VizieR

CfA VizieR . ADAC VizieR . CADC VizieR . Cambridge (UK) VizieR . IUCAA VizieR . Beijing (Ch) VizieR .

VizieR

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The 1 column in color are computed by VizieR, and are not part of the original data.
II/339/uvotssc1 Swift/UVOT Serendipitous Source Catalog (Yershov, 2015)
The Catalogue (6200016 individual sources) (original column names in green) (13860568 rows)
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_r
arcsec
Name

Nf

SrcID

RAJ2000
deg
DEJ2000
deg
Nd

sUVW2

sUVM2

sUVW1

sU

sB

sV

UVW2-AB
mag
UVM2-AB
mag
UVW1-AB
mag
U-AB
mag
B-AB
mag
V-AB
mag
xUVW2

xUVM2

xUVW1

xU

xB

xV

10.338J031356.7-4256465 573450048.486664-42.946189 1   6.3 11.5 24.9 27.7 71.9  22.71322.74121.42320.56917.467000000

Note: on-line documentation at http://www.swift.ac.uk/1SXPS/docs.php

IX/43/sources 1SXPS Swift X-ray telescope point source catalogue (Evans+ 2014)
The 1SXPS Catalogue of Swift X-ray telescope Point Sources. (151524 rows)
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_r
arcsec
1SXPS

RAJ2000
deg
DEJ2000
deg
Det

CR0
ct/s
E_
ct/s
e_
ct/s
PcstS0

HR1

HR2

FpO1
mW/m2
FpU1
mW/m2
FO2
mW/m2
FU2
mW/m2
Viz

Nxm

12.12J031356.9-425644048.48721-42.94569 0 2.69e-02 5.05e-04-5.05e-04 0.00e+00 0.309-0.073 8.02e-11 1.17e-10 5.75e-13 6.02e-13Viz 1
IX/43/xcor 1SXPS Swift X-ray telescope point source catalogue (Evans+ 2014)
Cross-correlation of the 1SXPS sources (502530 rows)
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1SXPS

Name

Cat

r
arcsec
RAJ2000
deg
DEJ2000
deg
Err90
arcsec
11.23J031356.9-425644GRB 070318XRTGRB 3.3048.48652-42.94647 1.4

Note: on-line documentation at http://www.swift.ac.uk/2SXPS/docs.php

IX/58/2sxps 2SXPS Swift X-ray telescope point source catalogue (Evans+, 2020)
The 2SXPS Catalogue of Swift X-ray telescope Point Sources (206335 rows)
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_r
arcsec
2SXPS

RAJ2000
deg
DEJ2000
deg
Det

CR0
ct/s
E_
ct/s
e_
ct/s
HR1

HR2

PcstS0

FPO0
mW/m2
FPU0
mW/m2
12.14 19417048.48722-42.94569 0 3.28e-02 6.15e-04-6.15e-04 0.302-0.074 0.00e+00 1.122e-12 1.68e-12

Note: on-line documentation at http://www.swift.ac.uk/2SXPS/docs.php

IX/58/2sxpscle 2SXPS Swift X-ray telescope point source catalogue (Evans+, 2020)
The 2SXPS Catalogue of Swift X-ray telescope Point Sources "clean" version (146768 rows)
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_r
arcsec
2SXPS

RAJ2000
deg
DEJ2000
deg
Det

CR0
ct/s
E_
ct/s
e_
ct/s
HR1

HR2

PcstS0

FPO0
mW/m2
FPU0
mW/m2
12.14 19417048.48722-42.94569 0 3.28e-02 6.15e-04-6.15e-04 0.302-0.074 0.00e+00 1.122e-12 1.68e-12
B/eso/eso_arc ESO Science Archive Catalog (ESO, 1991-2021)

Full ESO science archive log from 1991 (10976906 rows)
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_r
arcsec
TelID

Obs
s
tExp
s
Ask

Target

RAJ2000
"h:m:s"
DEJ2000
"d:m:s"
10.01 922007-03-18T23:51:31 60.0Imagegrb03 13 56.83-42 56 46.3
20.08 202016-10-29T06:50:45 10.0ImageGRB07031803 13 56.82-42 56 46.3
30.28 202016-10-26T03:14:50 10.0ImageGRB07031803 13 56.81-42 56 46.5
40.30 202016-10-26T03:15:04 10.0ImageGRB07031803 13 56.81-42 56 46.5
50.32 202016-10-26T03:15:19 10.0ImageGRB07031803 13 56.80-42 56 46.5
60.33 202016-10-26T03:15:33 10.0ImageGRB07031803 13 56.80-42 56 46.5
70.36 202016-10-26T03:15:47 10.0ImageGRB07031803 13 56.80-42 56 46.5
80.39 202016-10-26T03:16:02 10.0ImageGRB07031803 13 56.80-42 56 46.5
90.39 202016-10-26T03:14:51 66.0ImageGRB07031803 13 56.80-42 56 46.5
100.56 202016-10-29T06:54:51 10.0ImageGRB07031803 13 56.79-42 56 45.9
110.87 202016-10-29T06:52:48 10.0ImageGRB07031803 13 56.75-42 56 46.5
120.95 202016-10-29T06:58:57 10.0ImageGRB07031803 13 56.75-42 56 46.5
131.33 202015-02-12T00:32:11 10.0ImageGRB07031803 13 56.72-42 56 46.8
141.34 202015-02-12T00:32:40 10.0ImageGRB07031803 13 56.72-42 56 46.8
151.34 202015-02-12T00:32:54 10.0ImageGRB07031803 13 56.72-42 56 46.8
161.34 202015-02-12T00:31:57 10.0ImageGRB07031803 13 56.72-42 56 46.8
171.34 202015-02-12T00:32:26 10.0ImageGRB07031803 13 56.71-42 56 46.8
181.36 202015-02-12T00:33:08 10.0ImageGRB07031803 13 56.71-42 56 46.8
191.36 202015-02-12T00:31:58 35.4ImageGRB07031803 13 56.71-42 56 46.8
201.44 202016-10-29T06:56:54 10.0ImageGRB07031803 13 56.70-42 56 45.9
211.46 912007-09-02T08:40:01 10.0ImageGRB07031803 13 56.79-42 56 47.7
221.63 202016-10-29T06:50:43 730.0ImageGRB07031803 13 56.68-42 56 46.1
231.63 202016-10-29T07:01:00 10.0ImageGRB07031803 13 56.68-42 56 46.1
241.73 922010-10-06T05:08:59 300.0Data GRB070318_host03 13 56.96-42 56 45.2
251.73 922010-10-06T05:14:07 300.0Data GRB070318_host03 13 56.96-42 56 45.2
261.73 922010-10-06T05:19:15 300.0Data GRB070318_host03 13 56.96-42 56 45.2
271.73 922010-10-06T05:57:44 885.0Data GRB070318_host03 13 56.96-42 56 45.2
281.73 922010-10-06T05:57:49 910.0Data GRB070318_host03 13 56.96-42 56 45.2
291.73 922010-10-06T05:57:54 300.0Data GRB070318_host03 13 56.96-42 56 45.2
301.73 922010-10-06T06:03:03 300.0Data GRB070318_host03 13 56.96-42 56 45.2
311.73 922010-10-06T06:08:11 300.0Data GRB070318_host03 13 56.96-42 56 45.2
321.73 922010-10-06T05:08:48 885.0Data GRB070318_host03 13 56.96-42 56 45.2
331.73 922010-10-06T05:08:53 910.0Data GRB070318_host03 13 56.96-42 56 45.2
341.88 202016-09-03T08:09:52 10.0ImageGRB07031803 13 56.68-42 56 47.1
351.90 202016-09-03T08:10:50 10.0ImageGRB07031803 13 56.71-42 56 47.7
362.20 202016-09-03T08:10:35 10.0ImageGRB07031803 13 56.68-42 56 47.7
372.20 202016-09-03T08:19:09 10.0ImageGRB07031803 13 56.74-42 56 48.3
382.23 202016-09-03T08:09:53 66.0ImageGRB07031803 13 56.72-42 56 48.2
392.23 202016-09-03T08:11:04 10.0ImageGRB07031803 13 56.72-42 56 48.2
402.36 202016-09-03T08:10:07 10.0ImageGRB07031803 13 56.67-42 56 47.9
412.48 202016-09-03T08:21:12 10.0ImageGRB07031803 13 56.67-42 56 48.0
422.50 202016-09-03T08:17:06 10.0ImageGRB07031803 13 56.69-42 56 48.3
432.51 202016-09-03T08:23:15 10.0ImageGRB07031803 13 56.76-42 56 48.7
442.52 202016-09-03T08:27:21 10.0ImageGRB07031803 13 56.77-42 56 48.7
452.52 202016-09-03T08:17:06 730.0ImageGRB07031803 13 56.77-42 56 48.7
462.53 202016-09-03T08:10:21 10.0ImageGRB07031803 13 56.67-42 56 48.1
472.73 202016-09-03T08:25:18 10.0ImageGRB07031803 13 56.69-42 56 48.6
483.78 922010-10-06T05:25:09 885.0Data GRB070318_host03 13 56.50-42 56 45.2
493.78 922010-10-06T05:25:14 910.0Data GRB070318_host03 13 56.50-42 56 45.2
503.78 922010-10-06T05:25:19 300.0Data GRB070318_host03 13 56.50-42 56 45.2
513.78 922010-10-06T05:30:26 300.0Data GRB070318_host03 13 56.50-42 56 45.2
523.78 922010-10-06T05:35:34 300.0Data GRB070318_host03 13 56.50-42 56 45.2
533.78 922010-10-06T05:41:24 885.0Data GRB070318_host03 13 56.50-42 56 45.2
543.78 922010-10-06T05:41:29 910.0Data GRB070318_host03 13 56.50-42 56 45.2
553.78 922010-10-06T05:41:34 300.0Data GRB070318_host03 13 56.50-42 56 45.2
563.78 922010-10-06T05:46:43 300.0Data GRB070318_host03 13 56.50-42 56 45.2
573.78 922010-10-06T05:51:51 300.0Data GRB070318_host03 13 56.50-42 56 45.2
B/gemini/obscore The Gemini Observation Log (CADC, 2001-)

Gemini observation logs (original column names in green) (1826550 rows)
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_r
arcsec
dataproduct_type

target_name

RAJ2000
deg
DEJ2000
deg
s_fov

t_min
d
t_max
d
access_url

access_format

access_estsize

10.072spectrumGRB070318048.486819370596-42.9461944392102 0.0936005033768854178.001273154178.0221121Datalinkapplication/x-votable+xml;content=datalink  
20.072spectrumGRB070318048.486819382489-42.9461944340330 0.0936099288548254178.022870454178.0437094Datalinkapplication/x-votable+xml;content=datalink  
32.280imageGRB070318048.486482929207-42.9456025713404 0.1682268344083256844.377430656844.3776616Datalinkapplication/x-votable+xml;content=datalink  
42.280imageGRB070318048.486482929207-42.9456025713404 0.1682268344083256844.377430656844.3776620Datalinkapplication/x-votable+xml;content=datalink  
52.280imageGRB070318048.486482194130-42.9456026045715 0.1682190814900056844.405914456844.4086924Datalinkapplication/x-votable+xml;content=datalink  
62.280imageGRB070318048.486482194130-42.9456026045715 0.1682190814900056844.405914456844.4086921Datalinkapplication/x-votable+xml;content=datalink  
72.280imageGRB070318048.486482098911-42.9456026210067 0.1682280801714656844.376631956844.3768629Datalinkapplication/x-votable+xml;content=datalink  
82.280imageGRB070318048.486482098911-42.9456026210067 0.1682280801714656844.376637756844.3768692Datalinkapplication/x-votable+xml;content=datalink  
92.280imageGRB070318048.486482160916-42.9456025889710 0.1682275714099856844.378217656844.3816896Datalinkapplication/x-votable+xml;content=datalink  
102.280imageGRB070318048.486482160916-42.9456025889710 0.1682275714099856844.378223456844.3816956Datalinkapplication/x-votable+xml;content=datalink  
112.665spectrumGRB070318048.487073160049-42.9454828667874 0.1569131879919654178.022451454178.0432900Datalinkapplication/x-votable+xml;content=datalink  
122.665spectrumGRB070318048.487073141406-42.9454828543525 0.1569018687370854178.000848454178.0216870Datalinkapplication/x-votable+xml;content=datalink  
J/ApJ/690/163/table5 The first Swift UV-Opt GRB afterglow catalog (Roming+, 2009)
Selected sample from the Swift/UVOT burst catalog +4 objects from table 4 (233 rows)
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Full

_r
arcsec
GRB

RAJ2000
deg
DEJ2000
deg
T90
s
w2Pk
mag
m2Pk
mag
w1Pk
mag
uPk
mag
bPk
mag
vPk
mag
b-v
mag
w1-v
mag
E(B-V)

z

Simbad

10.0070318048.4868-42.9462 74.6  19.3018.9918.2716.2315.49 0.66 1.06 0.007  Simbad
J/ApJ/690/163/table3 The first Swift UV-Opt GRB afterglow catalog (Roming+, 2009)
Selected sample from the Swift/UVOT image mode burst database (63315 rows)
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_r
arcsec
GRB

RAJ2000
deg
DEJ2000
deg
Tstart
s
Exp
s
Filt

A(SR)
arcsec2
CLCR
ct/s
mag
mag
TrigNum

10.0070318048.4868-42.9462195895792.2 9.092V 27.72 3.489e+0016.5300271019
20.0070318048.4868-42.9462195895812.0 98.175WHITE 27.22 2.674e+0019.2200271019
30.0070318048.4868-42.9462195895917.5 393.473V 27.47 9.128e+0015.4900271019
40.0070318048.4868-42.9462195896323.0 19.453UVM2 27.72 9.187e-0219.4100271019
50.0070318048.4868-42.9462195896347.4 19.453UVW1 27.72 7.568e-0117.7900271019
60.0070318048.4868-42.9462195896371.4 19.442U 27.72 2.201e+0017.4800271019
70.0070318048.4868-42.9462195896395.9 9.602B 28.48 1.419e+0116.2300271019
80.0070318048.4868-42.9462195896409.8 9.591WHITE 28.98 4.515e+0116.1500271019
90.0070318048.4868-42.9462195896424.7 19.464UVW2 27.72-3.344e-02  00271019
100.0070318048.4868-42.9462195896448.8 19.409V 27.97 7.625e+0015.6800271019
110.0070318048.4868-42.9462195896472.8 19.442UVM2 27.72 1.619e-0118.8000271019
120.0070318048.4868-42.9462195896497.2 19.442UVW1 27.72 1.872e-0119.3100271019
130.0070318048.4868-42.9462195896521.2 19.440U 27.72 5.816e-0118.9300271019
140.0070318048.4868-42.9462195896545.6 9.613B 27.97 1.108e+0116.5000271019
150.0070318048.4868-42.9462195896559.5 9.592WHITE 27.97 4.077e+0116.2600271019
160.0070318048.4868-42.9462195896574.5 19.453UVW2 27.72 3.158e-0221.1000271019
170.0070318048.4868-42.9462195896601.9 98.197WHITE 28.98 3.730e+0116.3600271019
180.0070318048.4868-42.9462195896707.6 393.473V 28.48 4.145e+0016.3500271019
190.0070318048.4868-42.9462195897112.5 19.464UVM2 27.72 9.921e-0219.3300271019
200.0070318048.4868-42.9462195897137.0 19.442UVW1 27.72 4.821e-0118.2800271019
210.0070318048.4868-42.9462195897161.0 19.442U 27.72 1.679e+0017.7800271019
220.0070318048.4868-42.9462195897185.4 19.441B 27.97 5.546e+0017.2500271019
230.0070318048.4868-42.9462195897209.4 9.603WHITE 27.97 2.374e+0116.8500271019
240.0070318048.4868-42.9462195897224.4 19.453UVW2 27.72 2.380e-0221.4100271019
250.0070318048.4868-42.9462195897248.3 19.452V 27.97 2.674e+0016.8200271019
260.0070318048.4868-42.9462195897272.3 19.453UVM2 27.72 1.057e-0119.2600271019
270.0070318048.4868-42.9462195897296.7 19.453UVW1 27.72 4.094e-0118.4600271019
280.0070318048.4868-42.9462195897320.7 19.453U 27.72 1.502e+0017.9000271019
290.0070318048.4868-42.9462195897345.1 19.452B 28.22 5.826e+0017.2000271019
300.0070318048.4868-42.9462195897369.1 9.614WHITE 27.97 1.792e+0117.1600271019
310.0070318048.4868-42.9462195897384.1 19.442UVW2 27.72 9.657e-0219.8900271019
320.0070318048.4868-42.9462195897408.1 19.452V 27.72 3.002e+0016.7000271019
330.0070318048.4868-42.9462195897432.1 19.442UVM2 27.72 9.688e-0219.3500271019
340.0070318048.4868-42.9462195897456.5 19.453UVW1 27.72 2.337e-0119.0700271019
350.0070318048.4868-42.9462195897480.3 19.452U 27.72 1.389e+0017.9800271019
360.0070318048.4868-42.9462195897505.0 19.441B 27.97 6.231e+0017.1200271019
370.0070318048.4868-42.9462195897529.0 9.603WHITE 28.98 1.888e+0117.1000271019
380.0070318048.4868-42.9462195897544.0 8.603UVW2 27.72-2.327e-02  00271019
390.0070318048.4868-42.9462195901045.3 196.611V 28.22 8.115e-0118.1200271019
400.0070318048.4868-42.9462195901249.6 196.633UVM2 27.22 1.019e-0119.3000271019
410.0070318048.4868-42.9462195901454.5 196.622UVW1 28.22 1.695e-0119.4200271019
420.0070318048.4868-42.9462195901659.0 196.611U 29.23 1.067e+0018.2700271019
430.0070318048.4868-42.9462195901863.8 196.622B 29.23 1.208e+0018.9000271019
440.0070318048.4868-42.9462195902068.2 196.622WHITE 29.23 4.133e+0018.7500271019
450.0070318048.4868-42.9462195902273.6 196.633UVW2 27.22 3.826e-0220.8900271019
460.0070318048.4868-42.9462195902477.9 196.622V 32.26 5.352e-0118.5700271019
470.0070318048.4868-42.9462195902682.3 196.622UVM2 28.22 2.637e-0220.7700271019
480.0070318048.4868-42.9462195902887.3 196.622UVW1 28.22 2.504e-0118.9900271019
490.0070318048.4868-42.9462195903091.7 196.633U 30.24 8.277e-0118.5500271019
500.0070318048.4868-42.9462195903296.5 37.702B 28.22 1.162e+0018.9500271019
510.0070318048.4868-42.9462195907257.1 295.047B 27.22 5.440e-0119.7700271019
520.0070318048.4868-42.9462195907560.2 295.047B 29.23 4.356e-0120.0100271019
530.0070318048.4868-42.9462195907863.5 295.037B 29.23 4.916e-0119.8800271019
540.0070318048.4868-42.9462195908168.2 295.047WHITE 29.23 1.923e+0019.5800271019
550.0070318048.4868-42.9462195908471.4 295.047WHITE 27.22 1.678e+0019.7300271019
560.0070318048.4868-42.9462195908774.4 295.047WHITE 28.22 2.007e+0019.5300271019
570.0070318048.4868-42.9462195909080.0 36.649UVW2 29.23 5.620e-0322.9800271019
580.0070318048.4868-42.9462195913352.3 885.566UVW2 28.22 2.280e-0221.4600271019
590.0070318048.4868-42.9462195914258.1 295.047V 29.23 2.972e-0119.2100271019
600.0070318048.4868-42.9462195914561.4 295.047V 28.22 1.895e-0119.7000271019
610.0070318048.4868-42.9462195914864.4 34.662V 28.22 7.696e-0220.6700271019
620.0070318048.4868-42.9462195919411.2 295.026B 26.21 3.439e-0120.2700271019
630.0070318048.4868-42.9462195919714.3 295.047B 28.22 3.458e-0120.2600271019
640.0070318048.4868-42.9462195920017.6 295.037B 28.22 3.417e-0120.2800271019
650.0070318048.4868-42.9462195920322.2 295.037WHITE 29.23 1.150e+0020.1400271019
660.0070318048.4868-42.9462195920625.5 55.891WHITE 28.22 1.063e+0020.2200271019
670.0070318048.4868-42.9462195923847.5 42.686UVW1 29.23-7.140e-03  00271019
680.0070318048.4868-42.9462195925440.7 295.037U 26.21 2.032e-0120.0700271019
690.0070318048.4868-42.9462195925743.9 295.047U 27.22 2.586e-0119.8100271019
700.0070318048.4868-42.9462195926047.1 295.047U 28.22 1.584e-0120.3400271019
710.0070318048.4868-42.9462195926352.0 111.608B 27.22 2.925e-0120.4400271019
720.0070318048.4868-42.9462195929704.8 366.228UVM2 30.24-1.400e-04  00271019
730.0070318048.4868-42.9462195931469.6 765.803UVW1 27.22 3.608e-0221.1000271019
740.0070318048.4868-42.9462195935448.9 295.037U 29.23 1.751e-0120.2300271019
750.0070318048.4868-42.9462195935752.1 293.671U 27.22 1.929e-0120.1300271019
760.0070318048.4868-42.9462195936051.9 193.940U 29.23 1.273e-0120.5800271019
770.0070318048.4868-42.9462195937487.2 295.037B 28.22 1.306e-0121.3200271019
780.0070318048.4868-42.9462195937790.3 235.736B 26.21 2.017e-0120.8500271019
790.0070318048.4868-42.9462195941282.9 885.577UVM2 27.22 1.252e-0221.5800271019
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2750.0070318048.4868-42.9462196347297.1 90.324U 29.23 7.463e-0221.1600271019
2760.0070318048.4868-42.9462196347394.7 907.240WHITE 28.22 1.120e-0122.6700271019
2770.0070318048.4868-42.9462196348323.4 57.324UVW2 27.22-9.290e-03  00271019
2780.0070318048.4868-42.9462196353237.6 85.405U 27.22-4.967e-02  00271019
2790.0070318048.4868-42.9462196353329.6 858.038WHITE 29.23 1.674e-0122.2300271019
2800.0070318048.4868-42.9462196354209.2 51.612UVW2 27.22-1.815e-02  00271019
2810.0070318048.4868-42.9462196404000.7 114.931U 28.22-1.639e-01  00271019
2820.0070318048.4868-42.9462196404122.71073.344WHITE 29.23-9.762e-02  00271019
2830.0070318048.4868-42.9462196405296.9 83.407UVW2 29.23-1.438e-02  00271019
2840.0070318048.4868-42.9462196409818.0 110.001U 28.22-1.147e-01  00271019
2850.0070318048.4868-42.9462196409935.11082.280WHITE 29.23-7.422e-02  00271019
2860.0070318048.4868-42.9462196411059.1 81.236UVW2 28.22-2.656e-02  00271019
2870.0070318048.4868-42.9462196416901.4 79.509U 27.22 1.977e-0222.6000271019
2880.0070318048.4868-42.9462196416987.2 799.954WHITE 29.23 1.622e-0122.2700271019
2890.0070318048.4868-42.9462196417808.5 52.231UVW2 27.22 1.842e-0221.6900271019
2900.0070318048.4868-42.9462196422721.5 79.487U 29.23 4.549e-0221.7000271019
2910.0070318048.4868-42.9462196422809.2 795.103WHITE 28.22 1.792e-0122.1600271019
2920.0070318048.4868-42.9462196423628.9 51.699UVW2 27.22 2.919e-0221.1900271019
2930.0070318048.4868-42.9462196427958.5 122.793U 27.22 6.702e-0221.2700271019
2940.0070318048.4868-42.9462196428088.61234.006WHITE 30.24 4.072e-0223.7700271019
2950.0070318048.4868-42.9462196429350.1 90.053UVW2 26.21 1.092e-0222.2500271019
2960.0070318048.4868-42.9462196433897.8 108.035U 29.23 3.308e-0222.0400271019
2970.0070318048.4868-42.9462196434013.41086.358WHITE 30.24 1.609e-0122.2700271019
2980.0070318048.4868-42.9462196435125.4 75.013UVW2 28.22 8.050e-0322.5900271019
2990.0070318048.4868-42.9462196439970.7 87.360U 28.22-7.625e-02  00271019
3000.0070318048.4868-42.9462196440066.2 879.680WHITE 26.21 1.743e-0224.6900271019
3010.0070318048.4868-42.9462196440967.1 53.502UVW2 27.22 3.238e-0221.0700271019
3020.0070318048.4868-42.9462196446072.3 59.822U 29.23 3.345e-0222.0300271019
3030.0070318048.4868-42.9462196446138.8 599.173WHITE 27.22 3.309e-0223.9900271019
3040.0070318048.4868-42.9462196446753.8 27.375UVW2 27.22 5.765e-0220.4500271019
3050.0070318048.4868-42.9462196451844.5 62.764U 27.22-2.838e-02  00271019
3060.0070318048.4868-42.9462196451913.5 634.616WHITE 30.24 2.983e-0224.1000271019
3070.0070318048.4868-42.9462196452564.5 36.529UVW2 28.22 3.918e-0220.8700271019
3080.0070318048.4868-42.9462196490800.9 111.966U 28.22-9.628e-02  00271019
3090.0070318048.4868-42.9462196490919.81027.490WHITE 32.26-9.992e-02  00271019
3100.0070318048.4868-42.9462196492064.0 76.458UVW2 28.22-3.159e-02  00271019
3110.0070318048.4868-42.9462196496535.6 112.954U 26.21-5.941e-02  00271019
3120.0070318048.4868-42.9462196496655.81065.721WHITE 28.22-2.811e-02  00271019
3130.0070318048.4868-42.9462196497816.9 83.288UVW2 28.22-3.708e-02  00271019
3140.0070318048.4868-42.9462196502535.7 112.965U 29.23-9.762e-02  00271019
3150.0070318048.4868-42.9462196502655.61135.581WHITE 27.22-3.043e-02  00271019
3160.0070318048.4868-42.9462196503816.9 83.255UVW2 28.22 2.350e-0323.9200271019
3170.0070318048.4868-42.9462196508537.9 111.000U 29.23-3.223e-02  00271019
3180.0070318048.4868-42.9462196508657.21116.969WHITE 29.23 2.595e-0224.2500271019
3190.0070318048.4868-42.9462196509800.0 99.967UVW2 28.22 1.877e-0221.6700271019
3200.0070318048.4868-42.9462196514598.2 112.954U 28.22 5.474e-0221.4900271019
3210.0070318048.4868-42.9462196514718.81135.581WHITE 28.22 7.718e-0223.0700271019
3220.0070318048.4868-42.9462196515880.1 80.117UVW2 27.22 1.605e-0221.8400271019
3230.0070318048.4868-42.9462196520717.7 103.127U 26.21 2.550e-0324.8200271019
3240.0070318048.4868-42.9462196520827.61037.167WHITE 28.22 1.481e-0122.3600271019
3250.0070318048.4868-42.9462196521888.6 71.701UVW2 28.22-3.009e-02  00271019
3260.0070318048.4868-42.9462196526685.7 86.383U 27.22 6.447e-0221.3200271019
3270.0070318048.4868-42.9462196526778.6 867.822WHITE 28.22-3.342e-02  00271019
3280.0070318048.4868-42.9462196527667.2 53.610UVW2 29.23 3.596e-0220.9600271019
3290.0070318048.4868-42.9462196532693.3 70.637U 28.22-9.061e-02  00271019
3300.0070318048.4868-42.9462196532770.2 710.390WHITE 27.22 9.266e-0222.8700271019
3310.0070318048.4868-42.9462196533498.6 42.328UVW2 28.22-1.699e-02  00271019
3320.0070318048.4868-42.9462196577562.7 101.140U 29.23 1.080e-0120.7600271019
3330.0070318048.4868-42.9462196577670.6 848.655WHITE 30.24 1.752e-0122.1800271019
3340.0070318048.4868-42.9462196578707.2 73.232UVW2 29.23 3.982e-0220.8500271019
3350.0070318048.4868-42.9462196584964.1 49.940U 28.22-1.366e-02  00271019
3360.0070318048.4868-42.9462196585020.6 504.646WHITE 29.23-7.105e-02  00271019
3370.0070318048.4868-42.9462196585539.5 21.707UVW2 29.23-1.289e-02  00271019
3380.0070318048.4868-42.9462196589386.4 115.897U 29.23 6.219e-0221.3600271019
3390.0070318048.4868-42.9462196589509.41148.678WHITE 28.22 3.770e-0223.8500271019
3400.0070318048.4868-42.9462196590695.7 84.450UVW2 29.23 4.420e-0323.2400271019
3410.0070318048.4868-42.9462196595279.8 111.000U 28.22 1.022e-0120.8200271019
3420.0070318048.4868-42.9462196595397.81116.882WHITE 26.21-9.506e-02  00271019
3430.0070318048.4868-42.9462196596540.0 119.535UVW2 28.22-2.484e-02  00271019
3440.0070318048.4868-42.9462196601418.1 117.873U 26.21-2.528e-02  00271019
3450.0070318048.4868-42.9462196601543.01172.099WHITE 29.23 4.770e-0326.0900271019
3460.0070318048.4868-42.9462196602754.2 86.046UVW2 29.23-2.920e-02  00271019
3470.0070318048.4868-42.9462196607477.8 103.116U 28.22 3.886e-0221.8700271019
3480.0070318048.4868-42.9462196607587.61014.525WHITE 29.23 1.067e-0122.7200271019
3490.0070318048.4868-42.9462196608648.7 71.745UVW2 28.22 2.223e-0221.4800271019
3500.0070318048.4868-42.9462196613370.2 91.302U 27.22-6.290e-02  00271019
3510.0070318048.4868-42.9462196613468.2 892.110WHITE 28.22 5.430e-0325.9500271019
3520.0070318048.4868-42.9462196614410.0 70.518UVW2 28.22-1.724e-02  00271019
3530.0070318048.4868-42.9462196619359.0 73.580U 27.22 7.274e-0221.1900271019
3540.0070318048.4868-42.9462196619438.8 732.842WHITE 28.22 2.069e-0224.5000271019
3550.0070318048.4868-42.9462196620198.1 42.773UVW2 28.22-7.220e-03  00271019
3560.0070318048.4868-42.9462196623811.6 47.996U 28.22 1.071e-0223.2700271019
3570.0070318048.4868-42.9462196623865.3 434.089WHITE 32.26-1.059e-01  00271019
3580.0070318048.4868-42.9462196624362.1 19.014UVW2 29.23-1.002e-02  00271019
3590.0070318048.4868-42.9462196670169.9 133.619U 27.22 6.123e-0221.3700271019
3600.0070318048.4868-42.9462196670311.01124.497WHITE 30.24-1.297e-02  00271019
3610.0070318048.4868-42.9462196671675.5 104.441UVW2 28.22 2.613e-0221.3100271019
3620.0070318048.4868-42.9462196676078.0 135.606U 28.22 8.360e-0323.5300271019
3630.0070318048.4868-42.9462196676220.81299.032WHITE 29.23-3.990e-02  00271019
3640.0070318048.4868-42.9462196677613.5 106.385UVW2 28.22-6.790e-03  00271019
3650.0070318048.4868-42.9462196682250.1 136.572U 28.22-7.786e-02  00271019
3660.0070318048.4868-42.9462196682394.11354.506WHITE 28.22-4.600e-02  00271019
3670.0070318048.4868-42.9462196683795.9 103.865UVW2 27.22 1.082e-0222.2600271019
3680.0070318048.4868-42.9462196688301.7 112.954U 29.23-7.427e-02  00271019
3690.0070318048.4868-42.9462196688421.61113.215WHITE 28.22-4.760e-03  00271019
3700.0070318048.4868-42.9462196689580.9 79.531UVW2 29.23-5.550e-03  00271019
3710.0070318048.4868-42.9462196694229.1 104.093U 28.22-3.811e-02  00271019
3720.0070318048.4868-42.9462196694339.9 979.193WHITE 28.22-6.380e-02  00271019
3730.0070318048.4868-42.9462196695410.0 70.507UVW2 27.22 2.200e-0426.4900271019
3740.0070318048.4868-42.9462196700272.6 81.464U 28.22 4.055e-0221.8200271019
3750.0070318048.4868-42.9462196700361.3 785.330WHITE 28.22 7.204e-0223.1500271019
3760.0070318048.4868-42.9462196701193.8 47.063UVW2 29.23-1.639e-02  00271019
3770.0070318048.4868-42.9462196705844.2 96.221U 26.21-1.452e-01  00271019
3780.0070318048.4868-42.9462196705947.1 896.768WHITE 28.22 9.692e-0222.8200271019
3790.0070318048.4868-42.9462196706938.9 61.776UVW2 28.22-1.160e-02  00271019
3800.0070318048.4868-42.9462196791647.3 17.472U 31.25-8.709e-02  00271019
3810.0070318048.4868-42.9462196820483.5 87.382U 29.23 1.335e-0120.5300271019
3820.0070318048.4868-42.9462196820577.5 670.407WHITE 26.21-8.436e-02  00271019
3830.0070318048.4868-42.9462196821478.7 61.765UVW2 28.22-2.471e-02  00271019
3840.0070318048.4868-42.9462196826303.1 87.371U 26.21 2.307e-0119.9300271019
3850.0070318048.4868-42.9462196826396.9 628.179WHITE 28.22 1.601e-0122.2800271019
3860.0070318048.4868-42.9462196827297.5 63.090UVW2 28.22-1.417e-02  00271019
3870.0070318048.4868-42.9462196832382.4 86.372U 27.22-4.239e-02  00271019
3880.0070318048.4868-42.9462196832475.3 652.404WHITE 29.23 1.789e-0122.1600271019
3890.0070318048.4868-42.9462196833360.9 59.735UVW2 26.21-3.400e-03  00271019
3900.0070318048.4868-42.9462196837979.3 80.475U 28.22-2.539e-02  00271019
3910.0070318048.4868-42.9462196838066.2 610.937WHITE 29.23 9.902e-0222.8000271019
3920.0070318048.4868-42.9462196838891.6 49.245UVW2 29.23-8.290e-03  00271019
3930.0070318048.4868-42.9462196843693.1 83.429U 27.22 9.449e-0220.9000271019
3940.0070318048.4868-42.9462196843783.0 627.029WHITE 28.22 6.375e-0223.2800271019
3950.0070318048.4868-42.9462196844643.6 57.129UVW2 29.23 4.030e-0220.8400271019
3960.0070318048.4868-42.9462196849602.6 101.107U 29.23-4.325e-02  00271019
3970.0070318048.4868-42.9462196849710.6 866.712WHITE 26.21-4.677e-02  00271019
3980.0070318048.4868-42.9462196850746.4 74.003UVW2 27.22 3.479e-0221.0000271019
3990.0070318048.4868-42.9462196855771.0 126.734U 28.22-4.220e-03  00271019
4000.0070318048.4868-42.9462196855904.91139.850WHITE 28.22 1.088e-0122.7000271019
4010.0070318048.4868-42.9462196857206.4 93.702UVW2 29.23 5.900e-0425.4200271019
4020.0070318048.4868-42.9462196861771.6 111.966U 28.22 3.603e-0221.9500271019
4030.0070318048.4868-42.9462196861890.5 985.230WHITE 26.21 6.227e-0223.3000271019
4040.0070318048.4868-42.9462196863042.6 77.630UVW2 29.23-3.090e-02  00271019
4050.0070318048.4868-42.9462196867772.1 62.754U 28.22 3.401e-0222.0100271019
4060.0070318048.4868-42.9462196867840.7 623.228WHITE 26.21 1.071e-0122.7200271019
4070.0070318048.4868-42.9462196868491.9 29.286UVW2 29.23 1.322e-0222.0500271019
4080.0070318048.4868-42.9462196878383.2 38.147U 27.22 5.568e-0221.4800271019
4090.0070318048.4868-42.9462196878427.1 288.578WHITE 26.21-8.223e-02  00271019
4100.0070318048.4868-42.9462196878826.6 14.757UVW2 30.24-6.587e-02  00271019
4110.0070318048.4868-42.9462196884143.5 38.158U 28.22 2.369e-0119.9000271019
4120.0070318048.4868-42.9462196884187.3 335.193WHITE 28.22 2.446e-0121.8200271019
4130.0070318048.4868-42.9462196884586.8 14.616UVW2 29.23-4.355e-02  00271019
4140.0070318048.4868-42.9462196889903.0 38.158U 26.21-2.675e-01  00271019
4150.0070318048.4868-42.9462196889947.0 306.071WHITE 28.22-1.928e-02  00271019
4160.0070318048.4868-42.9462196890347.2 14.247UVW2 29.23-3.683e-02  00271019
4170.0070318048.4868-42.9462196895723.1 38.147U 29.23-1.142e-02  00271019
4180.0070318048.4868-42.9462196895766.9 283.269WHITE 29.23 4.186e-0223.7400271019
4190.0070318048.4868-42.9462196896166.3 15.061UVW2 28.22 5.184e-0220.5600271019
4200.0070318048.4868-42.9462196901483.1 38.158U 28.22 7.440e-0323.6600271019
4210.0070318048.4868-42.9462196901526.8 268.643WHITE 26.21 1.626e-0122.2600271019
4220.0070318048.4868-42.9462196901926.6 14.822UVW2 28.22-5.820e-02  00271019
J/ApJ/690/163/table4 The first Swift UV-Opt GRB afterglow catalog (Roming+, 2009)
Selected sample from the Swift/UVOT event mode burst database (9402 rows)
img(gal)
start AladinLite
Full

_r
arcsec
GRB

RAJ2000
deg
DEJ2000
deg
Tstart
s
Exp
s
Filt

A(SR)
arcsec2
CLCR
ct/s
mag
mag
TrigNum

10.0070318048.4868-42.9462195895812.0 10.000white 77.87 3.857e+0116.32271019
20.0070318048.4868-42.9462195895822.0 10.000white 77.87 3.838e+0116.33271019
30.0070318048.4868-42.9462195895832.0 10.000white 77.87 4.226e+0116.23271019
40.0070318048.4868-42.9462195895842.0 10.000white 77.87 4.344e+0116.20271019
50.0070318048.4868-42.9462195895852.0 10.000white 77.87 4.688e+0116.11271019
60.0070318048.4868-42.9462195895862.0 10.000white 77.87 4.220e+0116.23271019
70.0070318048.4868-42.9462195895872.0 9.992white 77.87 4.413e+0116.18271019
80.0070318048.4868-42.9462195895882.0 10.000white 77.87 4.831e+0116.08271019
90.0070318048.4868-42.9462195895892.0 10.000white 77.87 4.923e+0116.06271019
100.0070318048.4868-42.9462195895902.0 9.741white 77.87 4.537e+0116.15271019
110.0070318048.4868-42.9462195896402.0 2.236white 77.87 4.943e+0116.06271019
120.0070318048.4868-42.9462195896412.0 7.509white 77.87 4.618e+0116.13271019
130.0070318048.4868-42.9462195896552.0 2.509white 77.87 3.767e+0116.35271019
140.0070318048.4868-42.9462195896562.0 7.237white 77.87 4.022e+0116.28271019
150.0070318048.4868-42.9462195897202.0 2.581white 77.87 2.361e+0116.86271019
160.0070318048.4868-42.9462195897212.0 7.176white 77.87 2.455e+0116.81271019
170.0070318048.4868-42.9462195897362.0 2.880white 77.87 1.871e+0117.11271019
180.0070318048.4868-42.9462195897372.0 6.889white 77.87 1.749e+0117.18271019
190.0070318048.4868-42.9462195897522.0 3.035white 77.87 1.910e+0117.09271019
200.0070318048.4868-42.9462195897532.0 6.722white 77.87 1.908e+0117.09271019
210.0070318048.4868-42.9462195895792.2 9.238v 77.87 4.931e+0016.16271019
220.0070318048.4868-42.9462195895912.2 4.688v 77.87 6.352e+0015.88271019
230.0070318048.4868-42.9462195895922.2 10.000v 77.87 6.991e+0015.78271019
240.0070318048.4868-42.9462195895932.2 10.000v 77.87 7.810e+0015.66271019
250.0070318048.4868-42.9462195895942.2 10.000v 77.87 8.699e+0015.54271019
260.0070318048.4868-42.9462195895952.2 10.000v 77.87 8.452e+0015.57271019
270.0070318048.4868-42.9462195895962.2 10.000v 77.87 9.636e+0015.43271019
280.0070318048.4868-42.9462195895972.2 10.000v 77.87 1.094e+0115.29271019
290.0070318048.4868-42.9462195895982.2 10.000v 77.87 9.149e+0015.49271019
300.0070318048.4868-42.9462195895992.2 10.000v 77.87 8.776e+0015.53271019
310.0070318048.4868-42.9462195896002.2 10.000v 77.87 1.021e+0115.37271019
320.0070318048.4868-42.9462195896012.2 10.000v 77.87 9.797e+0015.41271019
330.0070318048.4868-42.9462195896022.2 10.000v 77.87 9.648e+0015.43271019
340.0070318048.4868-42.9462195896032.2 10.000v 77.87 1.057e+0115.33271019
350.0070318048.4868-42.9462195896042.2 10.000v 77.87 1.146e+0115.24271019
360.0070318048.4868-42.9462195896052.2 10.000v 77.87 9.143e+0015.49271019
370.0070318048.4868-42.9462195896062.2 10.000v 77.87 9.316e+0015.47271019
380.0070318048.4868-42.9462195896072.2 10.000v 77.87 9.554e+0015.44271019
390.0070318048.4868-42.9462195896082.2 10.000v 77.87 1.247e+0115.15271019
400.0070318048.4868-42.9462195896092.2 10.000v 77.87 1.160e+0115.23271019
410.0070318048.4868-42.9462195896102.2 10.000v 77.87 9.023e+0015.50271019
420.0070318048.4868-42.9462195896112.2 10.000v 77.87 9.278e+0015.47271019
430.0070318048.4868-42.9462195896122.2 10.000v 77.87 1.012e+0115.38271019
440.0070318048.4868-42.9462195896132.2 10.000v 77.87 1.087e+0115.30271019
450.0070318048.4868-42.9462195896142.2 10.000v 77.87 9.326e+0015.47271019
460.0070318048.4868-42.9462195896152.2 10.000v 77.87 8.731e+0015.54271019
470.0070318048.4868-42.9462195896162.2 10.000v 77.87 8.953e+0015.51271019
480.0070318048.4868-42.9462195896172.2 10.000v 77.87 9.957e+0015.39271019
490.0070318048.4868-42.9462195896182.2 10.000v 77.87 9.124e+0015.49271019
500.0070318048.4868-42.9462195896192.2 10.000v 77.87 1.012e+0115.38271019
510.0070318048.4868-42.9462195896202.2 10.000v 77.87 9.391e+0015.46271019
520.0070318048.4868-42.9462195896212.2 10.000v 77.87 9.652e+0015.43271019
530.0070318048.4868-42.9462195896222.2 10.000v 77.87 8.200e+0015.61271019
540.0070318048.4868-42.9462195896232.2 10.000v 77.87 1.118e+0115.27271019
550.0070318048.4868-42.9462195896242.2 10.000v 77.87 7.879e+0015.65271019
560.0070318048.4868-42.9462195896252.2 10.000v 77.87 8.748e+0015.54271019
570.0070318048.4868-42.9462195896262.2 10.000v 77.87 1.052e+0115.33271019
580.0070318048.4868-42.9462195896272.2 10.000v 77.87 9.271e+0015.47271019
590.0070318048.4868-42.9462195896282.2 10.000v 77.87 1.048e+0115.34271019
600.0070318048.4868-42.9462195896292.2 10.000v 77.87 8.023e+0015.63271019
610.0070318048.4868-42.9462195896302.2 10.000v 77.87 7.365e+0015.72271019
620.0070318048.4868-42.9462195896312.2 5.082v 77.87 9.743e+0015.42271019
630.0070318048.4868-42.9462195896442.2 3.376v 77.87 1.048e+0115.34271019
640.0070318048.4868-42.9462195896452.2 10.000v 77.87 6.850e+0015.80271019
650.0070318048.4868-42.9462195896462.2 6.345v 77.87 8.030e+0015.63271019
660.0070318048.4868-42.9462195896702.2 4.632v 77.87 5.882e+0015.97271019
670.0070318048.4868-42.9462195896712.2 10.000v 77.87 4.128e+0016.35271019
680.0070318048.4868-42.9462195896722.2 10.000v 77.87 6.073e+0015.93271019
690.0070318048.4868-42.9462195896732.2 10.000v 77.87 4.865e+0016.17271019
700.0070318048.4868-42.9462195896742.2 10.000v 77.87 5.483e+0016.04271019
710.0070318048.4868-42.9462195896752.2 10.000v 77.87 4.215e+0016.33271019
720.0070318048.4868-42.9462195896762.2 10.000v 77.87 4.853e+0016.17271019
730.0070318048.4868-42.9462195896772.2 10.000v 77.87 6.419e+0015.87271019
740.0070318048.4868-42.9462195896782.2 10.000v 77.87 3.871e+0016.42271019
750.0070318048.4868-42.9462195896792.2 10.000v 77.87 4.506e+0016.26271019
760.0070318048.4868-42.9462195896802.2 10.000v 77.87 6.159e+0015.92271019
770.0070318048.4868-42.9462195896812.2 10.000v 77.87 5.075e+0016.13271019
780.0070318048.4868-42.9462195896822.2 10.000v 77.87 4.740e+0016.20271019
790.0070318048.4868-42.9462195896832.2 10.000v 77.87 3.821e+0016.43271019
800.0070318048.4868-42.9462195896842.2 10.000v 77.87 5.016e+0016.14271019
810.0070318048.4868-42.9462195896852.2 10.000v 77.87 3.915e+0016.41271019
820.0070318048.4868-42.9462195896862.2 10.000v 77.87 4.075e+0016.36271019
830.0070318048.4868-42.9462195896872.2 10.000v 77.87 4.386e+0016.28271019
840.0070318048.4868-42.9462195896882.2 10.000v 77.87 4.382e+0016.29271019
850.0070318048.4868-42.9462195896892.2 10.000v 77.87 5.890e+0015.96271019
860.0070318048.4868-42.9462195896902.2 10.000v 77.87 4.979e+0016.15271019
870.0070318048.4868-42.9462195896912.2 10.000v 77.87 4.447e+0016.27271019
880.0070318048.4868-42.9462195896922.2 10.000v 77.87 3.345e+0016.58271019
890.0070318048.4868-42.9462195896932.2 10.000v 77.87 2.866e+0016.75271019
900.0070318048.4868-42.9462195896942.2 10.000v 77.87 5.049e+0016.13271019
910.0070318048.4868-42.9462195896952.2 10.000v 77.87 3.118e+0016.66271019
920.0070318048.4868-42.9462195896962.2 10.000v 77.87 4.451e+0016.27271019
930.0070318048.4868-42.9462195896972.2 10.000v 77.87 4.715e+0016.21271019
940.0070318048.4868-42.9462195896982.2 10.000v 77.87 3.497e+0016.53271019
950.0070318048.4868-42.9462195896992.2 10.000v 77.87 3.678e+0016.48271019
960.0070318048.4868-42.9462195897002.2 10.000v 77.87 4.194e+0016.33271019
970.0070318048.4868-42.9462195897012.2 10.000v 77.87 4.925e+0016.16271019
980.0070318048.4868-42.9462195897022.2 10.000v 77.87 2.742e+0016.79271019
990.0070318048.4868-42.9462195897032.2 10.000v 77.87 4.677e+0016.21271019
1000.0070318048.4868-42.9462195897042.2 10.000v 77.87 4.723e+0016.20271019
1010.0070318048.4868-42.9462195897052.2 10.000v 77.87 5.078e+0016.13271019
1020.0070318048.4868-42.9462195897062.2 10.000v 77.87 4.839e+0016.18271019
1030.0070318048.4868-42.9462195897072.2 10.000v 77.87 3.687e+0016.47271019
1040.0070318048.4868-42.9462195897082.2 10.000v 77.87 2.936e+0016.72271019
1050.0070318048.4868-42.9462195897092.2 10.000v 77.87 3.074e+0016.67271019
1060.0070318048.4868-42.9462195897102.2 5.140v 77.87 3.897e+0016.41271019
1070.0070318048.4868-42.9462195897242.2 3.886v 77.87 2.355e+0016.96271019
1080.0070318048.4868-42.9462195897252.2 10.000v 77.87 2.598e+0016.85271019
1090.0070318048.4868-42.9462195897262.2 5.877v 77.87 1.797e+0017.25271019
1100.0070318048.4868-42.9462195897402.2 4.107v 77.87 3.275e+0016.60271019
1110.0070318048.4868-42.9462195897412.2 10.000v 77.87 3.401e+0016.56271019
1120.0070318048.4868-42.9462195897422.2 5.656v 77.87 1.520e+0017.44271019
J/ApJ/701/824/grb Afterglows of short and long-duration GRBs (Nysewander+, 2009)
Observed prompt and afterglow properties of short-duration (table 1) and long-duration (table 2) GRBs (457 rows)
img(gal)
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_r
arcsec
GRB

n_

Sat

LoCh
keV
UpCh
keV
z

f_

Flu
10-10J/m2
l_

logE
[10-7J]
l_

XFlux
10-17W/m2
n_

l_

FR/FX

Ref

Simbad

_RA
deg
_DE
deg
10.00070318lSwift15 150 0.8360   24.80  51.66   263.70     3.02254, 268, 559, 560Simbad048.48679-42.94619
J/ApJ/704/1405/table1 Testing the Epeak-Eiso relation for GRBs (Krimm+, 2009)
General properties of BAT/WAM bursts (91 rows)
img(gal)
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_r
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GRB

T90
s
r_

f_

z

r_

f_

Trig

f_

TrigW

Det

f_

ti.0
s
ti.1
s
f_

si.0
s
si.1
s
f_

Seg

f_

Simbad

_RA
deg
_DE
deg
10.00070318 74.6     0.8397 8  271019   578 1   -1.14103.36sl -1.14 23.86slseq1-3  Simbad048.48679-42.94619
J/ApJ/731/103/GRBs Redshift catalog for Swift long GRBs (Xiao+, 2011)
γ-ray bursts studied: redshifts and luminosity indicators (tables 3 and 5 of paper) (263 rows)
img(gal)
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Full

_r
arcsec
R

GRB

tauLag
s
Var

tauRT
s
l_

Np

Epeak
keV
alpha

beta

l_

tJet
d
n_

l_

zsp

zph

l_

z

Simbad

_RA
deg
_DE
deg
10  070318   0.037 0.72   1 154-1.100-2.20         0.840 2.29   0.84Simbad048.487-42.946
J/ApJ/746/170/training Follow-up resources for high-redshift GRBs (Morgan+, 2012)
Training set data and results (135 rows)
img(gal)
start AladinLite
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_r
arcsec
GRB

Qhat-tr

z

SimbadName

alpha

Epeak
keV
S
mJ/m2
S/N

NH
10+22/cm2
T90
s
sig

Rpeak
ct/s
Trig

UVOT

Ppz

_RA
deg
_DE
deg
100703180.483 0.8397GRB 070318-1.41 196.0 4.41e-06 48.1 0.230 51.0 10.0 201yesyes0.129048.49-42.95
J/ApJ/787/66/table1 Burst duration measurements for a GRB sample (Zhang+, 2014)
tburst of the Each GRB in Our Good Sample (343 rows)
img(gal)
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_r
arcsec
GRB

l_

logtburst
[s]
e_
[s]
n_

Simbad

_RA
deg
_DE
deg
10.00070318 ~ 1.873  T90Simbad048.48679-42.94619
J/ApJ/787/90/table1 Gamma-ray bursts minimum timescales (Golkhou+, 2014)
GRB Minimum Timescales (481 rows)
img(gal)
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_r
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GRB

Deltmin
s
e_
s
Deltsnr
s
e_
s
T90
s
e_
s
TR45
s
e_
s
sigXtmin

sigXtsnr

chi2

S/N

z

Simbad

_RA
deg
_DE
deg
10.00070318 4.99 0.850 1.000 0.480 51.00 2.32 10.25 0.336 0.391 0.114 1.2700 48.1 0.8360Simbad048.48679-42.94619
J/ApJ/788/30/table1 Gamma-ray burst flares: X-ray flaring (Swenson+, 2014)
X-ray Flares (498 rows)
img(gal)
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_r
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FP

Name

z

Tpeak
s
Tstart
s
Tstop
s
Delt/t

FRatio

Conf

Simbad

_RA
deg
_DE
deg
10.00NGRB070318 0.8400 270.70 235.64 423.34 0.69 3.06 1.0000Simbad048.48679-42.94619
20.00NGRB070318   193.77 186.64 216.47 0.15 0.50 0.8203Simbad048.48679-42.94619
J/ApJ/820/66/table1 Cosmic evolution of long gamma-ray burst luminosity (Deng+, 2016)
The Data of Our GRB Sample (258 rows)
img(gal)
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_r
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GRB

z

log10Lp
[10-7W]
e_
(...)
P
ph/cm2/s
e_
(...)
Gamma

e_

Simbad

_RA
deg
_DE
deg
10.00070318 0.8360050.50 0.04 1.80 0.20 1.42 0.08Simbad048.48679-42.94619
J/ApJ/826/45/table1 GRB X-ray afterglows light curves analysis (Racusin+, 2016)
The properties of the GRBs in our sample (247 rows)
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_r
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GRB

z

r_

T90
s
aX

E_

e_

LX
10-7J/cm2/Hz
E_
(...)
e_
(...)
SDC

Pl

Fl

GCat

Simbad

_RA
deg
_DE
deg
10.0070318 0.84Chen et al. (2007)130.4 1.05 0.04 0.04 5.0e+29 4.3e+28 4.3e+28nyy 3Simbad048.4868-42.9462
J/ApJ/828/36/table1 GRB light-curve decay indices with Swift (Del Vecchio+, 2016)
GRB afterglow decay index fits (172 rows)
img(gal)
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_r
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GRB

l_

alpha

e_

logT1
[s]
logT2
[s]
Type

SCat

Simbad

NED

_RA
deg
_DE
deg
10.0070318   2.01 0.19 5.17 5.90L 2SimbadNED048.4868-42.9462
J/ApJ/833/159/table2 Late X-ray emission of binary-driven hypernovae (Pisani+, 2016)
List of the enlarged sample (ES) of binary-driven hypernovae (BdHNe) considered in this work (161 rows)
img(gal)
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_r
arcsec
GRB

z

alpha

ELT
10+44J
theta
deg
Eiso
10+45J
Inst

GCN

SimbadName

_RA
deg
_DE
deg
10.0070318A 0.8400 1.420 1.97028.80 4.37Swift 6212GRB 070318048.4868-42.9462
J/ApJ/852/53/table9 Early X-ray flares in GRBs (Ruffini+, 2018)
*List of the binary-driven hypernovae (BdHNe) considered in this work (345 rows) (Note)
img(gal)
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_r
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GRB

z

Eiso
10+45J
e_
(...)
LX

E/C

UL

T90
s
Inst

Ref

Simbad

NED

_RA
deg
_DE
deg
10.00070318 0.8400 3.41 2.1400LXC   63.00SwiftGCN 6212 SimbadNED048.48679-42.94619
J/ApJ/884/59/table1 GRB X-ray flare temporal and spectral properties (Liu+, 2019)
Temporal properties of X-ray flares among X-ray flash (XRF), X-ray rich (XRR) and classical GRB (C-GRB) (582 rows)
img(gal)
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Full

_r
arcsec
GRB

Type

Int

z

T90
s
Epa
10+2keV
alphaPL

alphaCPL

Sp25
10-3J/m2
Sp50
10-3J/m2
Spf15
10-3J/m2
tbp
s
wc
s
Sid0.2
10-3J/m2
Ste0.2
10-3J/m2
rgi

rht

ri

rt

Ref

Y16

B18

Simbad

_RA
deg
_DE
deg
10.002070318C-GRB   0.83600130.4 3.300 1.4 1.3000 60.8 93.7000 502.0 280.7 192.0 8.2 8.20 0.016000 0.016000    Yi16 1 0GRB 070318 048.486792-42.946194
20.002070318C-GRB                   197.4 28.9 1.0 14.00 0.002000 0.028000    Ch10 1 0GRB 070318 048.486792-42.946194
30.002070318C-GRB                   283.3 147.9 13.0   0.026000         1 0GRB 070318 048.486792-42.946194
J/ApJS/209/20/table9 Swift GRB catalog with X-ray data (Grupe+, 2013)
GRB catalog (754 rows)
img(gal)
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_r
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Seq

GRB

TID

z

T90
s
Flue
mJ/m2
Gamma

Epeak
keV
logE
[10-7J]
logL
[10-7W]
bx

Tbr1
s
Tbr2
s
ax2

ax3

Simbad

_RA
deg
_DE
deg
10.00209070318271019 0.8360 63.000 2.6e-06 1.38  52.111650.5761 1.11 7500261000 0.85 1.90Simbad048.48679-42.94619
J/ApJS/224/20/table1 10yr of Swift/XRT obs. of GRBs (Yi+, 2016)
Fitting results of X-ray flares for 201 GRBs (468 rows)
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GRB

Nf

z

T-start
s
T-peak
s
T-end
s
Fp
10-13W/m2
SF
10-11J/m2
Lp
10+41W
Ex-iso
10+43J
E09

Simbad

NED

_RA
deg
_DE
deg
10070318 1 0.8360 237.7 280.7 429.7 7.780000 8.21 1.380000 1.46 3GRB 070318 NED048.487-42.946
J/ApJS/227/7/table1 Long & short GRBs with host galaxies data (Li+, 2016)
Basic sample (407 rows)
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Type

GRB

f_

l_

z

E_

e_

n_

r_

n_

l_

T90
s
e_
s
T90ex
s
r_T90

Eg_iso
10-7J
Lp_iso
10-7W
f

feff

e_

SimbadName

NED

_RA
deg
_DE
deg
10.0L070318A     0.84010    E1275Swift   131.520    1021 1.8e+52 2.0e+51 1.32 1.09 0.11GRB 070318NED048.4868-42.9462
J/ApJS/248/21/table1 Swift long gamma-ray bursts (Hao+, 2020)
The list of 371 Swift long gamma-ray bursts (LGRBs) (371 rows)
img(gal)
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_r
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H

GRB

z

r_

T90
s
S
10-14J/cm2
P
ph/s/cm2
logEiso
[10-7J]
logLiso
[10-7W]
BAT3

Swift

Simbad

_RA
deg
_DE
deg
10 0070318 0.839701130.37 26.20 1.6151.8049.94 1SwiftGRB 070318 048.49-42.95
J/A+A/557/A12/GRBs Optical light curves of γ-ray bursts (Zaninoni+, 2013)
Sample of the γ-ray bursts (GRB) studied, with redshift and luminosity distance (table C5) (68 rows)
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_r
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GRB

RAJ2000
"h:m:s"
DEJ2000
"d:m:s"
Simbad

z

DL
Gpc
10.0007031803 13 56.83-42 56 46.3Simbad 0.836 5.307
J/A+A/581/A125/list UV/Optical/NIR spectroscopy GRB hosts (Kruehler+, 2015)
List of GRB host galaxies with spectra (96 rows)
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Name

z

sp1

file1

sp2

file2

Simbad

_RA
deg
_DE
deg
10.00GRB070318 0.8400nirfile1visfile2Simbad048.48679-42.94619
J/A+A/584/A48/tablea1 New redshifts of 357 GBBs (Horvath+, 2015)
ID, duration, coordinates, and redshift of the 357 GRBs as were published at http://www.astro.caltech.edu/grbox/grbox.php (357 rows)
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T90
s
RAJ2000
deg
DEJ2000
deg
z

Simbad

10.02070318 63.00048.48679-42.94619 0.840000Simbad
J/A+A/589/A98/table1 Swift GRBs individual power density spectra (Guidorzi+, 2016)
Time intervals for calculating the PDS referred to trigger times, T90, redshifts (215 rows)
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GRB

Tstart
s
Tstop
s
T7sigma
s
T90
s
Cat

z

r_

Simbad

_RA
deg
_DE
deg
10.00070318 -63.472 125.456 62.976 131.520S11 0.8400 1Simbad048.48679-42.94619
J/A+A/609/A112/tablea1 Bulk Lorentz factors of gamma-ray bursts (Ghirlanda+, 2018)
*Sample of GRBs with measured tp (69 events) from the peak of the light curve (172 rows) (Note)
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n_

f_

z

logEp
[keV]
e_
(...)
logEiso
[10-7J]
e_
(...)
logLiso
[10-7W]
e_
(...)
l_

logtp
[s]
Ref

Simbad

_RA
deg
_DE
deg
10.00070318 s   0.84 2.556 0.087051.681 0.043050.643 0.0430   2.480Liang et al. (2010)Simbad048.48679-42.94619
J/A+A/642/A141/ousxg Flux-limited sample of HBL blazars, OUSXG (Giommi+, 2020)
The OUSXG catalog (31227 rows)
img(gal)
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HSP

Name

RAJ2000
deg
DEJ2000
deg
MJD0
d
MJD1
d
CR0.3-10
ct/s
ExpTime
s
CR0.3-1
ct/s
CR1-2
ct/s
CR2-10
ct/s
Flux0.3-10
mW/m2
Flux0.3-1
mW/m2
Flux1-2
mW/m2
Flux2-10
mW/m2
nuFnu0.5kEv
mW/m2
nuFnu1kEv
mW/m2
nuFnu1.5kEv
mW/m2
nuFnu3kEv
mW/m2
nuFnu45kEv
mW/m2
SpSlope

12.83  OUSXGJ031357-4256.7048.48724-42.9454854177.318257983.1403 2.72e-02 124152 6.19e-03 1.14e-02 9.58e-03 1.17e-12 1.38e-13 2.09e-13 8.52e-13 1.22e-13 2.18e-13 3.14e-13 3.98e-13 5.17e-13 0.1594
J/MNRAS/397/1177/enhpos Swift-XRT observations of GRBs (Evans+, 2009)
Enhanced X-ray positions for 268 GRBs (268 rows)
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TargetID

GRB

RAJ2000
deg
DEJ2000
deg
e_Pos
arcsec
11.41 271019070318048.48633-42.94639 1.4
J/MNRAS/428/729/observed GRB Swift X-ray light curves analysis (Margutti+, 2013)
Best-fitting parameters in the observer frame (tables B1–B4) (437 rows)
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E

Type

z

alpha1

alpha2

alpha3

alpha4

T90
s
alpha90

Simbad

logT0
[s]
logT1
[s]
SX
mJ/m2
e_
(...)
_RA
deg
_DE
deg
10070318E0CF 0.836 1.105       131.52 0.281Simbad 1.847 5.910 8.04e-07 1.9e-08048.49-42.95
J/MNRAS/458/84/tablea3 Host galaxies of Superluminous Supernovae (Angus+, 2016)
LGRB subsample from SNAPSHOT survey (26 rows)
img(gal)
start AladinLite
Full

_r
arcsec
Event

z

RAJ2000
"h:m:s"
DEJ2000
"d:m:s"
10.919GRB070318 0.840003 13 56.760-42 56 46.80
J/MNRAS/464/4545/grbcat Gamma Ray Bursts detected by Swift (2004-2015) (Buchner+, 2017)
Catalog of SWIFT GRB (2004-2015) (920 rows)
img(gal)
start AladinLite
Full

_r
arcsec
Name

Trigger

Dur
s
is_short

RAJ2000
deg
DEJ2000
deg
GLON
deg
GLAT
deg
NHgal
[cm-2]
z

Tint
s
NHT
[cm-2]
NHTq10
[cm-2]
NHTq90
[cm-2]
PhoIndexT

NHS
[cm-2]
NHSq10
[cm-2]
NHSq90
[cm-2]
PhoIndexS

Simbad

11.117GRB 070318 271019 7.46000e+010048.48655-42.946449251.09244-57.160641 1.50000e+20 0.8400005537-133220 21.9109 21.7568 22.0460 1.90784 21.7350 21.5811 21.9016 1.95962Simbad
J/other/Sci/338.1445/tables2 Relativistic jets from black hole systems (Nemmen+, 2012)
Properties of the γ-ray burst (GRB) sample (56 rows)
img(gal)
start AladinLite
Full

_r
arcsec
Name

n_

z

t90
s
l_

thetaj
deg
logEiso,g
[10-7J]
logLiso
[10-7W]
l_

logL
[10-7W]
logEiso,k
[10-7J]
l_

logPjet
[10-7W]
Obs

Ref

Simbad

_RA
deg
_DE
deg
10.00070318   0.840 0.4   8.852.0352.69  50.7653.92  52.65BAT2Simbad048.48679-42.94619
elapse time 13

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