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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

1J125326.3+745924193.36000+74.99025 0 1.28e-03 1.18e-04-1.18e-04 1.45e-01 0.031-0.377 5.61e-13 1.32e-12 2.72e-14 2.91e-14Viz 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
1J125326.3+745924GRB 070520AXRTGRB 0.7193.35934+74.99037 2.3
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

1070520a193.3605+74.9907 18.1                 0.439  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

1070520a193.3605+74.9907201359261.1 9.571V 28.48 2.332e-0119.4700279817
2070520a193.3605+74.9907201359279.7 75.687WHITE 27.72-2.277e-01  00279817
3070520a193.3605+74.9907201362678.9 196.622V 28.22 3.048e-0221.6800279817
4070520a193.3605+74.9907201362883.5 196.622UVM2 27.22-1.357e-02  00279817
5070520a193.3605+74.9907201363088.3 196.622UVW1 28.22-1.963e-02  00279817
6070520a193.3605+74.9907201363292.8 196.633U 26.21-7.947e-02  00279817
7070520a193.3605+74.9907201363497.8 196.622B 27.22-7.715e-02  00279817
8070520a193.3605+74.9907201363702.2 196.622WHITE 30.24-8.730e-03  00279817
9070520a193.3605+74.9907201363907.6 196.622UVW2 29.23 5.620e-0322.9800279817
10070520a193.3605+74.9907201364111.9 196.622V 30.24 1.100e-0427.7900279817
11070520a193.3605+74.9907201364316.4 196.622UVM2 27.22-1.810e-03  00279817
12070520a193.3605+74.9907201364521.3 196.622UVW1 28.22-4.800e-03  00279817
13070520a193.3605+74.9907201364725.7 196.633U 27.22-1.419e-02  00279817
14070520a193.3605+74.9907201364930.6 196.622B 27.22-4.882e-02  00279817
15070520a193.3605+74.9907201368458.4 885.566UVW2 28.22-8.090e-03  00279817
16070520a193.3605+74.9907201369364.5 295.058V 29.23-1.150e-02  00279817
17070520a193.3605+74.9907201369667.7 295.048V 28.22 9.540e-0322.9400279817
18070520a193.3605+74.9907201369971.0 295.048V 28.22-1.834e-02  00279817
19070520a193.3605+74.9907201370275.6 628.438UVM2 29.23-7.520e-03  00279817
20070520a193.3605+74.9907201374256.7 885.577UVW1 28.22 1.429e-0222.1000279817
21070520a193.3605+74.9907201375162.7 295.048U 26.21-3.053e-02  00279817
22070520a193.3605+74.9907201375466.0 294.982U 26.21-4.307e-02  00279817
23070520a193.3605+74.9907201375769.2 158.920U 26.21 7.128e-0221.2100279817
24070520a193.3605+74.9907201450608.01185.207UVW2 31.25 2.430e-0323.8900279817
25070520a193.3605+74.9907201455401.12153.691UVW2 28.22-1.780e-03  00279817
26070520a193.3605+74.9907201461181.22151.932UVW2 27.22 1.910e-0324.1500279817
27070520a193.3605+74.9907201466961.21967.494UVW2 28.22-7.000e-05  00279817
28070520a193.3605+74.9907201484869.51173.360UVM2 27.22-1.110e-03  00279817
29070520a193.3605+74.9907201490094.11345.897UVM2 30.24-1.490e-03  00279817
30070520a193.3605+74.9907201495854.51345.571UVM2 30.24-2.160e-03  00279817
31070520a193.3605+74.9907201501614.61345.495UVM2 27.22-7.210e-03  00279817
32070520a193.3605+74.9907201507433.71346.353UVM2 27.22-2.480e-03  00279817
33070520a193.3605+74.9907201513194.61345.474UVM2 27.22 1.880e-0323.6300279817
34070520a193.3605+74.9907201518942.81415.969UVM2 27.22-3.490e-03  00279817
35070520a193.3605+74.9907201524774.01345.995UVM2 28.22 5.100e-0425.0500279817
36070520a193.3605+74.9907201530533.81405.187UVM2 31.25-1.003e-02  00279817
37070520a193.3605+74.9907201536293.71405.360UVM2 28.22-2.210e-03  00279817
38070520a193.3605+74.9907201542114.11404.904UVM2 29.23 2.100e-0323.5100279817
39070520a193.3605+74.9907201547873.71405.219UVM2 28.22-2.280e-03  00279817
40070520a193.3605+74.9907201553633.71405.404UVM2 26.21 4.130e-0322.7800279817
41070520a193.3605+74.9907201559635.01310.301UVM2 28.22-1.860e-03  00279817
42070520a193.3605+74.9907201565213.71523.549UVM2 27.22 6.050e-0322.3700279817
43070520a193.3605+74.9907201571273.71464.422UVW1 27.22-7.210e-03  00279817
44070520a193.3605+74.9907201576794.21404.926UVW1 28.22 6.560e-0322.9500279817
45070520a193.3605+74.9907201582553.51464.672UVW1 29.23-3.830e-03  00279817
46070520a193.3605+74.9907201588375.01403.949UVW1 28.22 1.222e-0222.2700279817
47070520a193.3605+74.9907201594133.91464.140UVW1 28.22-2.849e-02  00279817
48070520a193.3605+74.9907201599894.11582.176UVW1 30.24 1.981e-0221.7500279817
49070520a193.3605+74.9907201605714.71404.437UVW1 29.23-2.703e-02  00279817
50070520a193.3605+74.9907201611474.81463.325UVW1 29.23-2.200e-04  00279817
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)
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GRB

RAJ2000
deg
DEJ2000
deg
Tstart
s
Exp
s
Filt

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

1070520a193.3605+74.9907201359279.7 9.993white 78.88-1.037e-01  279817
2070520a193.3605+74.9907201359289.7 10.000white 78.88 5.285e-0120.98279817
3070520a193.3605+74.9907201359299.7 10.000white 78.88-3.598e-01  279817
4070520a193.3605+74.9907201359309.7 10.000white 78.88 4.453e-0121.17279817
5070520a193.3605+74.9907201359319.7 10.000white 78.88-5.866e-01  279817
6070520a193.3605+74.9907201359329.7 10.000white 78.88 9.062e-0120.40279817
7070520a193.3605+74.9907201359339.7 10.000white 78.88-1.170e+00  279817
8070520a193.3605+74.9907201359349.7 6.892white 78.88 7.264e-0120.64279817
9070520a193.3605+74.9907201359261.1 9.724v 78.88 2.818e-0119.27279817
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
1070520AlSwift15 150     2.50       39.50      254, 268, 577Simbad193.36050+74.99071
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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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  070520A  -0.047     1 105-1.100-2.20               8.56Simbad193.360+74.991
J/ApJ/746/170/table4 Follow-up resources for high-redshift GRBs (Morgan+, 2012)
Test data (203 rows)
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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
1070520A-0.19 74.1 3.31e-07 7.5 0.125 31.4 8.0 1840no 8.80e+01no0.1680.178GRB 070520A193.36+74.99
J/ApJS/209/20/table9 Swift GRB catalog with X-ray data (Grupe+, 2013)
GRB catalog (754 rows)
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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
1226070520A279817   71.000 5.0e-07 1.74       1.93 970 10800 0.12 1.08Simbad193.36050+74.99071
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
1 279817070520A193.35854+74.98981 3.4
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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GRB

E

Type

z

alpha1

alpha2

alpha3

alpha4

T90
s
alpha90

Simbad

logT0
[s]
logT1
[s]
SX
mJ/m2
e_
(...)
_RA
deg
_DE
deg
1070520A  IICN   3.549-0.414 1.057   71.00 -8.204Simbad 2.218 6.107 3.39e-07 3.6e-08193.36+74.99
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