Suzaku

E384065

Suzaku was a Japanese X-ray astronomy satellite, developed in collaboration with NASA, that studied high-energy phenomena such as black holes, supernova remnants, and galaxy clusters.

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All labels observed (1)

Label Occurrences
Suzaku canonical 4

Statements (49)

Predicate Object
instanceOf X-ray astronomy satellite
artificial satellite
space telescope
alternativeName ASTRO-EII
Suzaku (ASTRO-E2)
surface form: Astro-E2
collaboration Japan–United States space cooperation
countryOfOrigin Japan
decommissioned 2015
developer Japan Aerospace Exploration Agency
NASA
endOfOperations 2015
followedBy Hitomi
inclination 31 degrees
launchCountry Japan
launchDate 2005-07-10
launchSite Uchinoura Space Center
launchVehicle M-V rocket
surface form: M-V-6 rocket
mass approximately 1700 kilograms
missionType X-ray astronomy
space observatory
namedAfter Suzaku (vermilion bird of the south in Japanese mythology)
notableResult broadband X-ray observations of active galactic nuclei
constraints on non-thermal emission in galaxy clusters
high-resolution X-ray spectra of galaxy clusters
measurements of chemical abundances in the intracluster medium
studies of supernova remnant shock physics
operator Japan Aerospace Exploration Agency
NASA
orbitalPeriod 96 minutes
orbitType low Earth orbit
partOfProgram Hitomi (ASTRO-H)
surface form: Astro series of Japanese X-ray astronomy satellites
precededBy ASTRO-E
primaryInstrument Hard X-ray Detector
X-Ray Telescope
surface form: X-ray Imaging Spectrometer

X-ray Spectrometer
scientificObjective measure X-ray background radiation
perform X-ray spectroscopy of cosmic sources
study high-energy astrophysical phenomena
spaceAgencyPartner Japan Aerospace Exploration Agency
Goddard Space Flight Center
surface form: NASA Goddard Space Flight Center
spacecraftBus Suzaku (ASTRO-E2)
surface form: ASTRO-EII bus
studied X-ray binaries
active galactic nuclei
black holes
galaxy clusters
hot intergalactic medium
supernova remnants
wavelengthRangeObserved hard X-ray band
soft X-ray band

Referenced by (4)

Full triples — surface form annotated when it differs from this entity's canonical label.