NASA/IPAC EXTRAGALACTIC DATABASE
Date and Time of the Query: 2019-06-19 T18:20:27 PDT
Help | Comment | NED Home

Spectral Energy Distribution (SED) for SSTSL2 J102801.26-435319.6:

10 Data Points
 Click to zoom in at a position of interest (uses a separate window). 
Select zoom factor:  

                Postscript version of the SED plot






  New options   Format tabular data as:


Photometric Data --- Published and Homogenized [Frequency, Flux Density] Units

  Published UnitsHomogenized Units [Frequency, Flux Density]  
No.Observed PassbandMeasurementUncertaintyUnitsFreq (Hz)MeasurementUncertaintyUnitsModeAperture/QualifiersReference CodeNo.
1 3.6 microns (IRAC) 3.5626E+01 +/- 1.0030E+00 microJy 8.44E+13 3.56E-05 +/- 1.00E-06 Jy Broad-band 5.8" aperture 2013SSTSLC4.2....0C 1
2 3.6 microns (IRAC) 1.3151E+01 +/- 5.6467E-01 microJy 8.44E+13 1.32E-05 +/- 5.65E-07 Jy Broad-band 3.8" aperture 2013SSTSLC4.2....0C 2
3 4.5 microns (IRAC) 9.6367E+00 +/- 8.8991E-01 microJy 6.67E+13 9.64E-06 +/- 8.90E-07 Jy Broad-band 3.8" aperture 2013SSTSLC4.2....0C 3
4 4.5 microns (IRAC) 2.2582E+01 +/- 1.5109E+00 microJy 6.67E+13 2.26E-05 +/- 1.51E-06 Jy Broad-band 5.8" aperture 2013SSTSLC4.2....0C 4
5 5.8 microns (IRAC) 8.5732E+01 +/- 3.4159E+00 microJy 5.23E+13 8.57E-05 +/- 3.42E-06 Jy Broad-band 3.8" aperture 2013SSTSLC4.2....0C 5
6 5.8 microns (IRAC) 1.9761E+02 +/- 5.0544E+00 microJy 5.23E+13 1.98E-04 +/- 5.05E-06 Jy Broad-band 5.8" aperture 2013SSTSLC4.2....0C 6
7 8.0 microns (IRAC) 6.2902E+02 +/- 6.4326E+00 microJy 3.81E+13 6.29E-04 +/- 6.43E-06 Jy Broad-band 5.8" aperture 2013SSTSLC4.2....0C 7
8 8.0 microns (IRAC) 2.9202E+02 +/- 4.6730E+00 microJy 3.81E+13 2.92E-04 +/- 4.67E-06 Jy Broad-band 3.8" aperture 2013SSTSLC4.2....0C 8
9 24 microns (MIPS) ... <2.9610E+02 microJy 1.27E+13 < 2.96E-04 Jy Broad-band PSF fit; 3 sigma Upper Limit 2013SSTSLC4.2....0C 9
10 24 microns (MIPS) ... <2.9895E+02 microJy 1.27E+13 < 2.99E-04 Jy Broad-band 14.7" aperture; 3 sigma Upper Limit 2013SSTSLC4.2....0C 10


Detailed Information for Each Entry

 No. 1
Reference Code : 2013SSTSLC4.2....0C
Freq. targeted : 3.6 microns (IRAC)  
Measurement    :  3.5626E+01  microJy              = 3.56E-31 W m^-2^ Hz^-1^
Uncertainty    :  1.0030E+00  microJy              = 1.00E-32
Significance   : uncertainty
Freq or Vel.   : 3.55         microns      (OBS   )= 8.44E+13 Hz
Frequency mode : Broad-band measurement
Coord. targeted:
Spatial mode   : Flux in fixed aperture
Notes          : From new raw data
Qualifiers     : 5.8" aperture                           

No. 2 Reference Code : 2013SSTSLC4.2....0C Freq. targeted : 3.6 microns (IRAC) Measurement : 1.3151E+01 microJy = 1.32E-31 W m^-2^ Hz^-1^ Uncertainty : 5.6467E-01 microJy = 5.65E-33 Significance : uncertainty Freq or Vel. : 3.55 microns (OBS )= 8.44E+13 Hz Frequency mode : Broad-band measurement Coord. targeted: Spatial mode : Flux in fixed aperture Notes : From new raw data Qualifiers : 3.8" aperture
No. 3 Reference Code : 2013SSTSLC4.2....0C Freq. targeted : 4.5 microns (IRAC) Measurement : 9.6367E+00 microJy = 9.64E-32 W m^-2^ Hz^-1^ Uncertainty : 8.8991E-01 microJy = 8.90E-33 Significance : uncertainty Freq or Vel. : 4.493 microns (OBS )= 6.67E+13 Hz Frequency mode : Broad-band measurement Coord. targeted: Spatial mode : Flux in fixed aperture Notes : From new raw data Qualifiers : 3.8" aperture
No. 4 Reference Code : 2013SSTSLC4.2....0C Freq. targeted : 4.5 microns (IRAC) Measurement : 2.2582E+01 microJy = 2.26E-31 W m^-2^ Hz^-1^ Uncertainty : 1.5109E+00 microJy = 1.51E-32 Significance : uncertainty Freq or Vel. : 4.493 microns (OBS )= 6.67E+13 Hz Frequency mode : Broad-band measurement Coord. targeted: Spatial mode : Flux in fixed aperture Notes : From new raw data Qualifiers : 5.8" aperture
No. 5 Reference Code : 2013SSTSLC4.2....0C Freq. targeted : 5.8 microns (IRAC) Measurement : 8.5732E+01 microJy = 8.57E-31 W m^-2^ Hz^-1^ Uncertainty : 3.4159E+00 microJy = 3.42E-32 Significance : uncertainty Freq or Vel. : 5.731 microns (OBS )= 5.23E+13 Hz Frequency mode : Broad-band measurement Coord. targeted: Spatial mode : Flux in fixed aperture Notes : From new raw data Qualifiers : 3.8" aperture
No. 6 Reference Code : 2013SSTSLC4.2....0C Freq. targeted : 5.8 microns (IRAC) Measurement : 1.9761E+02 microJy = 1.98E-30 W m^-2^ Hz^-1^ Uncertainty : 5.0544E+00 microJy = 5.05E-32 Significance : uncertainty Freq or Vel. : 5.731 microns (OBS )= 5.23E+13 Hz Frequency mode : Broad-band measurement Coord. targeted: Spatial mode : Flux in fixed aperture Notes : From new raw data Qualifiers : 5.8" aperture
No. 7 Reference Code : 2013SSTSLC4.2....0C Freq. targeted : 8.0 microns (IRAC) Measurement : 6.2902E+02 microJy = 6.29E-30 W m^-2^ Hz^-1^ Uncertainty : 6.4326E+00 microJy = 6.43E-32 Significance : uncertainty Freq or Vel. : 7.872 microns (OBS )= 3.81E+13 Hz Frequency mode : Broad-band measurement Coord. targeted: Spatial mode : Flux in fixed aperture Notes : From new raw data Qualifiers : 5.8" aperture
No. 8 Reference Code : 2013SSTSLC4.2....0C Freq. targeted : 8.0 microns (IRAC) Measurement : 2.9202E+02 microJy = 2.92E-30 W m^-2^ Hz^-1^ Uncertainty : 4.6730E+00 microJy = 4.67E-32 Significance : uncertainty Freq or Vel. : 7.872 microns (OBS )= 3.81E+13 Hz Frequency mode : Broad-band measurement Coord. targeted: Spatial mode : Flux in fixed aperture Notes : From new raw data Qualifiers : 3.8" aperture
No. 9 Reference Code : 2013SSTSLC4.2....0C Freq. targeted : 24 microns (MIPS) Measurement : <2.9610E+02 microJy < 2.96E-30 W m^-2^ Hz^-1^ Uncertainty : Significance : 3 sigma Freq or Vel. : 23.68 microns (OBS )= 1.27E+13 Hz Frequency mode : Broad-band measurement Coord. targeted: Spatial mode : Modelled datum Notes : From new raw data Qualifiers : PSF fit; 3 sigma Upper Limit
No. 10 Reference Code : 2013SSTSLC4.2....0C Freq. targeted : 24 microns (MIPS) Measurement : <2.9895E+02 microJy < 2.99E-30 W m^-2^ Hz^-1^ Uncertainty : Significance : 3 sigma Freq or Vel. : 23.68 microns (OBS )= 1.27E+13 Hz Frequency mode : Broad-band measurement Coord. targeted: Spatial mode : Flux in fixed aperture Notes : From new raw data Qualifiers : 14.7" aperture; 3 sigma Upper Limit

Back to NED Home