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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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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

10.131J151334.0+30521213371287228.391782+30.870059 2           8.9          21.956000000
20.513J151334.0+30521213371287228.391912+30.870051 2           13.6          21.331000000

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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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

10.75J151334.0+305212228.39199+30.87011 0 1.75e-02 3.60e-04-3.60e-04 1.19e-02 0.019-0.274 2.09e-10 2.93e-10 3.73e-13 3.94e-13Viz 2
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

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Cat

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arcsec
RAJ2000
deg
DEJ2000
deg
Err90
arcsec
10.85J151334.0+305212GRB 051117AXRTGRB 0.3228.39199+30.87020 1.6
23.01J151334.0+305212[GPG2007] J151333.8+305213.3SIMBAD 3.7228.39083+30.87036  

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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2SXPS

RAJ2000
deg
DEJ2000
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Det

CR0
ct/s
E_
ct/s
e_
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HR1

HR2

PcstS0

FPO0
mW/m2
FPU0
mW/m2
11.07 2897228.39141+30.87014 0 2.02e-02 2.81e-04-2.81e-04 0.047-0.153 0.00e+00 6.201e-13 8.11e-13

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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2SXPS

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HR2

PcstS0

FPO0
mW/m2
FPU0
mW/m2
11.07 2897228.39141+30.87014 0 2.02e-02 2.81e-04-2.81e-04 0.047-0.153 0.00e+00 6.201e-13 8.11e-13
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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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

10.0051117a228.3917+30.8701136.3  19.9319.4818.6619.81       0.019 1.5490Simbad
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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CLCR
ct/s
mag
mag
TrigNum

10.0051117a228.3917+30.8701153917577.5 9.776V 28.22 7.704e-0118.1700164268
20.0051117a228.3917+30.8701153917590.7 196.633V 28.22 1.749e-0119.7800164268
30.0051117a228.3917+30.8701153917795.1 48.989UVM2 27.97 1.406e-0118.9500164268
40.0051117a228.3917+30.8701153917849.5 48.966UVW1 28.48 1.363e-0119.6500164268
50.0051117a228.3917+30.8701153917903.0 48.990U 27.97 7.449e-0118.6600164268
60.0051117a228.3917+30.8701153917957.4 48.977B 28.22-3.495e-02  00164268
70.0051117a228.3917+30.8701153918011.3 48.977WHITE 28.22 1.939e+0019.5700164268
80.0051117a228.3917+30.8701153918066.3 48.988UVW2 28.48 2.167e-0119.0100164268
90.0051117a228.3917+30.8701153918120.2 48.978V 28.22 1.534e-0119.9300164268
100.0051117a228.3917+30.8701153918174.1 48.978UVM2 28.48 1.365e-0118.9800164268
110.0051117a228.3917+30.8701153918228.6 48.976UVW1 27.97 2.069e-0119.2000164268
120.0051117a228.3917+30.8701153918282.5 48.989U 28.98 6.967e-0118.7300164268
130.0051117a228.3917+30.8701153918336.9 48.987B 28.22 3.050e-0120.4000164268
140.0051117a228.3917+30.8701153918390.8 48.977WHITE 27.97 2.062e+0019.5000164268
150.0051117a228.3917+30.8701153918445.2 48.989UVW2 28.98 5.177e-0220.5600164268
160.0051117a228.3917+30.8701153918499.7 98.179V 28.48 4.387e-0221.2800164268
170.0051117a228.3917+30.8701153918603.4 98.191UVM2 28.98 8.242e-0219.5300164268
180.0051117a228.3917+30.8701153918708.2 98.192UVW1 27.97 1.604e-0119.4800164268
190.0051117a228.3917+30.8701153918811.9 98.189U 28.48 6.162e-0118.8700164268
200.0051117a228.3917+30.8701153918916.7 98.189B 27.72 5.260e-0119.8100164268
210.0051117a228.3917+30.8701153919022.0 98.201UVW2 28.22 9.982e-0219.8500164268
220.0051117a228.3917+30.8701153919125.7 88.460V 28.48 3.598e-0119.0000164268
230.0051117a228.3917+30.8701153922499.8 827.761UVM2 28.22 5.715e-0219.9300164268
240.0051117a228.3917+30.8701153923407.1 885.581UVW1 27.97 1.031e-0119.9600164268
250.0051117a228.3917+30.8701153924314.1 675.446U 27.22 2.117e-0120.0300164268
260.0051117a228.3917+30.8701153934002.7 211.390V 27.97-7.823e-02  00164268
270.0051117a228.3917+30.8701153934221.22120.788V 27.72-5.241e-02  00164268
280.0051117a228.3917+30.8701153936386.6 179.650V 28.22 5.330e-0323.5700164268
290.0051117a228.3917+30.8701153939788.4 211.380V 27.97-5.389e-02  00164268
300.0051117a228.3917+30.8701153940007.22119.811V 27.97 6.188e-0220.9100164268
310.0051117a228.3917+30.8701153942171.4 179.671V 28.48 6.990e-0220.7800164268
320.0051117a228.3917+30.8701153945552.6 213.367V 27.97-2.557e-01  00164268
330.0051117a228.3917+30.8701153945773.02137.533V 28.22 1.893e-0222.2000164268
340.0051117a228.3917+30.8701153947955.3 180.616V 28.22-5.289e-02  00164268
350.0051117a228.3917+30.8701153957090.4 216.320V 27.97-5.261e-02  00164268
360.0051117a228.3917+30.8701153957313.42164.104V 28.98 5.050e-0323.6300164268
370.0051117a228.3917+30.8701153959522.6 183.103V 27.97 8.828e-0220.5300164268
380.0051117a228.3917+30.8701153962883.0 215.300V 27.97 7.080e-0220.7600164268
390.0051117a228.3917+30.8701153963105.02157.209V 28.22 1.402e-0222.5200164268
400.0051117a228.3917+30.8701153965307.2 183.602V 28.22 5.647e-0221.0100164268
410.0051117a228.3917+30.8701153968770.5 207.449V 28.22 7.800e-0323.1600164268
420.0051117a228.3917+30.8701153968984.92073.552V 27.22 2.898e-0221.7300164268
430.0051117a228.3917+30.8701153971101.9 174.177V 28.98 1.079e-0222.8100164268
440.0051117a228.3917+30.8701153980559.9 179.878V 27.22 3.334e-0221.5800164268
450.0051117a228.3917+30.8701153980745.71801.905V 27.97 5.058e-0221.1300164268
460.0051117a228.3917+30.8701153982586.4 152.937V 28.22 6.278e-0220.9000164268
470.0051117a228.3917+30.8701153986239.9 193.679V 28.48 9.983e-0220.3900164268
480.0051117a228.3917+30.8701153986439.71935.763V 28.48 3.270e-0324.1000164268
490.0051117a228.3917+30.8701153988416.3 143.023V 28.98-8.680e-03  00164268
500.0051117a228.3917+30.8701153992262.5 171.028V 28.22 1.064e-0120.3200164268
510.0051117a228.3917+30.8701153992439.81712.309V 28.98 4.313e-0221.3000164268
520.0051117a228.3917+30.8701153994188.5 131.121V 27.72 1.693e-0119.8200164268
530.0051117a228.3917+30.8701153998116.0 163.112V 27.97 1.754e-0222.2800164268
540.0051117a228.3917+30.8701153998285.11632.615V 28.73 3.918e-0221.4100164268
550.0051117a228.3917+30.8701153999952.8 127.158V 28.98 5.833e-0220.9800164268
560.0051117a228.3917+30.8701154003824.2 170.051V 27.97-5.626e-02  00164268
570.0051117a228.3917+30.8701154004000.31707.422V 27.97 4.232e-0221.3200164268
580.0051117a228.3917+30.8701154005744.0 155.348V 28.98 6.730e-0220.8200164268
590.0051117a228.3917+30.8701154009359.5 189.727V 27.22 3.440e-0324.0500164268
600.0051117a228.3917+30.8701154009555.31900.331V 27.97 4.432e-0221.2700164268
610.0051117a228.3917+30.8701154011495.7 163.731V 27.72-7.720e-03  00164268
620.0051117a228.3917+30.8701154015179.5 189.738V 27.97 9.538e-0220.4400164268
630.0051117a228.3917+30.8701154015375.71900.331V 27.97 3.193e-0221.6300164268
640.0051117a228.3917+30.8701154017316.2 163.307V 28.98 4.237e-0221.3200164268
650.0051117a228.3917+30.8701154020939.1 189.727V 28.98-5.300e-02  00164268
660.0051117a228.3917+30.8701154021135.41900.331V 27.97 4.882e-0221.1700164268
670.0051117a228.3917+30.8701154023068.6 170.192V 28.48 1.453e-0119.9800164268
680.0051117a228.3917+30.8701154026761.0 189.738V 27.47-1.061e-01  00164268
690.0051117a228.3917+30.8701154026957.31900.320V 28.22-4.805e-02  00164268
700.0051117a228.3917+30.8701154028897.7 161.776V 27.97-5.860e-03  00164268
710.0051117a228.3917+30.8701154032519.7 189.738V 27.97-9.172e-02  00164268
720.0051117a228.3917+30.8701154032716.01900.331V 28.22 4.420e-0323.7800164268
730.0051117a228.3917+30.8701154034656.4 162.732V 27.72-6.268e-02  00164268
740.0051117a228.3917+30.8701154038279.8 189.738V 28.22 3.790e-0323.9400164268
750.0051117a228.3917+30.8701154038476.21900.320V 27.72 3.842e-0221.4300164268
760.0051117a228.3917+30.8701154040416.6 162.764V 29.23-3.883e-02  00164268
770.0051117a228.3917+30.8701154044100.2 189.738V 28.22-7.470e-03  00164268
780.0051117a228.3917+30.8701154044296.61900.331V 27.72 8.830e-0323.0300164268
790.0051117a228.3917+30.8701154046237.0 162.330V 28.98 2.163e-0222.0500164268
800.0051117a228.3917+30.8701154049860.0 110.989V 28.98 2.807e-0221.7700164268
810.0051117a228.3917+30.8701154049975.81112.951V 28.22 1.730e-0324.7900164268
820.0051117a228.3917+30.8701154051113.2 87.512V 28.48 1.553e-0119.9100164268
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)
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A(SR)
arcsec2
CLCR
ct/s
mag
mag
TrigNum

10.0051117a228.3917+30.8701153918011.3 10.000white 79.13 2.950e+0019.12164268
20.0051117a228.3917+30.8701153918021.3 10.000white 79.13 1.496e+0019.85164268
30.0051117a228.3917+30.8701153918031.3 10.000white 79.13 7.721e-0120.57164268
40.0051117a228.3917+30.8701153918041.3 10.000white 79.13 1.944e+0019.57164268
50.0051117a228.3917+30.8701153918051.3 9.762white 79.13 4.055e+0018.77164268
60.0051117a228.3917+30.8701153918391.3 10.000white 79.13 2.588e+0019.26164268
70.0051117a228.3917+30.8701153918401.3 10.000white 79.13 3.727e+0018.86164268
80.0051117a228.3917+30.8701153918411.3 10.000white 79.13 2.174e+0019.45164268
90.0051117a228.3917+30.8701153918421.3 10.000white 79.13 1.556e+0019.81164268
100.0051117a228.3917+30.8701153918431.3 9.239white 79.13 2.206e+0019.43164268
110.0051117a228.3917+30.8701153917577.5 9.932v 79.13 1.673e-0119.83164268
120.0051117a228.3917+30.8701153917587.5 6.794v 79.13 1.347e-0120.07164268
130.0051117a228.3917+30.8701153917597.5 10.000v 79.13-1.748e-01  164268
140.0051117a228.3917+30.8701153917607.5 10.000v 79.13 5.484e-0118.54164268
150.0051117a228.3917+30.8701153917617.5 10.000v 79.13-4.425e-02  164268
160.0051117a228.3917+30.8701153917627.5 10.000v 79.13-3.070e-01  164268
170.0051117a228.3917+30.8701153917637.5 10.000v 79.13-6.586e-01  164268
180.0051117a228.3917+30.8701153917647.5 10.000v 79.13-4.331e-01  164268
190.0051117a228.3917+30.8701153917657.5 10.000v 79.13 2.458e-0119.41164268
200.0051117a228.3917+30.8701153917667.5 10.000v 79.13 7.696e-0118.17164268
210.0051117a228.3917+30.8701153917677.5 10.000v 79.13-2.601e-01  164268
220.0051117a228.3917+30.8701153917687.5 10.000v 79.13 4.586e-0221.24164268
230.0051117a228.3917+30.8701153917697.5 10.000v 79.13 2.624e-0221.84164268
240.0051117a228.3917+30.8701153917707.5 10.000v 79.13 6.783e-0118.31164268
250.0051117a228.3917+30.8701153917717.5 10.000v 79.13-2.361e-01  164268
260.0051117a228.3917+30.8701153917727.5 10.000v 79.13-1.735e-01  164268
270.0051117a228.3917+30.8701153917737.5 10.000v 79.13-9.255e-01  164268
280.0051117a228.3917+30.8701153917747.5 10.000v 79.13-3.623e-01  164268
290.0051117a228.3917+30.8701153917757.5 10.000v 79.13 1.837e+0017.23164268
300.0051117a228.3917+30.8701153917767.5 10.000v 79.13 1.225e+0017.67164268
310.0051117a228.3917+30.8701153917777.5 10.000v 79.13 5.161e-0118.61164268
320.0051117a228.3917+30.8701153917787.5 2.983v 79.13-5.222e-01  164268
330.0051117a228.3917+30.8701153918117.5 7.247v 79.13-9.247e-02  164268
340.0051117a228.3917+30.8701153918127.5 10.000v 79.13-1.027e-01  164268
350.0051117a228.3917+30.8701153918137.5 10.000v 79.13-3.333e-01  164268
360.0051117a228.3917+30.8701153918147.5 10.000v 79.13 6.483e-0118.36164268
370.0051117a228.3917+30.8701153918157.5 10.000v 79.13-2.696e-01  164268
380.0051117a228.3917+30.8701153918167.5 2.516v 79.13 1.014e+0017.87164268
390.0051117a228.3917+30.8701153918497.5 7.758v 79.13 8.502e-0118.07164268
400.0051117a228.3917+30.8701153918507.5 10.000v 79.13-2.245e-01  164268
410.0051117a228.3917+30.8701153918517.5 10.000v 79.13-1.108e-01  164268
420.0051117a228.3917+30.8701153918527.5 10.000v 79.13 4.542e-0221.25164268
430.0051117a228.3917+30.8701153918537.5 10.000v 79.13-8.068e-01  164268
440.0051117a228.3917+30.8701153918547.5 10.000v 79.13 7.963e-0118.14164268
450.0051117a228.3917+30.8701153918557.5 10.000v 79.13 2.139e-0222.06164268
460.0051117a228.3917+30.8701153918567.5 10.000v 79.13-1.465e-02  164268
470.0051117a228.3917+30.8701153918577.5 10.000v 79.13 2.721e-0119.30164268
480.0051117a228.3917+30.8701153918587.5 10.000v 79.13-5.473e-01  164268
490.0051117a228.3917+30.8701153918597.5 1.994v 79.13 6.601e-0118.34164268
500.0051117a228.3917+30.8701153919117.5 1.740v 79.13 1.820e+0017.24164268
510.0051117a228.3917+30.8701153919127.5 10.000v 79.13 5.466e-0221.05164268
520.0051117a228.3917+30.8701153919137.5 10.000v 79.13 3.605e-0119.00164268
530.0051117a228.3917+30.8701153919147.5 10.000v 79.13 2.463e-0119.41164268
540.0051117a228.3917+30.8701153919157.5 10.000v 79.13 5.579e-0221.02164268
550.0051117a228.3917+30.8701153919167.5 10.000v 79.13-5.145e-01  164268
560.0051117a228.3917+30.8701153919177.5 10.000v 79.13 7.849e-0118.15164268
570.0051117a228.3917+30.8701153919187.5 10.000v 79.13 9.952e-0117.90164268
580.0051117a228.3917+30.8701153919197.5 10.000v 79.13-9.665e-02  164268
590.0051117a228.3917+30.8701153919207.5 8.138v 79.13 2.288e-0119.49164268
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)
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Ref

Simbad

_RA
deg
_DE
deg
10.00051117AlSwift15 150     46.00       112.60      254, 268, 383Simbad228.39175+30.87008
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)
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l_

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Simbad

_RA
deg
_DE
deg
10  051117A   0.020 5.52   2 66-1.100-2.20           5.47   2.12Simbad228.392+30.870
J/ApJ/746/156/table1 Radio afterglow observations of GRBs (Chandra+, 2012)
Master table (304 rows)
img(gal)
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_r
arcsec
GRB

n_

R

Inst

RAJ2000
"h:m:s"
DEJ2000
"d:m:s"
X?

O?

R?

T90
s
l_

z

S15
mJ/m2
Ebol
10-7J
l_

FX
10-16W/m2
l_

FR
uJy
n
cm-3
f_

Simbad

11.0051117A    S15 13 34.1+30 52 13YYN 136.00     4.34e-06     11.30   6.90    Simbad
J/ApJ/746/170/table4 Follow-up resources for high-redshift GRBs (Morgan+, 2012)
Test data (203 rows)
img(gal)
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_r
arcsec
GRB

alpha

Epeak
keV
S
mJ/m2
S/N

NH
10+22/cm2
T90
s
sig

Rpeak
ct/s
Trig

tBAT
s
UVOT

Ppz

Qhat

SimbadName

_RA
deg
_DE
deg
10051117A-1.76 75.7 7.38e-06 53.8 0.092238.0 12.8 643yes 4.10e+00yes0.2330.733GRB 051117A228.39+30.87
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
10.00051117A   4.358 0.023  Simbad228.39175+30.87008
J/ApJ/787/90/table1 Gamma-ray bursts minimum timescales (Golkhou+, 2014)
GRB Minimum Timescales (481 rows)
img(gal)
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_r
arcsec
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
10.00051117A 27.70 4.700 9.630 6.690238.1413.14 58.32 1.415 0.297 0.110 0.0910 53.8  Simbad228.39175+30.87008
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
10.00NGRB051117A   1324.39 1257.16 5021.08 2.84 5.60 1.0000Simbad228.39175+30.87008
20.00NGRB051117A   1072.29 819.59 1233.96 0.39 2.33 0.7784Simbad228.39175+30.87008
30.00NGRB051117A   436.58 301.97 751.52 1.03 1.80 0.7747Simbad228.39175+30.87008
J/ApJ/866/97/table2 Swift X-ray flash & rich gamma-ray bursts in BAT3 (Bi+, 2018)
X-ray flash (XRF) and X-ray rich (XRR) samples (621 rows)
img(gal)
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_r
arcsec
Type

GRB

m_

z

T90
s
alphaPL

e_

alphaCPL

E_

e_

S15-150
10-8mJ/m2
e_
(...)
SR

e_

Epeak
keV
E_
keV
e_
keV
r_

L16

Simbad

_RA
deg
_DE
deg
10.0XRR051117A    140.63-1.82 0.03-1.53 0.13 0.13 429.9 9.5 0.89 0.03 80.40 112.5 9.2Lie16 1GRB 051117A 228.3917+30.8701
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
arcsec
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
10.00 88051117A164268   136.800 4.4e-06 1.83       1.3016800   0.92  Simbad228.39175+30.87008
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)
img(gal)
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_r
arcsec
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
10051117A 7   23.7 136.6 574.7 58.020000 98.78     3GRB 051117A NED228.392+30.870
20051117A 7   242.7 357.2 719.1 16.480000 33.54     3GRB 051117A NED228.392+30.870
30051117A 7   403.6 439.9 721.2 9.820000 15.06     3GRB 051117A NED228.392+30.870
40051117A 7   584.7 604.7 680.9 5.750000 3.49     3GRB 051117A NED228.392+30.870
50051117A 7   827.8 945.2 1145.3 9.600000 15.77     3GRB 051117A NED228.392+30.870
60051117A 7   969.5 1107.6 1223.5 9.100000 12.38     3GRB 051117A NED228.392+30.870
70051117A 7   1252.0 1318.0 2224.0 21.080000 66.99     3GRB 051117A NED228.392+30.870
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)
img(gal)
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_r
arcsec
GRB

Tstart
s
Tstop
s
T7sigma
s
T90
s
Cat

z

r_

Simbad

_RA
deg
_DE
deg
10.00051117A-223.008 302.112 199.936 136.850S11    Simbad228.39175+30.87008
J/AJ/133/1027/table1 Positions for 179 Swift X-ray afterglows (Butler+, 2007)
Refined XRT GRB Afterglow Positions (179 rows)
img(gal)
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_r
arcsec
GRB

n_

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

Err90
arcsec
n_

Simbad

11.42051117A3115 13 34.00+30 52 10.9o 1.5aSimbad
J/MNRAS/397/1177/enhpos Swift-XRT observations of GRBs (Evans+, 2009)
Enhanced X-ray positions for 268 GRBs (268 rows)
img(gal)
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_r
arcsec
TargetID

GRB

RAJ2000
deg
DEJ2000
deg
e_Pos
arcsec
11.03 164268051117A228.39204+30.86994 1.6
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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_r
arcsec
GRB

E

Type

z

alpha1

alpha2

alpha3

alpha4

T90
s
alpha90

Simbad

logT0
[s]
logT1
[s]
SX
mJ/m2
e_
(...)
_RA
deg
_DE
deg
10051117A  IICF   1.07413.000 0.846   136.85 0.995Simbad 2.054 6.284 4.00e-06 2.8e-06228.39+30.87
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)
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_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

10.523GRB 051117A 164268 1.36300e+020228.39178+30.869940 48.41071 58.828266 1.90000e+20 0.000000224-309,741-839,1209-1260,1732-22300,1980000-2054277 20.7663 19.0843 22.1299 1.95446 20.6930 19.1588 21.9410 1.97911Simbad
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