NASA/IPAC EXTRAGALACTIC DATABASE
Date and Time of the Query: 2019-03-23 T18:05:05 PDT
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You have selected the following parameters to search on:

Parameters for Distances and Cosmology: Ho= 73.0; Ωmatter = 0.27; Ωvacuum = 0.73;
Derived Quantities use a Redshift corrected to a Reference Frame defined by the 3K CMB

NED results for object SDSS J1038+4849


1 objects found in NED.    

SOURCE LIST

 Row          Object Name                 EquJ2000.0       Object  Velocity/Redshift    Mag./  Separ.               Number of                                 Row 
 No.     (* => Essential Note)       RA               DEC  Type     km/s       z   Qual Filter arcmin Refs Notes Phot Posn Vel/z Diam Assoc Images   Spectra  No. 
1    SDSS J1038+4849 Cluster        10h38m43.3s +48d49m17s GClstr    ...       ...       ...     ...    10     1    0    6     6    0     0 Retrieve Retrieve 1   

Detailed information for each object


Object No. 1 - SDSS J1038+4849 Cluster

INDEX for SDSS J1038+4849 Cluster
Essential Data (jump to sub-section of this query report):

   Essential Note    
   Cross-IDs    
   Coordinates    
   Basic Data   
   Redshift-Independent Distances
   Classifications
   Foreground Galactic Extinction    
   External Services
Detailed Data (NED queries):

Images

Spectra   
Redshift-Independent Distances
10 Reference(s)   
6 Position data point(s)
6 Redshift data point(s)   
1 Note(s)   

ESSENTIAL NOTE for SDSS J1038+4849 Cluster (Back to INDEX)
N/A

CROSS-IDENTIFICATIONS for SDSS J1038+4849 Cluster (Back to INDEX)
Object Names Type Object Names Type
SDSS J1038+4849 ClusterGClstrSDSS J1038+4849 GClstr
WHL J103843.6+484918 GClstr  

COORDINATES for SDSS J1038+4849 Cluster (Back to INDEX)

Position Reference:2009ApJ...696L..61K

Reference    Frame     Longitude    Latitude        RA           DEC      Uncertainty Ellipse (arcsec)
                       (degrees)   (degrees)                              Semimajor Semiminor  PA(deg)
Equatorial (B1950.0)   158.92701    49.08173  10h35m42.48s  +49d04m54.2s  5.00E+00  5.00E+00    0
Equatorial (J2000.0)   159.68058    48.82136  10h38m43.34s  +48d49m16.9s  5.00E+00  5.00E+00    0
Ecliptic   (B1950.0)   139.78741    36.83796                              5.00E+00  5.00E+00    0
Ecliptic   (J2000.0)   140.48985    36.84174                              5.00E+00  5.00E+00    0
Galactic               163.65404    56.47488                              5.00E+00  5.00E+00    0
SuperGalactic           59.93591    -8.70323                              5.00E+00  5.00E+00    0
Additional detailed measurements with references are also available by clicking below:
6 Position data point(s)

REDSHIFT-INDEPENDENT DISTANCES for SDSS J1038+4849 Cluster (Back to INDEX)
 N/A 

CLASSIFICATIONS (TYPES, ATTRIBUTES) for SDSS J1038+4849 Cluster (Back to INDEX)
 N/A 

FOREGROUND GALACTIC EXTINCTION for SDSS J1038+4849 Cluster (Back to INDEX)
Galactic Extinction from the Schlafly & Finkbeiner 2011, Appendix; 2011ApJ...737..103S (SF11) recalibration 
of the Schlegel, Finkbeiner & Davis 1998, Appendix B; 1998ApJ...500..525S (SFD98) infrared-based dust map.
The map is based on dust emission from COBE/DIRBE and IRAS/ISSA;
the recalibration assumes a Fitzpatrick (1999PASP..111...63F) reddening law with Rv = 3.1 and different source spectrum than SFD98.

L a n d o l tS D S SU K I R T
Filter [µm]U (0.35)B (0.43)V (0.54)R (0.64)I (0.80)u (0.36)g (0.47)r (0.62)i (0.75)z (0.89)J (1.25)H (1.66)K (2.19)L' (3.78)
Aλ [mag]0.0600.0500.0380.0300.0210.0590.0460.0320.0240.0170.0100.0060.0040.002
Show/Hide Aλ magnitudes in all 88 photometric bands based on SF11
For completeness, we include the original SFD98 values:
L a n d o l tS D S SU K I R T
Filter [µm]U (0.34)B (0.44)V (0.54)R (0.65)I (0.81)u (0.35)g (0.49)r (0.63)i (0.78)z (0.93)J (1.27)H (1.67)K (2.22)L' (3.81)
Aλ [mag]0.0740.0590.0450.0370.0270.0710.0520.0380.0290.0200.0120.0080.0050.002


Galactic Extinction based on H I Column Densities and Galaxy Counts
(Burstein & Heiles; 1982AJ.....87.1165B) assuming Rv = 3.1:
AB = 0.000 mag
See Notes on Galactic Extinction for important caveats.

BASIC DATA for SDSS J1038+4849 Cluster (Back to INDEX)
Magnitude/Rank of Member   :     /?     
Cluster Diameter (arcmin)  :      
Morphology [System]        :                        
Pop. or  [Richness Class]  :      
Distance Class             :         
NOTE: This information is indicative only. With the exception of the
      redshift they are unreferenced and highly inhomogeneous as to
      their origin. The Radial Velocity (when available) is computed
      from the listed redshift. The remaining values are designed to
      orient the user with a quick-look, overall assessment of the
      general properties of the object in question. They are not
      averages nor are they standardized in any way.
Additional detailed measurements with references are also available by clicking below:
6 Redshift data point(s)      

EXTERNAL ARCHIVES AND SERVICES for SDSS J1038+4849 Cluster Help (Back to INDEX)
Resources for Object NamesSite/Service
Query SIMBAD by primary NED object name -- SDSS J1038+4849 ClusterSIMBAD (CDS, Strasbourg, France)
version
SDSS Sky Server
Query GALEX (NUV/FUV) Mission Archive (7.2 arcsec search radius) -- SDSS J1038+4849 ClusterGALEX Mission Data Archive at MAST
Explore IRSA resources with RADAR (10 arcsec search radius) -- SDSS J1038+4849 ClusterNASA/IPAC Infrared Science Archive (IRSA)
Resources for position 10h38m43.3s, +48d49m17s (J2000)Site/Service
Query Optical and UV Mission Archives (Default search radius)Multimission Archive at STScI (MAST)
Query High Energy Mission Archives (Default search radius)HEASARC (NASA/GSFC)
version
SDSS Sky Server
Query IRSA for WISE images (10 arcmin search radius)NASA/IPAC Infrared Science Archive (IRSA)
Band(s): Size:
NASA/IPAC Infrared Science Archive (IRSA)
Band(s): Size:
NASA/IPAC Infrared Science Archive (IRSA)
NASA/IPAC Infrared Science Archive (IRSA)
 Size:    Contours (PS)  JPEG  FITS File 
NRAO/VLA Sky Survey (NVSS)
    Size:     GIF     FITS File  
Faint Images of the Radio Sky at Twenty-Centimeters
The NRAO Data Archive System

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