FLAMINGOS-2

E83733

FLAMINGOS-2 is a near-infrared imaging and multi-object spectrograph used on large telescopes for detailed observations of faint and distant astronomical objects.

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Predicate Object
instanceOf astronomical spectrograph
cryogenic instrument
imaging camera
multi-object spectrograph
near-infrared instrument
abbreviationOf FLoridA Multi-object Imaging Near-Infrared Grism Observational Spectrometer 2
collaboratingInstitution Gemini Observatory
commissionedOn Gemini South Observatory
surface form: Gemini South
dataProduct calibrated near-infrared images
near-infrared spectra
designedFor use on 8-meter class telescopes
detectorFormat 2048 x 2048 pixels
detectorType HgCdTe infrared array
developedBy University of Florida NERFINISHED
fieldOfView approximately 6.1 arcminutes by 6.1 arcminutes
fullName FLoridA Multi-object Imaging Near-Infrared Grism Observational Spectrometer 2
hasComponent cryogenic dewar
filter wheel
grism wheel
multi-object slit mask unit
hasMode imaging mode
long-slit spectroscopy mode
multi-object spectroscopy mode
hemisphere Southern Hemisphere
hostTelescopeAperture 8.1 meters
locatedAt Cerro Pachón
surface form: Cerro Pachón, Chile
observatory Gemini Observatory
operatesAtWavelengthRange near-infrared
optimizedFor faint source sensitivity
wide-field coverage in the near-infrared
pixelScale approximately 0.18 arcseconds per pixel
predecessor FLAMINGOS
scienceGoals study of active galactic nuclei
study of brown dwarfs
study of high-redshift galaxies
study of star-forming regions
study of stellar clusters
study of supernovae and transients in the infrared
study of the Galactic Center
spectralResolution up to a few thousand
supports classical observing runs
queue-scheduled observations
telescope Gemini South Observatory
surface form: Gemini South Telescope
usedBy international astronomical community
usedFor multi-object spectroscopy
near-infrared imaging
spectroscopic follow-up of survey targets
spectroscopy of distant astronomical objects
spectroscopy of faint astronomical objects
wide-field near-infrared imaging surveys
wavelengthCoverage approximately 0.9 to 2.4 microns

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