EFD | Electric Field Detectors |
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MGF | Magnetic Field Detector |
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VLF | Very Low Frequency Wave Detectors |
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PWS | Stimulated Plasma Wave and High Frequency Plasma Wave Detectors |
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LEP | Low Energy Particle Detectors |
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SMS | Suprathermal Ion Mass Spectrometer |
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TED | Velocity Distribution of Thermal Electrons |
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ATV | Visible and UV Auroral Television |
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Akebono (known as EXOS-D before launch) is a satellite to study aurora and Earth's magnetosphere environment.
It was developed by Institute of Space and Astronautical Science and launched by M-3SII rocket on February 21, 1989.
After 26 years of successful observation, operation was terminated on April 23, 2015, due to the degradation of solar cells and the decay of orbit.[2]
See also
Notes
External links
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- Italics indicates projects in development.
- Symbol † indicates failed projects.
Strikethrough lines indicate cancelled projects.
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National space agencies | |
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Joint development partners | |
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Engineering tests |
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Past | |
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Active | |
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Future |
- BEAK
- ETS-IX
- G-SATELLITE
- SERVIS-3
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January |
- Kosmos 1987, Kosmos 1988, Kosmos 1989
- Kosmos 1990
- Kosmos 1991
- Gorizont No.29L
- Kosmos 1992
- Intelsat VA F-15
- Kosmos 1993
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February |
- Progress 40
- Kosmos 1994, Kosmos 1995, Kosmos 1996, Kosmos 1997, Kosmos 1998, Kosmos 1999
- Kosmos 2000
- Kosmos 2001
- Kosmos 2002
- USA-35
- Molniya-1 No.84
- Kosmos 2003
- Kosmos 2004
- Meteor-2 No.22
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March |
- Kosmos 2005
- JCSAT-1, Meteosat 4
- STS-29 (TDRS-4)
- Kosmos 2006
- Progress 41
- Kosmos 2007
- Kosmos 2008, Kosmos 2009, Kosmos 2010, Kosmos 2011, Kosmos 2012, Kosmos 2013, Kosmos 2014, Kosmos 2015
- USA-36
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April |
- Tele-X
- Kosmos 2016
- Kosmos 2017
- Gran' No.33L
- Kosmos 2018
- Foton No.5L
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May |
- STS-30 (Magellan)
- Kosmos 2019
- USA-37
- Kosmos 2020
- Kosmos 2021
- Resurs-F1 No.45, Pion 1, Pion 2
- Kosmos 2022, Kosmos 2023, Kosmos 2024
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June |
- Kosmos 2025
- Superbird-A, DFS Kopernikus 1
- Kosmos 2026
- Molniya-3 No.45
- Okean-O1 No.4
- USA-38
- Kosmos 2027
- USA-39
- Kosmos 2028
- Globus No.11
- Resurs-F1 No.46
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July |
- Nadezhda No.403
- Kosmos 2029
- Gorizont No.27L
- Olympus F1
- Kosmos 2030
- Resurs-F1 No.47, Pion 3, Pion 4
- Kosmos 2031
- Kosmos 2032
- Kosmos 2033
- Kosmos 2034
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August | |
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September |
- USA-43, USA-44
- Himawari 4
- Soyuz TM-8
- USA-45
- Resurs-F1 No.48
- Kosmos 2038, Kosmos 2039, Kosmos 2040, Kosmos 2041, Kosmos 2042, Kosmos 2043
- Kosmos 2044
- Kosmos 2045
- USA-46
- Molniya-1 No.69
- Kosmos 2046
- Interkosmos 24, Magion 2
- Gorizont No.31L
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October | |
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November | |
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December | |
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Launches are separated by dots ( • ), payloads by commas ( , ), multiple names for the same satellite by slashes ( / ). Crewed flights are underlined. Launch failures are marked with the † sign. Payloads deployed from other spacecraft are (enclosed in parentheses). |