Filter Profile Service
Carlos Rodrigo
A repository of Filter information for the VO.
 Grant PID2020-112494GBI00 funded by
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Astronomy (7905)Planetary science (616)Earth Obs. (2452)

2MASSAAOADEOSAKARIAkatsukiAlSat1APEXAPOAquaARCHEOPSARGOAstrosatBeijing1Bepi-ColomboBICEP
BLASTBOKBOOMERANGCAHACamerasCassiniCASTORCFHTCHEOPSClementineCMO-SAICOBECOMSContourCorot
COSMOSOMASCSSTCSTARCTIODawnDeepImpactDENISDOTDSCOVREnvisatERBSEROSERSESOEuclid
ExoMarsFengYunFlockFLWOGAIAGALEXGalileoGCOM-CGCPDGeminiGenericGenevaGeoEyeGiottoGOES
GOTOGTCHayabusa2HCTHerschelHimawariHipparcosHSTIAC80IKONOSINGINSATInSightINTIntegral
IRAMIRASIRSIRSFIRTFISOIUEJCMTJPSSJWSTKeckKeplerKOMPSTATKPNOLandsat
LasCumbresLaSillaLBTLCOLICKLiverpoolLMTLROLSSTLYRAMariner10Mars2020MAXIMAMcDMER
MercatorMessengerMeteosatMETOPMEXMiscMKOMMTMOAMOMMOSTMROMSXMTNAOC
NEARNewHorizonsNigeriaSat1NIMBUSNIRTNOAANOAONOTOAFOAJOAN-SPMOAOOdysseyOHPOLIMPO
OSIRIS-REXOSNOVROP200PalomarPAN-STARRSParanalParasolPathfinderPLANCKPleiadesPRIRODAQuickBirdQUIETQUIJOTE
RapidEyeRomanRosettaSALTSAOScorpioSeaStarSeleneSentinelSEOSATSkyMapperSkySatSLOANSMART1SOFIA
SOHOSolarOrbiterSpecialSPECULOOSSPIDERSpitzerSPOTSPTSSOTStardustSTELLASubaruSwiftTAUVEXTCS
TD1TerraTESSTIROS-NTJOTNGTNOTNTTopHatTRMMTYCHOUK-DMCUKIRTVATTVenusExpress
VikingVoyagerWASPWFIRSTWHTWISEWIYNWMAPWorldViewXMMZiYuan

MRO :NASA's Mars Reconnaissance Orbiter blasted off from Cape Canaveral in 2005, on a search for evidence that water persisted on the surface of Mars for a long periods of time. While other Mars missions have shown that water flowed across the surface in Mars' history, it remains a mystery whether water was ever around long enough to provide a habitat for life.
MRO/CTX :The Context Camera (CTX) provides a big-picture, background view of the terrain around smaller rock and mineral targets that are studied by other cameras on the Mars Reconnaissance Orbiter.id:MRO/CTX.a

MRO filters:CTXHiRISE

Filter ID λref λmean λeff λmin λmax Weff ZPν ZPλ Obs. Facility Instrument Description
MRO/CTX.600nm_fil5958.016070.905845.814636.707381.752002.113337.142.82e-9MROCTXMRO CTX 600nm band (filter only)
MRO/CTX.600nm6093.596172.566009.274982.537585.121721.823259.542.63e-9MROCTXMRO CTX 600nm band
X
MRO/CTX.600nm
Filter Description

Filter ID (?) :MRO/CTX.600nm
Description (?) :MRO CTX 600nm band
Phot.System (?) :CTX
Detector Type (?) :Photon counter
Band Name (?) :------
Obs. Facility (?) :MRO
Instrument (?) :CTX
Comments (?) :Digitized from Fig. 6 in Bell et al 2013

 
Mathematical properties

Property Calculated Specified Unit
λref (?) : 6093.59 ------- (Angstrom)
λmean (?) : 6172.56 ------- (Angstrom)
λcen (?) : 6121.49 ------- (Angstrom)
λeff (?) : 6009.27 ------- (Angstrom)
λpeak (?) : 6503.45 ------- (Angstrom)
λpivot (?) : 6093.59 ------- (Angstrom)
λphot (?) : 6061.51 ------- (Angstrom)
λmin (?) : 4982.53 ------- (Angstrom)
λmax (?) : 7585.12 ------- (Angstrom)
Weff (?) : 1721.82 ------- (Angstrom)
FWHM (?) : 1897.63 ------- (Angstrom)
Af/AV (?) : 0.893 ------- ()
Fsun (?) : 168.21 ------- (erg/cm2/s/A)

Transmission

Data file: ascii, VOTable

Reference for filter response: Bell et al 2013

Transmission components: Filter + CCD + Instrument + Other optical componentsid:MRO/CTX.600nm

   
Calibration properties

Vega System
PropertySpecified Calculated Unit
Zero Point (?) : ------- 2.63166e-9(erg/cm2/s/A)
  ------- 3259.54(Jy)
ZP Type (?) : Pogson
PhotCal ID (?) : MRO/CTX.600nm/Vega
 

AB System
PropertySpecified Calculated Unit
Zero Point (?) : ------- 2.93157e-9(erg/cm2/s/A)
  ------- 3631.00(Jy)
ZP Type (?) : Pogson
PhotCal ID (?) : MRO/CTX.600nm/AB
 

ST System
PropertySpecified Calculated Unit
Zero Point (?) : ------- 3.631e-9(erg/cm2/s/A)
  ------- 4497.30(Jy)
ZP Type (?) : Pogson
PhotCal ID (?) : MRO/CTX.600nm/ST
 


Filter added: 2020-10-02 21:09:26
Last update: 2021-07-27 20:20:06
 

Filter Plots

© SVO,   (SVO Privacy Policy),   10970 filters available,   Last update: 2023-06-19
 
If your research benefits from the use of the SVO Filter Profile Service, we would appreciate if you could include the following acknowledgement in your publication:

This research has made use of the SVO Filter Profile Service "Carlos Rodrigo", funded by MCIN/AEI/10.13039/501100011033/ through grant PID2020-112949GB-I00

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