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The 1 column in color are computed by VizieR, and are not part of the original data.

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

1J000339.2-525827000.91374-52.97419 0 1.45e-02 2.33e-04-2.33e-04 0.00e+00-0.096-0.245 5.14e-11 5.98e-11 3.10e-13 3.26e-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

Name

Cat

r
arcsec
RAJ2000
deg
DEJ2000
deg
Err90
arcsec
1J000339.2-525827GRB 070110 HOSTNED 0.7000.91346-52.97414  
2J000339.2-525827GRB 070110XRTGRB 1.3000.91409-52.97447 1.4
B/eso/eso_arc ESO Science Archive Catalog (ESO, 1991-2014)

Full ESO science archive log from 1991 (7411635 rows)
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TelID

Obs
s
tExp
s
Ask

Target

RAJ2000
"h:m:s"
DEJ2000
"d:m:s"
1 922010-10-29T04:25:26 1680.0Data GRB-070110-host00 03 39.19-52 58 26.3
2 922010-10-29T04:25:31 1680.0Data GRB-070110-host00 03 39.19-52 58 26.3
3 922010-10-29T04:25:34 840.0Data GRB-070110-host00 03 39.19-52 58 26.3
4 922010-10-29T04:39:43 840.0Data GRB-070110-host00 03 39.19-52 58 26.3
5 922007-01-21T00:59:36 150.0Imagegrb00 03 39.20-52 58 26.3
6 922007-01-21T01:03:10 150.0Imagegrb00 03 39.20-52 58 31.3
7 922007-01-21T01:06:53 150.0Imagegrb00 03 39.20-52 58 26.3
8 922007-01-21T01:14:15 150.0Imagegrb00 03 39.20-52 58 26.3
9 922007-01-21T01:21:38 150.0Imagegrb00 03 39.20-52 58 26.3
10 922007-01-21T01:25:14 150.0Imagegrb00 03 39.20-52 58 31.3
11 922007-06-14T09:20:06 600.0ImageGRB-07011000 03 39.20-52 58 26.3
12 922007-06-14T09:20:06 600.0ImageGRB-07011000 03 39.20-52 58 26.3
13 922010-10-29T03:55:50 1680.0Data GRB-070110-host00 03 39.34-52 58 24.7
14 922010-10-29T03:55:55 1680.0Data GRB-070110-host00 03 39.34-52 58 24.7
15 922010-10-29T03:55:59 840.0Data GRB-070110-host00 03 39.34-52 58 24.7
16 922010-10-29T04:10:07 840.0Data GRB-070110-host00 03 39.34-52 58 24.7
17 912007-09-02T07:50:55 10.0ImageGRB070110-offset00 03 39.36-52 58 27.0
18 922007-06-14T09:51:58 600.0ImageGRB-07011000 03 39.42-52 58 26.3
19 922007-06-14T09:51:58 600.0ImageGRB-07011000 03 39.42-52 58 26.3
20 922007-01-21T01:17:49 150.0Imagegrb00 03 39.75-52 58 26.3
21 922007-01-21T01:28:47 150.0Imagegrb00 03 39.75-52 58 31.3
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

1070110000.9136-52.9742 88.4      19.5220.4319.28     0.015  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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GRB

RAJ2000
deg
DEJ2000
deg
Tstart
s
Exp
s
Filt

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

1070110000.9136-52.9742190106647.9 8.712V 27.72 2.282e-0119.4900255445
2070110000.9136-52.9742190106666.1 98.186WHITE 27.22 1.022e+0020.2700255445
3070110000.9136-52.9742190106771.4 393.483V 28.22 7.846e-0220.6500255445
4070110000.9136-52.9742190107176.8 19.464UVM2 27.22-1.726e-02  00255445
5070110000.9136-52.9742190107201.1 19.452UVW1 29.23 5.770e-0220.5900255445
6070110000.9136-52.9742190107224.9 15.195U 27.72 4.523e-0119.2000255445
7070110000.9136-52.9742190110607.5 196.633B 28.22 3.944e-0120.1200255445
8070110000.9136-52.9742190110811.9 196.622WHITE 28.22 1.102e+0020.1800255445
9070110000.9136-52.9742190111017.3 196.633UVW2 30.24-9.050e-03  00255445
10070110000.9136-52.9742190111221.6 196.622V 30.24 2.791e-0119.2800255445
11070110000.9136-52.9742190111426.0 196.611UVM2 32.26 4.680e-0322.6400255445
12070110000.9136-52.9742190111630.7 196.633UVW1 29.23 1.426e-0222.1000255445
13070110000.9136-52.9742190111835.1 196.622U 29.23 3.360e-0119.5200255445
14070110000.9136-52.9742190112039.9 196.622B 28.22 2.973e-0120.4300255445
15070110000.9136-52.9742190112244.3 196.633WHITE 26.21 9.288e-0120.3700255445
16070110000.9136-52.9742190112449.6 196.622UVW2 29.23 1.112e-0222.2300255445
17070110000.9136-52.9742190112653.9 196.633V 29.23 1.685e-0119.8200255445
18070110000.9136-52.9742190112858.2 161.255UVM2 28.22-8.210e-03  00255445
19070110000.9136-52.9742190116389.6 885.577UVW1 28.22-1.094e-02  00255445
20070110000.9136-52.9742190117296.2 295.037U 29.23 2.232e-0119.9700255445
21070110000.9136-52.9742190117599.7 295.058U 28.22 2.372e-0119.9000255445
22070110000.9136-52.9742190117902.7 295.047U 29.23 2.404e-0119.8900255445
23070110000.9136-52.9742190118207.7 295.047B 28.22 2.954e-0120.4300255445
24070110000.9136-52.9742190118511.1 289.575B 28.22 2.225e-0120.7400255445
25070110000.9136-52.9742190122172.4 885.533UVM2 27.22 5.330e-0322.5000255445
26070110000.9136-52.9742190123079.9 885.587UVW1 29.23 7.030e-0322.8700255445
27070110000.9136-52.9742190123986.5 295.047U 29.23 1.654e-0120.2900255445
28070110000.9136-52.9742190124289.8 293.962U 28.22 1.563e-0120.3600255445
29070110000.9136-52.9742190127954.3 885.577UVW2 29.23 4.610e-0323.1900255445
30070110000.9136-52.9742190128861.1 295.058V 28.22 1.345e-0120.0700255445
31070110000.9136-52.9742190129163.9 295.058V 27.22 9.183e-0220.4800255445
32070110000.9136-52.9742190129467.4 294.559V 27.22 6.759e-0220.8200255445
33070110000.9136-52.9742190129771.9 590.062UVM2 26.21-4.610e-03  00255445
34070110000.9136-52.9742190133728.3 885.577UVW1 30.24 3.730e-0323.5600255445
35070110000.9136-52.9742190134634.9 295.058U 28.22 4.883e-0221.6200255445
36070110000.9136-52.9742190134938.4 295.037U 29.23 1.394e-0120.4800255445
37070110000.9136-52.9742190135241.3 295.058U 29.23 1.870e-0120.1600255445
38070110000.9136-52.9742190135546.3 295.047B 28.22 1.623e-0121.0800255445
39070110000.9136-52.9742190135849.7 295.047B 28.22 9.741e-0221.6400255445
40070110000.9136-52.9742190139511.6 885.577UVM2 27.22 2.440e-0323.3500255445
41070110000.9136-52.9742190140418.8 885.598UVW1 26.21 1.750e-0324.3800255445
42070110000.9136-52.9742190141325.3 295.047U 28.22 1.175e-0120.6600255445
43070110000.9136-52.9742190141628.4 295.004U 28.22 1.071e-0120.7700255445
44070110000.9136-52.9742190141931.8 5.299U 28.22 1.544e-0120.3700255445
45070110000.9136-52.9742190145293.8 573.741UVW2 32.26 1.242e-0222.1100255445
46070110000.9136-52.9742190146619.8 295.037V 29.23-2.765e-02  00255445
47070110000.9136-52.9742190146923.1 295.047V 26.21 9.611e-0220.4300255445
48070110000.9136-52.9742190147226.5 295.047V 28.22 1.353e-0120.0600255445
49070110000.9136-52.9742190147531.4 185.948UVM2 28.22 9.270e-0321.9000255445
50070110000.9136-52.9742190151076.3 667.866UVM2 27.22-2.200e-04  00255445
Result truncated to 50 rows
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)
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Full

GRB

RAJ2000
deg
DEJ2000
deg
Tstart
s
Exp
s
Filt

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

1070110000.9136-52.9742190106666.1 9.993white 77.62 1.862e+0019.62255445
2070110000.9136-52.9742190106676.1 10.000white 77.62 9.637e-0120.33255445
3070110000.9136-52.9742190106686.1 10.000white 77.62-4.966e-02  255445
4070110000.9136-52.9742190106696.1 10.000white 77.62 2.169e-0121.95255445
5070110000.9136-52.9742190106706.1 10.000white 77.62 1.351e+0019.96255445
6070110000.9136-52.9742190106716.1 10.000white 77.62 1.192e+0020.10255445
7070110000.9136-52.9742190106726.1 10.000white 77.62 1.668e+0019.73255445
8070110000.9136-52.9742190106736.1 10.000white 77.62 4.848e-0121.08255445
9070110000.9136-52.9742190106746.1 10.000white 77.62 6.870e-0120.70255445
10070110000.9136-52.9742190106756.1 9.752white 77.62 1.104e+0020.18255445
11070110000.9136-52.9742190106647.9 8.852v 77.62 2.281e-0119.49255445
12070110000.9136-52.9742190106767.9 6.497v 77.62 5.962e-0220.95255445
13070110000.9136-52.9742190106777.9 10.000v 77.62-8.299e-01  255445
14070110000.9136-52.9742190106787.9 10.000v 77.62-4.934e-01  255445
15070110000.9136-52.9742190106797.9 10.000v 77.62-7.609e-02  255445
16070110000.9136-52.9742190106807.9 10.000v 77.62 3.936e-0118.90255445
17070110000.9136-52.9742190106817.9 10.000v 77.62-3.849e-01  255445
18070110000.9136-52.9742190106827.9 10.000v 77.62 6.898e-0118.29255445
19070110000.9136-52.9742190106837.9 10.000v 77.62 8.968e-0220.51255445
20070110000.9136-52.9742190106847.9 10.000v 77.62 7.357e-0118.22255445
21070110000.9136-52.9742190106857.9 10.000v 77.62-6.268e-02  255445
22070110000.9136-52.9742190106867.9 10.000v 77.62 4.622e-0221.23255445
23070110000.9136-52.9742190106877.9 10.000v 77.62-1.733e-01  255445
24070110000.9136-52.9742190106887.9 10.000v 77.62 4.985e-0118.65255445
25070110000.9136-52.9742190106897.9 10.000v 77.62 5.868e-0118.47255445
26070110000.9136-52.9742190106907.9 10.000v 77.62 5.344e-0118.57255445
27070110000.9136-52.9742190106917.9 10.000v 77.62-4.697e-02  255445
28070110000.9136-52.9742190106927.9 10.000v 77.62-1.656e-01  255445
29070110000.9136-52.9742190106937.9 10.000v 77.62 1.378e-0120.04255445
30070110000.9136-52.9742190106947.9 10.000v 77.62 1.757e-0119.78255445
31070110000.9136-52.9742190106957.9 10.000v 77.62-2.010e-03  255445
32070110000.9136-52.9742190106967.9 10.000v 77.62 2.689e-0119.32255445
33070110000.9136-52.9742190106977.9 10.000v 77.62-5.103e-02  255445
34070110000.9136-52.9742190106987.9 10.000v 77.62-5.645e-01  255445
35070110000.9136-52.9742190106997.9 10.000v 77.62 1.174e-0120.22255445
36070110000.9136-52.9742190107007.9 10.000v 77.62 3.446e-0119.05255445
37070110000.9136-52.9742190107017.9 10.000v 77.62-4.737e-01  255445
38070110000.9136-52.9742190107027.9 10.000v 77.62 3.608e-0119.00255445
39070110000.9136-52.9742190107037.9 10.000v 77.62-2.010e-03  255445
40070110000.9136-52.9742190107047.9 10.000v 77.62 1.494e-0119.95255445
41070110000.9136-52.9742190107057.9 10.000v 77.62 4.458e-0221.27255445
42070110000.9136-52.9742190107067.9 10.000v 77.62-3.092e-01  255445
43070110000.9136-52.9742190107077.9 10.000v 77.62 5.917e-0118.46255445
44070110000.9136-52.9742190107087.9 10.000v 77.62 3.155e-0119.14255445
45070110000.9136-52.9742190107097.9 10.000v 77.62 4.810e-0118.68255445
46070110000.9136-52.9742190107107.9 10.000v 77.62-2.218e-01  255445
47070110000.9136-52.9742190107117.9 10.000v 77.62-3.791e-01  255445
48070110000.9136-52.9742190107127.9 10.000v 77.62-1.460e-01  255445
49070110000.9136-52.9742190107137.9 10.000v 77.62 3.608e-0119.00255445
50070110000.9136-52.9742190107147.9 10.000v 77.62-6.717e-01  255445
Result truncated to 50 rows
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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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
1070110lSwift15 150 2.3520   16.20  52.33   70.20     3.42254, 268, 538, 539Simbad000.91362-52.97417
J/ApJ/720/1513/table2 The afterglows of Swift-era GRBs. I. (Kann+, 2010)
Energetics of the type II GRB sample (98 rows)
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GRB

M

r_GRB

z

Fl
nJ/m2
Bandl
keV
Bandu
keV
alpha

beta

Epeak
keV
logE
[10-7J]
Ref

LC

Simbad

_RA
deg
_DE
deg
10701104F09a2.3521 2.5015.0 350-1.500   372.152.487LCSimbad000.91362-52.97417
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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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
1  070110  -0.010     1 110-1.100-2.20    b   2.350 3.28   2.35Simbad000.914-52.974
J/ApJ/746/170/training Follow-up resources for high-redshift GRBs (Morgan+, 2012)
Training set data and results (135 rows)
img(gal)
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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
10701100.047 2.3521GRB 070110-1.15 100.0 1.82e-06 25.9-0.003 47.7 10.2 491yesyes0.209000.91-52.97
J/ApJS/209/20/table9 Swift GRB catalog with X-ray data (Grupe+, 2013)
GRB catalog (754 rows)
img(gal)
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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
1199070110255445 2.3520 85.500 1.6e-06 1.57  53.085051.6784 0.98 340   0.96  Simbad000.91362-52.97417
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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TargetID

GRB

RAJ2000
deg
DEJ2000
deg
e_Pos
arcsec
1 255445070110000.91363-52.97458 1.4
J/MNRAS/418/2202/table1 Analysis of γ-ray bursts (Dainotti+, 2011)
*A data list for GRBs with known redshifts analysed in the paper (69 rows) (Note)
img(gal)
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n_

GRB

z

beta

FX
mW/m2
logT*90
[s]
logT*45
[s]
logT*p
[s]
logT*a
[s]
logL*a
[10-7W]
logE*i
[10-7J]
logE*p
[keV]
u

n_

Simbad

_RA
deg
_DE
deg
1long070110 2.350 1.05 3.78e-11 1.160 0.684 2.023 1.8947.1252.47 2.57 0.810  Simbad000.9136-52.9742
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)
img(gal)
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GRB

E

Type

z

alpha1

alpha2

alpha3

alpha4

T90
s
alpha90

Simbad

logT0
[s]
logT1
[s]
SX
mJ/m2
e_
(...)
_RA
deg
_DE
deg
1070110EIIICN 2.352 0.815 2.569-0.10813.600 79.71 0.753Simbad 2.000 6.347 5.30e-07 1.9e-08000.91-52.97
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