VizieR

CfA VizieR . ADAC VizieR . Cambridge (UK) VizieR . IUCAA VizieR . INASAN 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)
img(gal)
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Full

_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

10.459J215850.4-22294625860650329.710137-22.496322 1         6.9 75.6        21.24416.617000000

Note:

II/368/sstsl2 The Spitzer (SEIP) source list (SSTSL2) (Spitzer Science Center, 2021)
Bandmerged list of photometry for high-reliability compact sources (original column names in green) (42089764 rows)
img(gal)

start AladinLite
Full

_r
arcsec
RAJ2000
deg
DEJ2000
deg
Name

Nbands

F3.6Ap1
uJy
e_
uJy
F3.6Ap2
uJy
e_
uJy
F4.5Ap1
uJy
e_
uJy
F4.5Ap2
uJy
e_
uJy
F5.8Ap1
uJy
e_
uJy
F5.8Ap2
uJy
e_
uJy
F8.0Ap1
uJy
e_
uJy
F8.0Ap2
uJy
e_
uJy
F24-PSF
uJy
e_
uJy
3.6SNR

4.5SNR

5.8SNR

8.0SNR

24SNR

FSx3.6

FSx4.5

FSx5.8

FSx8.0

SMID

REGID

2MASS

RAWdeg
deg
DEWdeg
deg
WISEA

12.801329.7101328-22.4955378SSTSL2 J215850.43-222943.91 8.2885e+00 6.5898e-02 8.2421e+00 1.0268e-01                             1.2578e+02   1.8873e+01     0   0  6010015060100150-0      WISEA

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)
img(gal)

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Full

_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

14.90J215850.2-222951329.70951-22.49759 0 1.39e-01 1.49e-03-1.49e-03 0.00e+00 0.145 0.001 1.97e-10 2.13e-10 2.95e-12 3.19e-12Viz 3
IX/43/xcor 1SXPS Swift X-ray telescope point source catalogue (Evans+ 2014)
Cross-correlation of the 1SXPS sources (502530 rows)
img(gal)
start AladinLite
Full

_r
arcsec
1SXPS

Name

Cat

r
arcsec
RAJ2000
deg
DEJ2000
deg
Err90
arcsec
10.01J215850.2-222951GRB 060607A OANED 4.9329.71000-22.49631  
20.02J215850.2-222951GRB 060607 HOSTNED 4.9329.71000-22.49630  
30.38J215850.2-222951GRB 060607AXRTGRB 4.7329.71005-22.49640 1.4
B/hst/obscore HST Archived Exposures Catalog (STScI, 2007)

HST observation logs (sample) (original column names in green) (17638502 rows)
img(gal)
start AladinLite
Full

_r
arcsec
obs_publisher_did

dataproduct_type

calib_level

target_name

RAJ2000
deg
DEJ2000
deg
s_fov

t_min
d
t_max
d
access_url

access_format

access_estsize

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641.874ivo://cadc.nrc.ca/mirror/HST?jb5v09c3q/jb5v09c3q-RAW_STANDARDimage1GRB-060607329.709738694360-22.49676705744110 0.0645426874986155456.720925955456.7210417Datalinkapplication/x-votable+xml;content=datalink  
651.874ivo://cadc.nrc.ca/mirror/HST?jb5v09c3q/jb5v09c3q-CALIBRATEDimage2GRB-060607329.709738694360-22.49676705744110 0.0645426874986155456.720925955456.7210417Datalinkapplication/x-votable+xml;content=datalink  
661.874ivo://cadc.nrc.ca/mirror/HST?jb5v09c3q/jb5v09c3q-RAW_STANDARDimage1GRB-060607329.709738694360-22.49676705744110 0.0645426874986155456.720925955456.7210417Datalinkapplication/x-votable+xml;content=datalink  
671.874ivo://cadc.nrc.ca/mirror/HST?jb5v09c3q/jb5v09c3q-RAW_STANDARDimage1GRB-060607329.709738694360-22.49676705744110 0.0645426874986155456.721104055456.7370994Datalinkapplication/x-votable+xml;content=datalink  
681.874ivo://cadc.nrc.ca/mirror/HST?jb5v09c3q/jb5v09c3q-CALIBRATEDimage2GRB-060607329.709738694360-22.49676705744110 0.0645426874986155456.721104055456.7370994Datalinkapplication/x-votable+xml;content=datalink  
691.986ivo://cadc.nrc.ca/mirror/HST?jb5v09c5q/jb5v09c5q-CALIBRATEDimage2GRB-060607329.709707869033-22.49678698900270 0.0645426886650755456.791400555456.7915162Datalinkapplication/x-votable+xml;content=datalink  
701.986ivo://cadc.nrc.ca/mirror/HST?jb5v09c5q/jb5v09c5q-RAW_STANDARDimage1GRB-060607329.709707869033-22.49678698900270 0.0645426886650755456.791400555456.7915162Datalinkapplication/x-votable+xml;content=datalink  
711.986ivo://cadc.nrc.ca/mirror/HST?jb5v09c5q/jb5v09c5q-CALIBRATEDimage2GRB-060607329.709707869033-22.49678698900270 0.0645426886650755456.791400555456.7915162Datalinkapplication/x-votable+xml;content=datalink  
721.986ivo://cadc.nrc.ca/mirror/HST?jb5v09c5q/jb5v09c5q-RAW_STANDARDimage1GRB-060607329.709707869033-22.49678698900270 0.0645426886650755456.791400555456.7915162Datalinkapplication/x-votable+xml;content=datalink  
731.986ivo://cadc.nrc.ca/mirror/HST?jb5v09c5q/jb5v09c5q-CALIBRATEDimage2GRB-060607329.709707869033-22.49678698900270 0.0645426886650755456.791400555456.7915162Datalinkapplication/x-votable+xml;content=datalink  
741.986ivo://cadc.nrc.ca/mirror/HST?jb5v09c5q/jb5v09c5q-RAW_STANDARDimage1GRB-060607329.709707869033-22.49678698900270 0.0645426886650755456.791400555456.7915162Datalinkapplication/x-votable+xml;content=datalink  
751.986ivo://cadc.nrc.ca/mirror/HST?jb5v09c5q/jb5v09c5q-CALIBRATEDimage2GRB-060607329.709707869033-22.49678698900270 0.0645426886650755456.791400555456.7915162Datalinkapplication/x-votable+xml;content=datalink  
761.986ivo://cadc.nrc.ca/mirror/HST?jb5v09c5q/jb5v09c5q-RAW_STANDARDimage1GRB-060607329.709707869033-22.49678698900270 0.0645426886650755456.791400555456.7915162Datalinkapplication/x-votable+xml;content=datalink  
771.986ivo://cadc.nrc.ca/mirror/HST?jb5v09c5q/jb5v09c5q-RAW_STANDARDimage1GRB-060607329.709707869033-22.49678698900270 0.0645426886650755456.791400555456.7915162Datalinkapplication/x-votable+xml;content=datalink  
781.986ivo://cadc.nrc.ca/mirror/HST?jb5v09c5q/jb5v09c5q-CALIBRATEDimage2GRB-060607329.709707869033-22.49678698900270 0.0645426886650755456.791400555456.7915162Datalinkapplication/x-votable+xml;content=datalink  
791.986ivo://cadc.nrc.ca/mirror/HST?jb5v09c5q/jb5v09c5q-CALIBRATEDimage2GRB-060607329.709707869033-22.49678698900270 0.0645426886650755456.791400555456.7915162Datalinkapplication/x-votable+xml;content=datalink  
801.986ivo://cadc.nrc.ca/mirror/HST?jb5v09c5q/jb5v09c5q-RAW_STANDARDimage1GRB-060607329.709707869033-22.49678698900270 0.0645426886650755456.791400555456.7915162Datalinkapplication/x-votable+xml;content=datalink  
811.986ivo://cadc.nrc.ca/mirror/HST?jb5v09c5q/jb5v09c5q-RAW_STANDARDimage1GRB-060607329.709707869033-22.49678698900270 0.0645426886650755456.791578455456.8075738Datalinkapplication/x-votable+xml;content=datalink  
821.986ivo://cadc.nrc.ca/mirror/HST?jb5v09c5q/jb5v09c5q-CALIBRATEDimage2GRB-060607329.709707869033-22.49678698900270 0.0645426886650755456.791578455456.8075738Datalinkapplication/x-votable+xml;content=datalink  
832.035ivo://cadc.nrc.ca/mirror/HST?jb5v09c7q/jb5v09c7q-CALIBRATEDimage2GRB-060607329.709731275905-22.49681378158710 0.0645426785005055456.861689855456.8618056Datalinkapplication/x-votable+xml;content=datalink  
842.035ivo://cadc.nrc.ca/mirror/HST?jb5v09c7q/jb5v09c7q-RAW_STANDARDimage1GRB-060607329.709731275905-22.49681378158710 0.0645426785005055456.861689855456.8618056Datalinkapplication/x-votable+xml;content=datalink  
852.035ivo://cadc.nrc.ca/mirror/HST?jb5v09c7q/jb5v09c7q-CALIBRATEDimage2GRB-060607329.709731275905-22.49681378158710 0.0645426785005055456.861689855456.8618056Datalinkapplication/x-votable+xml;content=datalink  
862.035ivo://cadc.nrc.ca/mirror/HST?jb5v09c7q/jb5v09c7q-RAW_STANDARDimage1GRB-060607329.709731275905-22.49681378158710 0.0645426785005055456.861689855456.8618056Datalinkapplication/x-votable+xml;content=datalink  
872.035ivo://cadc.nrc.ca/mirror/HST?jb5v09c7q/jb5v09c7q-CALIBRATEDimage2GRB-060607329.709731275905-22.49681378158710 0.0645426785005055456.861689855456.8618056Datalinkapplication/x-votable+xml;content=datalink  
882.035ivo://cadc.nrc.ca/mirror/HST?jb5v09c7q/jb5v09c7q-RAW_STANDARDimage1GRB-060607329.709731275905-22.49681378158710 0.0645426785005055456.861689855456.8618056Datalinkapplication/x-votable+xml;content=datalink  
892.035ivo://cadc.nrc.ca/mirror/HST?jb5v09c7q/jb5v09c7q-CALIBRATEDimage2GRB-060607329.709731275905-22.49681378158710 0.0645426785005055456.861689855456.8618056Datalinkapplication/x-votable+xml;content=datalink  
902.035ivo://cadc.nrc.ca/mirror/HST?jb5v09c7q/jb5v09c7q-RAW_STANDARDimage1GRB-060607329.709731275905-22.49681378158710 0.0645426785005055456.861689855456.8618056Datalinkapplication/x-votable+xml;content=datalink  
912.035ivo://cadc.nrc.ca/mirror/HST?jb5v09c7q/jb5v09c7q-CALIBRATEDimage2GRB-060607329.709731275905-22.49681378158710 0.0645426785005055456.861689855456.8618056Datalinkapplication/x-votable+xml;content=datalink  
922.035ivo://cadc.nrc.ca/mirror/HST?jb5v09c7q/jb5v09c7q-RAW_STANDARDimage1GRB-060607329.709731275905-22.49681378158710 0.0645426785005055456.861689855456.8618056Datalinkapplication/x-votable+xml;content=datalink  
932.035ivo://cadc.nrc.ca/mirror/HST?jb5v09c7q/jb5v09c7q-CALIBRATEDimage2GRB-060607329.709731275905-22.49681378158710 0.0645426785005055456.861689855456.8618056Datalinkapplication/x-votable+xml;content=datalink  
942.035ivo://cadc.nrc.ca/mirror/HST?jb5v09c7q/jb5v09c7q-RAW_STANDARDimage1GRB-060607329.709731275905-22.49681378158710 0.0645426785005055456.861689855456.8618056Datalinkapplication/x-votable+xml;content=datalink  
952.035ivo://cadc.nrc.ca/mirror/HST?jb5v09c7q/jb5v09c7q-RAW_STANDARDimage1GRB-060607329.709731275905-22.49681378158710 0.0645426785005055456.861867755456.8778631Datalinkapplication/x-votable+xml;content=datalink  
962.035ivo://cadc.nrc.ca/mirror/HST?jb5v09c7q/jb5v09c7q-CALIBRATEDimage2GRB-060607329.709731275905-22.49681378158710 0.0645426785005055456.861867755456.8778631Datalinkapplication/x-votable+xml;content=datalink  
B/eso/eso_arc ESO Science Archive Catalog (ESO, 1991-2022)

Full ESO science archive log from 1991 (11591687 rows)
img(gal)
start AladinLite
Full

_r
arcsec
TelID

Obs
s
tExp
s
Ask

Target

RAJ2000
"h:m:s"
DEJ2000
"d:m:s"
10.30 922006-06-09T09:51:00 240.0ImageGRB21 58 50.40-22 29 47.0
20.30 922006-06-09T09:55:50 240.0ImageGRB21 58 50.40-22 29 47.0
30.30 922006-06-09T10:00:41 240.0ImageGRB21 58 50.40-22 29 47.0
40.30 922006-06-09T10:21:17 240.0ImageGRB21 58 50.40-22 29 47.0
50.78 922006-06-07T05:24:15 300.0Data grb21 58 50.35-22 29 46.9
60.78 922006-06-07T05:24:15 300.0Data grb21 58 50.35-22 29 46.9
70.78 922006-06-07T05:30:25 600.0Data grb21 58 50.35-22 29 46.9
80.78 922006-06-07T05:30:28 600.0Data grb21 58 50.35-22 29 46.9
90.78 922006-06-07T05:41:38 1200.0Data grb21 58 50.35-22 29 46.9
100.78 922006-06-07T05:41:38 1200.0Data grb21 58 50.35-22 29 46.9
110.78 922006-06-07T06:02:59 2400.0Data grb21 58 50.35-22 29 46.9
120.78 922006-06-07T06:03:00 2400.0Data grb21 58 50.35-22 29 46.9
130.78 922006-06-07T06:46:54 4800.0Data grb21 58 50.35-22 29 46.9
140.78 922006-06-07T06:46:54 4800.0Data grb21 58 50.35-22 29 46.9
150.78 922006-06-07T08:12:23 2500.0Data grb21 58 50.35-22 29 46.9
160.78 922006-06-07T08:12:23 2500.0Data grb21 58 50.35-22 29 46.9
170.78 922006-06-07T05:20:02 180.0Data grb21 58 50.35-22 29 46.9
180.78 922006-06-07T05:20:05 180.0Data grb21 58 50.35-22 29 46.9
191.49 912007-06-10T06:57:11 10.0ImageGRB060607A21 58 50.44-22 29 48.1
201.94 922010-09-28T01:17:07 329.8Data GRB060607A21 58 50.35-22 29 44.9
211.94 922010-09-28T01:17:12 325.6Data GRB060607A21 58 50.35-22 29 44.9
222.14 922010-09-28T02:41:07 1600.0Data GRB060607A21 58 50.34-22 29 44.7
232.14 922010-09-28T02:41:12 1600.0Data GRB060607A21 58 50.34-22 29 44.7
242.14 922010-09-28T02:41:18 480.0Data GRB060607A21 58 50.34-22 29 44.7
252.17 922010-09-28T04:01:55 1600.0Data GRB060607A21 58 50.33-22 29 44.7
262.17 922010-09-28T04:02:00 1600.0Data GRB060607A21 58 50.33-22 29 44.7
272.17 922010-09-28T04:02:05 480.0Data GRB060607A21 58 50.33-22 29 44.7
282.18 922010-08-14T06:48:25 1800.0Data GRB060607A21 58 50.34-22 29 44.7
292.18 922010-08-14T06:48:30 1800.0Data GRB060607A21 58 50.34-22 29 44.7
302.18 922010-08-14T06:48:35 900.0Data GRB060607A21 58 50.34-22 29 44.7
312.18 922010-08-14T08:23:07 1800.0Data GRB060607A21 58 50.34-22 29 44.7
322.18 922010-08-14T08:23:12 1800.0Data GRB060607A21 58 50.34-22 29 44.7
332.18 922010-08-14T08:23:18 900.0Data GRB060607A21 58 50.34-22 29 44.7
343.29 922010-08-14T07:20:01 1800.0Data GRB060607A21 58 50.30-22 29 49.7
353.29 922010-08-14T07:20:06 1800.0Data GRB060607A21 58 50.30-22 29 49.7
363.29 922010-08-14T07:20:11 900.0Data GRB060607A21 58 50.30-22 29 49.7
373.29 922010-08-14T07:51:31 1800.0Data GRB060607A21 58 50.30-22 29 49.7
383.29 922010-08-14T07:51:36 1800.0Data GRB060607A21 58 50.30-22 29 49.7
393.29 922010-08-14T07:51:42 900.0Data GRB060607A21 58 50.30-22 29 49.7
403.31 922010-09-28T03:09:23 1600.0Data GRB060607A21 58 50.30-22 29 49.7
413.31 922010-09-28T03:09:28 1600.0Data GRB060607A21 58 50.30-22 29 49.7
423.31 922010-09-28T03:09:33 480.0Data GRB060607A21 58 50.30-22 29 49.7
433.35 922010-09-28T04:30:11 1600.0Data GRB060607A21 58 50.29-22 29 49.7
443.35 922010-09-28T04:30:17 1600.0Data GRB060607A21 58 50.29-22 29 49.7
453.35 922010-09-28T04:30:22 480.0Data GRB060607A21 58 50.29-22 29 49.7
464.66 912007-06-10T07:32:44 10.0ImageGRB060607A21 58 50.26-22 29 50.9
475.00 912007-06-10T07:12:48 10.0ImageGRB060607A21 58 50.71-22 29 44.1
B/gemini/obscore The Gemini Observation Log (CADC, 2001-)

Gemini observation logs (original column names in green) (1829590 rows)
img(gal)
start AladinLite
Full

_r
arcsec
dataproduct_type

target_name

RAJ2000
deg
DEJ2000
deg
s_fov

t_min
d
t_max
d
access_url

access_format

access_estsize

10.074spectrumGRB 060607329.710000006508-22.4962853114922 0.0934852245774853893.578263953893.5990969Datalinkapplication/x-votable+xml;content=datalink  
20.074spectrumGRB 060607329.709999993931-22.4962853091084 0.0934843750052853893.599733853893.6178038Datalinkapplication/x-votable+xml;content=datalink  
30.074spectrumGRB 060607329.709999982770-22.4962853063171 0.0934866336012953893.556631953893.5774649Datalinkapplication/x-votable+xml;content=datalink  
40.075spectrumGRB 060607329.709999973603-22.4962853039633 0.0934888823057253893.535162053893.5559950Datalinkapplication/x-votable+xml;content=datalink  
53.751spectrumGRB 060607329.709134484100-22.4956381567176 0.1583881481159453893.534736153893.5555694Datalinkapplication/x-votable+xml;content=datalink  
63.904spectrumGRB 060607329.709081324029-22.4956311499029 0.1583484849961953893.599319453893.6173891Datalinkapplication/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)
img(gal)
start AladinLite
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

10.0060607a329.7100-22.4963102.2      18.4916.6715.09 0.14   0.944 3.7110Simbad
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)
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

10.0060607a329.7100-22.4963171349990.9 8.734V 28.22 1.942e+0017.1700213823
20.0060607a329.7100-22.4963171350008.2 98.208WHITE 28.98 4.499e+0116.1600213823
30.0060607a329.7100-22.4963171350113.4 393.473V 28.22 1.322e+0115.0900213823
40.0060607a329.7100-22.4963171350519.2 19.464UVM2 27.72 3.554e-0220.4400213823
50.0060607a329.7100-22.4963171350543.4 19.453UVW1 27.97 8.204e-0220.2000213823
60.0060607a329.7100-22.4963171350566.7 19.464U 27.47 8.705e-0118.4900213823
70.0060607a329.7100-22.4963171350590.9 9.614B 28.22 9.460e+0016.6700213823
80.0060607a329.7100-22.4963171350604.6 9.614WHITE 27.47 2.349e+0116.8600213823
90.0060607a329.7100-22.4963171350619.2 19.453UVW2 27.72 7.870e-0220.1100213823
100.0060607a329.7100-22.4963171350642.9 19.452V 29.23 5.254e+0016.0900213823
110.0060607a329.7100-22.4963171350666.6 19.453UVM2 28.22 3.734e-0220.3900213823
120.0060607a329.7100-22.4963171350690.9 19.441UVW1 27.47-2.753e-02  00213823
130.0060607a329.7100-22.4963171350714.6 19.453U 28.22 4.778e-0119.1400213823
140.0060607a329.7100-22.4963171350738.8 9.603B 29.23 5.679e+0017.2200213823
150.0060607a329.7100-22.4963171350752.4 9.603WHITE 28.22 1.660e+0117.2400213823
160.0060607a329.7100-22.4963171350767.1 19.453UVW2 27.97 2.211e-0221.4900213823
170.0060607a329.7100-22.4963171350790.8 393.473V 27.97 2.721e+0016.8000213823
180.0060607a329.7100-22.4963171351198.4 98.197WHITE 27.72 9.192e+0017.8800213823
190.0060607a329.7100-22.4963171351303.6 19.453UVW2 27.97-4.090e-02  00213823
200.0060607a329.7100-22.4963171351327.4 19.441V 28.98 2.321e+0016.9800213823
210.0060607a329.7100-22.4963171351351.1 19.442UVM2 27.97 4.218e-0220.2600213823
220.0060607a329.7100-22.4963171351374.9 19.452UVW1 27.97-1.048e-02  00213823
230.0060607a329.7100-22.4963171351398.6 19.464U 28.48 3.863e-0119.3700213823
240.0060607a329.7100-22.4963171351422.8 19.451B 27.97 3.610e+0017.7200213823
250.0060607a329.7100-22.4963171351446.5 9.613WHITE 28.98 9.253e+0017.8700213823
260.0060607a329.7100-22.4963171351461.2 19.452UVW2 27.97-4.903e-02  00213823
270.0060607a329.7100-22.4963171351484.9 19.442V 28.48 2.141e+0017.0600213823
280.0060607a329.7100-22.4963171351508.6 19.453UVM2 27.97 9.462e-0219.3800213823
290.0060607a329.7100-22.4963171351532.8 19.440UVW1 28.98-2.478e-02  00213823
300.0060607a329.7100-22.4963171351556.5 19.452U 28.22 4.150e-0119.2900213823
310.0060607a329.7100-22.4963171351580.7 19.462B 27.97 3.471e+0017.7600213823
320.0060607a329.7100-22.4963171351604.4 9.602WHITE 28.22 9.830e+0017.8100213823
330.0060607a329.7100-22.4963171351619.1 19.452UVW2 27.97 1.038e-0119.8100213823
340.0060607a329.7100-22.4963171351642.9 19.453V 28.22 2.174e+0017.0500213823
350.0060607a329.7100-22.4963171351666.6 19.464UVM2 27.97 9.118e-0219.4200213823
360.0060607a329.7100-22.4963171351690.8 19.452UVW1 28.22 3.120e-0221.2500213823
370.0060607a329.7100-22.4963171351714.5 19.453U 27.47 2.103e-0120.0300213823
380.0060607a329.7100-22.4963171351738.7 19.451B 27.97 4.602e+0017.4500213823
390.0060607a329.7100-22.4963171351762.4 9.603WHITE 27.97 7.141e+0018.1600213823
400.0060607a329.7100-22.4963171351777.1 19.453UVW2 28.98-9.370e-03  00213823
410.0060607a329.7100-22.4963171351800.8 19.452V 27.97 2.269e+0017.0000213823
420.0060607a329.7100-22.4963171351824.5 19.453UVM2 27.97-2.396e-02  00213823
430.0060607a329.7100-22.4963171351848.8 19.440UVW1 28.98 2.554e-0221.4700213823
440.0060607a329.7100-22.4963171351872.5 19.442U 27.72 3.755e-0119.4000213823
450.0060607a329.7100-22.4963171351896.7 19.452B 28.22 4.426e+0017.5000213823
460.0060607a329.7100-22.4963171351920.5 9.602WHITE 28.48 1.056e+0117.7300213823
470.0060607a329.7100-22.4963171351935.1 19.453UVW2 28.98-1.299e-02  00213823
480.0060607a329.7100-22.4963171351958.9 19.452V 27.72 1.217e+0017.6800213823
490.0060607a329.7100-22.4963171351982.7 19.442UVM2 28.98-2.582e-02  00213823
500.0060607a329.7100-22.4963171352006.9 19.464UVW1 27.72-1.842e-01  00213823
510.0060607a329.7100-22.4963171352030.6 19.451U 28.22 7.739e-0118.6200213823
520.0060607a329.7100-22.4963171352054.8 19.441B 28.98 2.423e+0018.1500213823
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560.0060607a329.7100-22.4963171352140.6 17.193UVM2 27.97 2.710e-0220.7400213823
570.0060607a329.7100-22.4963171355358.2 196.633UVW1 28.22 1.208e-0222.2800213823
580.0060607a329.7100-22.4963171355562.5 196.633U 29.23 8.329e-0221.0400213823
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600.0060607a329.7100-22.4963171355971.7 196.622WHITE 28.22 2.332e+0019.3700213823
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620.0060607a329.7100-22.4963171356381.4 196.622V 28.22 4.808e-0118.6900213823
630.0060607a329.7100-22.4963171356585.9 196.633UVM2 29.23-1.138e-02  00213823
640.0060607a329.7100-22.4963171356790.7 196.622UVW1 29.23 5.176e-0220.7100213823
650.0060607a329.7100-22.4963171356995.0 196.633U 26.21 2.662e-0119.7800213823
660.0060607a329.7100-22.4963171357199.9 196.622B 28.22 6.475e-0119.5800213823
670.0060607a329.7100-22.4963171357404.3 196.622WHITE 29.23 1.918e+0019.5800213823
680.0060607a329.7100-22.4963171357609.7 196.633UVW2 29.23 4.260e-0323.2800213823
690.0060607a329.7100-22.4963171357814.0 129.091V 26.21 4.923e-0118.6600213823
700.0060607a329.7100-22.4963171361178.2 885.577UVM2 28.22 5.570e-0322.4600213823
710.0060607a329.7100-22.4963171362085.4 883.427UVW1 26.21 1.200e-0324.7900213823
720.0060607a329.7100-22.4963171362992.6 295.037U 29.23 1.221e-0120.6200213823
730.0060607a329.7100-22.4963171363296.0 295.058U 28.22-3.865e-02  00213823
740.0060607a329.7100-22.4963171363599.1 131.067U 29.23-9.158e-02  00213823
750.0060607a329.7100-22.4963171366937.8 885.577UVW2 30.24 7.590e-0322.6500213823
760.0060607a329.7100-22.4963171367844.5 295.058V 27.22 1.343e-0120.0700213823
770.0060607a329.7100-22.4963171368148.0 295.047V 29.23 1.120e-0120.2700213823
780.0060607a329.7100-22.4963171368450.9 295.047V 28.22 2.071e-0119.6000213823
790.0060607a329.7100-22.4963171368755.4 751.621UVM2 29.23 3.990e-0322.8200213823
800.0060607a329.7100-22.4963171372758.0 885.566UVW1 27.22-3.650e-03  00213823
810.0060607a329.7100-22.4963171373664.8 295.047U 29.23 8.840e-0323.4700213823
820.0060607a329.7100-22.4963171373967.8 295.047U 27.22 4.155e-0221.7900213823
830.0060607a329.7100-22.4963171374271.2 295.047U 28.22-4.084e-02  00213823
840.0060607a329.7100-22.4963171374576.1 295.058B 30.24 2.052e-0120.8300213823
850.0060607a329.7100-22.4963171374879.6 272.233B 29.23 9.374e-0221.6800213823
860.0060607a329.7100-22.4963171378518.5 885.577UVM2 28.22 6.020e-0322.3700213823
870.0060607a329.7100-22.4963171379425.7 885.587UVW1 28.22-6.680e-03  00213823
880.0060607a329.7100-22.4963171380332.5 295.058U 27.22-5.750e-03  00213823
890.0060607a329.7100-22.4963171380635.9 295.047U 30.24-1.146e-02  00213823
900.0060607a329.7100-22.4963171380939.4 109.251U 27.22 7.678e-0221.1300213823
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920.0060607a329.7100-22.4963171384581.6 295.047U 28.22-1.382e-02  00213823
930.0060607a329.7100-22.4963171384885.0 295.047U 30.24 3.054e-0222.1300213823
940.0060607a329.7100-22.4963171385190.5 295.058B 32.26-4.213e-02  00213823
950.0060607a329.7100-22.4963171385493.9 295.047B 28.22-1.850e-02  00213823
960.0060607a329.7100-22.4963171385796.9 295.058B 28.22 6.253e-0222.1200213823
970.0060607a329.7100-22.4963171386101.3 295.047WHITE 28.22 6.349e-0223.2800213823
980.0060607a329.7100-22.4963171386404.7 295.058WHITE 27.22 1.871e-0224.6100213823
990.0060607a329.7100-22.4963171386708.2 169.236WHITE 30.24-1.757e-01  00213823
1000.0060607a329.7100-22.4963171390098.2 885.598UVW1 32.26-1.042e-02  00213823
1010.0060607a329.7100-22.4963171391004.9 295.047U 28.22-1.002e-02  00213823
1020.0060607a329.7100-22.4963171391308.0 295.037U 27.22 3.700e-0221.9200213823
1030.0060607a329.7100-22.4963171391611.0 295.047U 28.22 7.964e-0221.0900213823
1040.0060607a329.7100-22.4963171391916.5 295.037B 26.21 1.270e-0121.3500213823
1050.0060607a329.7100-22.4963171392219.5 292.897B 29.23 1.183e-0121.4300213823
1060.0060607a329.7100-22.4963171392523.0 141.959B 27.22 1.627e-0223.5800213823
1070.0060607a329.7100-22.4963171395857.8 885.566UVM2 31.25-5.200e-04  00213823
1080.0060607a329.7100-22.4963171396765.1 885.587UVW1 29.23 1.541e-0222.0200213823
1090.0060607a329.7100-22.4963171397671.8 295.047U 26.21-5.075e-02  00213823
1100.0060607a329.7100-22.4963171397975.3 295.058U 32.26-8.961e-02  00213823
1110.0060607a329.7100-22.4963171398278.7 172.179U 29.23-5.377e-02  00213823
1120.0060607a329.7100-22.4963171419385.4 71.625V 27.22 5.284e-0221.0800213823
1130.0060607a329.7100-22.4963171419461.0 716.297V 28.22-1.981e-02  00213823
1140.0060607a329.7100-22.4963171420194.1 46.889V 27.22 1.218e-0120.1800213823
1150.0060607a329.7100-22.4963171424965.6 91.302V 28.22-1.243e-01  00213823
1160.0060607a329.7100-22.4963171425061.3 913.147V 27.22-4.523e-02  00213823
1170.0060607a329.7100-22.4963171425995.2 65.675V 28.22-2.359e-02  00213823
1180.0060607a329.7100-22.4963171430726.0 91.302V 27.22-6.698e-02  00213823
1190.0060607a329.7100-22.4963171430821.7 911.182V 29.23 5.367e-0221.0700213823
1200.0060607a329.7100-22.4963171431753.6 67.173V 29.23 9.500e-0322.9500213823
1210.0060607a329.7100-22.4963171436546.0 90.314V 29.23 1.008e-0120.3800213823
1220.0060607a329.7100-22.4963171436641.6 909.705V 28.22 3.354e-0221.5800213823
1230.0060607a329.7100-22.4963171437572.4 68.129V 27.22 5.763e-0220.9900213823
1240.0060607a329.7100-22.4963171442305.9 91.313V 28.22 1.980e-0222.1500213823
1250.0060607a329.7100-22.4963171442401.6 911.160V 29.23 1.182e-0222.7100213823
1260.0060607a329.7100-22.4963171443333.3 67.684V 29.23-1.829e-01  00213823
1270.0060607a329.7100-22.4963171448066.1 91.313V 28.22-7.656e-02  00213823
1280.0060607a329.7100-22.4963171448161.8 911.149V 29.23-5.442e-02  00213823
1290.0060607a329.7100-22.4963171449093.5 67.173V 28.22-5.799e-02  00213823
1300.0060607a329.7100-22.4963171453885.9 91.313V 29.23-1.124e-02  00213823
1310.0060607a329.7100-22.4963171453982.6 911.182V 30.24-4.035e-02  00213823
1320.0060607a329.7100-22.4963171454914.0 66.619V 28.22-9.230e-02  00213823
1330.0060607a329.7100-22.4963171459646.0 91.291V 28.22-1.530e-02  00213823
1340.0060607a329.7100-22.4963171459742.2 911.171V 29.23-5.090e-03  00213823
1350.0060607a329.7100-22.4963171460673.9 66.619V 26.21 1.019e-0222.8700213823
1360.0060607a329.7100-22.4963171465466.9 90.324V 28.22 1.711e-0119.8100213823
1370.0060607a329.7100-22.4963171465561.5 910.194V 27.22-1.376e-02  00213823
1380.0060607a329.7100-22.4963171466492.2 68.693V 29.23-3.778e-02  00213823
1390.0060607a329.7100-22.4963171471225.7 91.302V 29.23 2.451e-0221.9200213823
1400.0060607a329.7100-22.4963171471321.4 911.171V 28.22-2.963e-02  00213823
1410.0060607a329.7100-22.4963171472253.1 67.673V 29.23 1.107e-0120.2800213823
1420.0060607a329.7100-22.4963171477046.0 90.335V 29.23-1.293e-01  00213823
1430.0060607a329.7100-22.4963171477140.7 910.194V 27.22-1.632e-02  00213823
1440.0060607a329.7100-22.4963171478071.4 69.139V 29.23 2.499e-0221.9000213823
1450.0060607a329.7100-22.4963171482806.0 91.313V 28.22-1.081e-01  00213823
1460.0060607a329.7100-22.4963171482901.7 911.182V 29.23 3.162e-0221.6400213823
1470.0060607a329.7100-22.4963171483832.9 67.738V 28.22-1.320e-01  00213823
1480.0060607a329.7100-22.4963171488626.5 91.313V 27.22-2.946e-02  00213823
1490.0060607a329.7100-22.4963171488722.2 911.182V 27.22-1.785e-02  00213823
1500.0060607a329.7100-22.4963171489653.9 66.663V 28.22-1.234e-01  00213823
1510.0060607a329.7100-22.4963171494383.4 91.313V 31.25-4.813e-02  00213823
1520.0060607a329.7100-22.4963171494479.1 913.147V 29.23-2.258e-02  00213823
1530.0060607a329.7100-22.4963171495412.8 68.216V 29.23-2.583e-02  00213823
1540.0060607a329.7100-22.4963171500144.1 91.313V 28.22-1.109e-01  00213823
1550.0060607a329.7100-22.4963171500239.7 913.147V 29.23 5.250e-0323.5900213823
1560.0060607a329.7100-22.4963171501173.4 67.173V 27.22 1.435e-0222.5000213823
1570.0060607a329.7100-22.4963171505968.5 135.595V 29.23 1.476e-0222.4700213823
1580.0060607a329.7100-22.4963171506109.41354.084V 29.23-1.913e-02  00213823
1590.0060607a329.7100-22.4963171507492.2 107.775V 27.22-6.226e-02  00213823
1600.0060607a329.7100-22.4963171511726.0 135.595V 26.21-2.497e-02  00213823
1610.0060607a329.7100-22.4963171511866.91354.084V 27.22 1.998e-0222.1400213823
1620.0060607a329.7100-22.4963171513249.9 110.305V 27.22 3.254e-0221.6100213823
1630.0060607a329.7100-22.4963171517561.5 133.630V 27.22-3.526e-02  00213823
1640.0060607a329.7100-22.4963171517700.41341.075V 27.22-6.700e-03  00213823
1650.0060607a329.7100-22.4963171519064.4 115.691V 29.23-3.550e-03  00213823
1660.0060607a329.7100-22.4963171523320.9 133.630V 27.22-6.640e-03  00213823
1670.0060607a329.7100-22.4963171523459.81343.247V 28.22-2.570e-03  00213823
1680.0060607a329.7100-22.4963171524832.2 107.786V 27.22-9.918e-02  00213823
1690.0060607a329.7100-22.4963171529141.9 133.630V 27.22 6.150e-0323.4200213823
1700.0060607a329.7100-22.4963171529280.81343.258V 29.23-5.361e-02  00213823
1710.0060607a329.7100-22.4963171530653.0 107.264V 27.22-1.937e-02  00213823
1720.0060607a329.7100-22.4963171534902.3 133.630V 29.23 3.281e-0221.6000213823
1730.0060607a329.7100-22.4963171535041.31343.247V 29.23-7.650e-03  00213823
1740.0060607a329.7100-22.4963171536413.4 106.754V 30.24-1.017e-01  00213823
1750.0060607a329.7100-22.4963171540721.7 143.479V 26.21-1.833e-02  00213823
1760.0060607a329.7100-22.4963171540870.81441.683V 29.23 4.360e-0323.7900213823
1770.0060607a329.7100-22.4963171542343.6 116.701V 28.22-1.840e-02  00213823
1780.0060607a329.7100-22.4963171546481.6 148.398V 29.23 3.312e-0221.5900213823
1790.0060607a329.7100-22.4963171546635.61489.907V 29.23-1.730e-02  00213823
1800.0060607a329.7100-22.4963171548157.2 122.684V 29.23-5.740e-03  00213823
1810.0060607a329.7100-22.4963171552241.1 133.630V 27.22-3.300e-02  00213823
1820.0060607a329.7100-22.4963171552380.1 917.323V 29.23 1.180e-0325.2100213823
1830.0060607a329.7100-22.4963171553752.3 107.872V 26.21-3.619e-02  00213823
1840.0060607a329.7100-22.4963171558063.1 133.619V 29.23 2.850e-0119.2500213823
1850.0060607a329.7100-22.4963171558202.01342.270V 28.22-1.956e-02  00213823
1860.0060607a329.7100-22.4963171559574.7 105.798V 28.22 3.558e-0221.5100213823
1870.0060607a329.7100-22.4963171563806.4 135.595V 28.22-2.764e-02  00213823
1880.0060607a329.7100-22.4963171563947.31354.073V 29.23-7.650e-03  00213823
1890.0060607a329.7100-22.4963171565330.5 109.762V 28.22 9.032e-0220.5000213823
1900.0060607a329.7100-22.4963171569786.8 125.757V 27.22 4.000e-0426.3800213823
1910.0060607a329.7100-22.4963171569917.61256.636V 26.21 5.740e-0323.4900213823
1920.0060607a329.7100-22.4963171571201.4 59.322V 28.22 1.872e-0119.7100213823
1930.0060607a329.7100-22.4963171575385.6 135.595V 28.22-3.415e-02  00213823
1940.0060607a329.7100-22.4963171575526.51354.073V 28.22 2.580e-0221.8600213823
1950.0060607a329.7100-22.4963171576909.8 110.218V 28.22-3.193e-02  00213823
1960.0060607a329.7100-22.4963171581207.1 134.618V 29.23-1.252e-01  00213823
1970.0060607a329.7100-22.4963171581347.51353.096V 29.23 7.440e-0323.2100213823
1980.0060607a329.7100-22.4963171582729.6 110.250V 28.22-7.406e-02  00213823
1990.0060607a329.7100-22.4963171586969.1 134.618V 29.23 7.549e-0220.7000213823
2000.0060607a329.7100-22.4963171587108.91353.096V 30.24-1.840e-02  00213823
2010.0060607a329.7100-22.4963171588491.1 108.817V 28.22-1.171e-01  00213823
2020.0060607a329.7100-22.4963171592787.2 502.707UVM2 27.72-6.620e-03  00213823
2030.0060607a329.7100-22.4963171593304.5 335.399UVW1 28.22-6.410e-03  00213823
2040.0060607a329.7100-22.4963171593650.8 167.108U 27.22 1.050e-0120.7900213823
2050.0060607a329.7100-22.4963171593827.6 644.058UVW2 28.98-1.600e-04  00213823
2060.0060607a329.7100-22.4963171598546.2 502.708UVM2 27.97-3.180e-03  00213823
2070.0060607a329.7100-22.4963171599064.0 335.388UVW1 28.22 1.002e-0222.4900213823
2080.0060607a329.7100-22.4963171599410.2 167.097U 26.21 6.654e-0221.2800213823
2090.0060607a329.7100-22.4963171599586.9 644.947UVW2 27.97 2.230e-0323.9800213823
2100.0060607a329.7100-22.4963171604306.2 502.717UVM2 27.97 3.920e-0322.8400213823
2110.0060607a329.7100-22.4963171604823.5 335.399UVW1 28.22-2.707e-02  00213823
2120.0060607a329.7100-22.4963171605169.8 164.914U 27.22 2.920e-0324.6800213823
2130.0060607a329.7100-22.4963171605346.9 644.631UVW2 28.98 1.022e-0222.3300213823
2140.0060607a329.7100-22.4963171610125.8 502.705UVM2 27.72-6.120e-03  00213823
2150.0060607a329.7100-22.4963171610642.7 58.352UVW1 29.23 1.964e-0221.7600213823
2160.0060607a329.7100-22.4963171610989.0 167.108U 28.22-1.437e-02  00213823
2170.0060607a329.7100-22.4963171611166.2 645.022UVW2 27.97-4.670e-03  00213823
2180.0060607a329.7100-22.4963171639052.4 538.139UVM2 28.22 4.020e-0322.8100213823
2190.0060607a329.7100-22.4963171639605.8 359.017UVW1 30.24-9.140e-03  00213823
2200.0060607a329.7100-22.4963171639976.2 178.900U 27.22 1.043e-0120.7900213823
2210.0060607a329.7100-22.4963171640165.9 685.146UVW2 28.98 2.630e-0323.8000213823
2220.0060607a329.7100-22.4963171644821.0 499.752UVM2 28.48-4.350e-03  00213823
2230.0060607a329.7100-22.4963171645335.2 332.434UVW1 27.22-1.118e-02  00213823
2240.0060607a329.7100-22.4963171645678.3 166.119U 28.22 3.850e-0324.3800213823
2250.0060607a329.7100-22.4963171645854.5 637.040UVW2 27.97-6.640e-03  00213823
2260.0060607a329.7100-22.4963171650641.4 499.752UVM2 28.22-5.250e-03  00213823
2270.0060607a329.7100-22.4963171651155.7 332.434UVW1 28.22 5.250e-0323.1900213823
2280.0060607a329.7100-22.4963171651498.7 166.119U 27.22-3.605e-02  00213823
2290.0060607a329.7100-22.4963171651674.9 637.009UVW2 28.22-5.930e-03  00213823
2300.0060607a329.7100-22.4963171656401.4 496.607UVM2 28.48 6.100e-0424.8600213823
2310.0060607a329.7100-22.4963171656909.2 331.772UVW1 26.21-1.233e-02  00213823
2320.0060607a329.7100-22.4963171657251.7 166.109U 29.23 1.456e-0222.9300213823
2330.0060607a329.7100-22.4963171657427.8 643.491UVW2 28.98-1.800e-03  00213823
2340.0060607a329.7100-22.4963171662222.1 499.763UVM2 28.22-5.860e-03  00213823
2350.0060607a329.7100-22.4963171662736.3 332.445UVW1 26.21 2.640e-0323.9400213823
2360.0060607a329.7100-22.4963171663079.3 166.119U 28.22-3.099e-02  00213823
2370.0060607a329.7100-22.4963171663256.0 635.575UVW2 27.97 1.610e-0324.3300213823
2380.0060607a329.7100-22.4963171667959.2 505.659UVM2 27.72-1.498e-02  00213823
2390.0060607a329.7100-22.4963171668479.0 337.364UVW1 26.21-2.675e-02  00213823
2400.0060607a329.7100-22.4963171668827.1 168.085U 26.21-8.780e-03  00213823
2410.0060607a329.7100-22.4963171669005.2 646.064UVW2 28.48 5.930e-0322.9200213823
2420.0060607a329.7100-22.4963171673778.5 487.939UVM2 28.22-9.800e-04  00213823
2430.0060607a329.7100-22.4963171674280.6 325.550UVW1 27.22-1.142e-02  00213823
2440.0060607a329.7100-22.4963171674616.8 162.178U 28.22 4.107e-0221.8100213823
2450.0060607a329.7100-22.4963171674788.9 623.110UVW2 27.97-1.195e-02  00213823
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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_r
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RAJ2000
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DEJ2000
deg
Tstart
s
Exp
s
Filt

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

10.0060607a329.7100-22.4963171350008.2 9.993white 78.63 1.669e+0117.23213823
20.0060607a329.7100-22.4963171350018.2 10.000white 78.63 1.966e+0117.06213823
30.0060607a329.7100-22.4963171350028.2 10.000white 78.63 2.624e+0116.74213823
40.0060607a329.7100-22.4963171350038.2 10.000white 78.63 3.676e+0116.38213823
50.0060607a329.7100-22.4963171350048.2 10.000white 78.63 3.743e+0116.36213823
60.0060607a329.7100-22.4963171350058.2 10.000white 78.63 5.424e+0115.95213823
70.0060607a329.7100-22.4963171350068.2 10.000white 78.63 6.529e+0115.75213823
80.0060607a329.7100-22.4963171350078.2 10.000white 78.63 7.188e+0115.65213823
90.0060607a329.7100-22.4963171350088.2 10.000white 78.63 7.482e+0115.61213823
100.0060607a329.7100-22.4963171350098.2 9.774white 78.63 7.624e+0115.58213823
110.0060607a329.7100-22.4963171350598.2 3.616white 78.63 1.961e+0117.06213823
120.0060607a329.7100-22.4963171350608.2 6.152white 78.63 2.587e+0116.76213823
130.0060607a329.7100-22.4963171350748.2 5.763white 78.63 1.517e+0117.34213823
140.0060607a329.7100-22.4963171350758.2 3.993white 78.63 1.592e+0117.29213823
150.0060607a329.7100-22.4963171351438.2 1.693white 78.63 1.384e+0117.44213823
160.0060607a329.7100-22.4963171351448.2 8.074white 78.63 8.783e+0017.93213823
170.0060607a329.7100-22.4963171351598.2 3.779white 78.63 9.506e+0017.85213823
180.0060607a329.7100-22.4963171351608.2 5.977white 78.63 1.112e+0117.67213823
190.0060607a329.7100-22.4963171351758.2 5.744white 78.63 6.889e+0018.19213823
200.0060607a329.7100-22.4963171351768.2 4.013white 78.63 7.999e+0018.03213823
210.0060607a329.7100-22.4963171351918.2 7.708white 78.63 1.068e+0117.72213823
220.0060607a329.7100-22.4963171351928.2 2.048white 78.63 8.327e+0017.99213823
230.0060607a329.7100-22.4963171352078.2 9.728white 78.63 9.630e+0017.83213823
240.0060607a329.7100-22.4963171349990.9 8.873v 78.63 2.809e+0016.77213823
250.0060607a329.7100-22.4963171350110.9 7.446v 78.63 2.387e+0114.45213823
260.0060607a329.7100-22.4963171350120.9 10.000v 78.63 2.502e+0114.39213823
270.0060607a329.7100-22.4963171350130.9 10.000v 78.63 2.387e+0114.45213823
280.0060607a329.7100-22.4963171350140.9 10.000v 78.63 2.097e+0114.59213823
290.0060607a329.7100-22.4963171350150.9 10.000v 78.63 2.173e+0114.55213823
300.0060607a329.7100-22.4963171350160.9 10.000v 78.63 2.295e+0114.49213823
310.0060607a329.7100-22.4963171350170.9 10.000v 78.63 2.198e+0114.53213823
320.0060607a329.7100-22.4963171350180.9 10.000v 78.63 2.020e+0114.63213823
330.0060607a329.7100-22.4963171350190.9 10.000v 78.63 2.178e+0114.54213823
340.0060607a329.7100-22.4963171350200.9 10.000v 78.63 1.656e+0114.84213823
350.0060607a329.7100-22.4963171350210.9 10.000v 78.63 1.656e+0114.84213823
360.0060607a329.7100-22.4963171350220.9 10.000v 78.63 1.669e+0114.83213823
370.0060607a329.7100-22.4963171350230.9 10.000v 78.63 1.549e+0114.91213823
380.0060607a329.7100-22.4963171350240.9 10.000v 78.63 1.427e+0115.00213823
390.0060607a329.7100-22.4963171350250.9 10.000v 78.63 1.504e+0114.95213823
400.0060607a329.7100-22.4963171350260.9 10.000v 78.63 1.298e+0115.11213823
410.0060607a329.7100-22.4963171350270.9 10.000v 78.63 1.410e+0115.02213823
420.0060607a329.7100-22.4963171350280.9 10.000v 78.63 1.406e+0115.02213823
430.0060607a329.7100-22.4963171350290.9 10.000v 78.63 1.231e+0115.16213823
440.0060607a329.7100-22.4963171350300.9 10.000v 78.63 1.043e+0115.34213823
450.0060607a329.7100-22.4963171350310.9 10.000v 78.63 9.340e+0015.46213823
460.0060607a329.7100-22.4963171350320.9 10.000v 78.63 1.110e+0115.28213823
470.0060607a329.7100-22.4963171350330.9 10.000v 78.63 1.073e+0115.31213823
480.0060607a329.7100-22.4963171350340.9 10.000v 78.63 1.045e+0115.34213823
490.0060607a329.7100-22.4963171350350.9 10.000v 78.63 1.096e+0115.29213823
500.0060607a329.7100-22.4963171350360.9 10.000v 78.63 9.023e+0015.50213823
510.0060607a329.7100-22.4963171350370.9 10.000v 78.63 9.226e+0015.48213823
520.0060607a329.7100-22.4963171350380.9 10.000v 78.63 1.038e+0115.35213823
530.0060607a329.7100-22.4963171350390.9 9.137v 78.63 1.036e+0115.35213823
540.0060607a329.7100-22.4963171350400.9 9.421v 78.63 9.517e+0015.44213823
550.0060607a329.7100-22.4963171350410.9 10.000v 78.63 9.614e+0015.43213823
560.0060607a329.7100-22.4963171350420.9 10.000v 78.63 8.232e+0015.60213823
570.0060607a329.7100-22.4963171350430.9 10.000v 78.63 1.061e+0115.33213823
580.0060607a329.7100-22.4963171350440.9 10.000v 78.63 8.017e+0015.63213823
590.0060607a329.7100-22.4963171350450.9 10.000v 78.63 7.716e+0015.67213823
600.0060607a329.7100-22.4963171350460.9 10.000v 78.63 8.010e+0015.63213823
610.0060607a329.7100-22.4963171350470.9 10.000v 78.63 8.392e+0015.58213823
620.0060607a329.7100-22.4963171350480.9 10.000v 78.63 8.147e+0015.61213823
630.0060607a329.7100-22.4963171350490.9 10.000v 78.63 7.397e+0015.72213823
640.0060607a329.7100-22.4963171350500.9 10.000v 78.63 6.191e+0015.91213823
650.0060607a329.7100-22.4963171350510.9 2.323v 78.63 4.241e+0016.32213823
660.0060607a329.7100-22.4963171350640.9 7.954v 78.63 6.560e+0015.85213823
670.0060607a329.7100-22.4963171350650.9 10.000v 78.63 5.483e+0016.04213823
680.0060607a329.7100-22.4963171350660.9 1.809v 78.63 2.511e+0016.89213823
690.0060607a329.7100-22.4963171350790.9 10.000v 78.63 3.728e+0016.46213823
700.0060607a329.7100-22.4963171350800.9 10.000v 78.63 3.302e+0016.59213823
710.0060607a329.7100-22.4963171350810.9 10.000v 78.63 4.431e+0016.27213823
720.0060607a329.7100-22.4963171350820.9 10.000v 78.63 4.025e+0016.38213823
730.0060607a329.7100-22.4963171350830.9 10.000v 78.63 3.751e+0016.45213823
740.0060607a329.7100-22.4963171350840.9 10.000v 78.63 3.444e+0016.55213823
750.0060607a329.7100-22.4963171350850.9 10.000v 78.63 1.816e+0017.24213823
760.0060607a329.7100-22.4963171350860.9 10.000v 78.63 2.791e+0016.78213823
770.0060607a329.7100-22.4963171350870.9 10.000v 78.63 3.098e+0016.66213823
780.0060607a329.7100-22.4963171350880.9 10.000v 78.63 3.996e+0016.39213823
790.0060607a329.7100-22.4963171350890.9 10.000v 78.63 2.563e+0016.87213823
800.0060607a329.7100-22.4963171350900.9 10.000v 78.63 3.007e+0016.69213823
810.0060607a329.7100-22.4963171350910.9 10.000v 78.63 1.879e+0017.21213823
820.0060607a329.7100-22.4963171350920.9 10.000v 78.63 2.781e+0016.78213823
830.0060607a329.7100-22.4963171350930.9 10.000v 78.63 3.007e+0016.69213823
840.0060607a329.7100-22.4963171350940.9 10.000v 78.63 1.911e+0017.19213823
850.0060607a329.7100-22.4963171350950.9 10.000v 78.63 1.922e+0017.18213823
860.0060607a329.7100-22.4963171350960.9 10.000v 78.63 3.387e+0016.57213823
870.0060607a329.7100-22.4963171350970.9 10.000v 78.63 1.902e+0017.19213823
880.0060607a329.7100-22.4963171350980.9 10.000v 78.63 3.025e+0016.69213823
890.0060607a329.7100-22.4963171350990.9 10.000v 78.63 2.128e+0017.07213823
900.0060607a329.7100-22.4963171351000.9 10.000v 78.63 3.620e+0016.49213823
910.0060607a329.7100-22.4963171351010.9 10.000v 78.63 2.529e+0016.88213823
920.0060607a329.7100-22.4963171351020.9 10.000v 78.63 2.679e+0016.82213823
930.0060607a329.7100-22.4963171351030.9 10.000v 78.63 2.735e+0016.80213823
940.0060607a329.7100-22.4963171351040.9 10.000v 78.63 2.042e+0017.11213823
950.0060607a329.7100-22.4963171351050.9 10.000v 78.63 2.849e+0016.75213823
960.0060607a329.7100-22.4963171351060.9 10.000v 78.63 2.115e+0017.08213823
970.0060607a329.7100-22.4963171351070.9 10.000v 78.63 4.761e+0016.20213823
980.0060607a329.7100-22.4963171351080.9 10.000v 78.63 2.815e+0016.77213823
990.0060607a329.7100-22.4963171351090.9 10.000v 78.63 2.513e+0016.89213823
1000.0060607a329.7100-22.4963171351100.9 10.000v 78.63 3.864e+0016.42213823
1010.0060607a329.7100-22.4963171351110.9 10.000v 78.63 2.548e+0016.87213823
1020.0060607a329.7100-22.4963171351120.9 10.000v 78.63 2.898e+0016.73213823
1030.0060607a329.7100-22.4963171351130.9 10.000v 78.63 2.836e+0016.76213823
1040.0060607a329.7100-22.4963171351140.9 10.000v 78.63 1.496e+0017.45213823
1050.0060607a329.7100-22.4963171351150.9 10.000v 78.63 1.588e+0017.39213823
1060.0060607a329.7100-22.4963171351160.9 10.000v 78.63 2.792e+0016.78213823
1070.0060607a329.7100-22.4963171351170.9 10.000v 78.63 1.120e+0017.77213823
1080.0060607a329.7100-22.4963171351180.9 9.645v 78.63 1.996e+0017.14213823
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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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
10.00060607AlSwift15 150 3.0820   25.50  52.73   254.80     3.14254, 268, 463, 464Simbad329.71000-22.49631
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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M

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nJ/m2
Bandl
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Bandu
keV
alpha

beta

Epeak
keV
logE
[10-7J]
Ref

LC

Simbad

_RA
deg
_DE
deg
10.00060607A1F09a3.0749 3.7015.0 350-1.000   428.452.957LCSimbad329.71000-22.49631
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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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  060607A 1.98 0.025 1.23   1 120-1.060-2.20         3.080 3.28   3.08Simbad329.710-22.496
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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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
10060607A0.510 3.0820GRB 060607A-1.01 139.0 3.68e-06 50.7 0.020103.0 14.8 490yesyes0.172329.71-22.50
J/ApJ/772/73/table5 GRB with early-time optical emission (Kopac+, 2013)
*General properties of GRBs in the master sample (36 rows) (Note)
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E
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LC

r_

T8

Ng

Ref

Notes

Simbad

NED

_RA
deg
_DE
deg
10.0060607A  103.0   3.08   1.100c20No 08  SimbadNED329.7100-22.4963
J/ApJ/774/157/table1 Swift GRBs with X-ray afterglows and z<9.5 (Dainotti+, 2013)
Fitting parameters of the analyzed GRB X-ray afterglows (101 rows)
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z

Fx
mW/m2
e_
(...)
beta

e_

logTa
[s]
e_
[s]
logLx
[10-7W]
e_
(...)
Class

D11

Simbad

NED

_RA
deg
_DE
deg
10.0060607A 3.0820 4.17e-12 5.29e-13 0.57 0.06 3.77 0.0247.53 0.06long 1SimbadNED329.7100-22.4963
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)
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[s]
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_RA
deg
_DE
deg
10.00060607A   4.673 0.159  Simbad329.71000-22.49631
J/ApJ/787/90/table1 Gamma-ray bursts minimum timescales (Golkhou+, 2014)
GRB Minimum Timescales (481 rows)
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Deltmin
s
e_
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Deltsnr
s
e_
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T90
s
e_
s
TR45
s
e_
s
sigXtmin

sigXtsnr

chi2

S/N

z

Simbad

_RA
deg
_DE
deg
10.00060607A 7.03 1.190 1.310 0.780102.55 3.35 15.05 0.537 0.496 0.118 0.1980 50.7 3.0820Simbad329.71000-22.49631
J/ApJ/788/30/table1 Gamma-ray burst flares: X-ray flaring (Swenson+, 2014)
X-ray Flares (498 rows)
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FP

Name

z

Tpeak
s
Tstart
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Tstop
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FRatio

Conf

Simbad

_RA
deg
_DE
deg
10.00NGRB060607 3.0820 98.61 93.41 132.30 0.39 3.15 1.0000Simbad329.71000-22.49631
20.00NGRB060607   264.86 216.85 389.35 0.65 10.75 1.0000Simbad329.71000-22.49631
30.00NGRB060607   180.79 169.89 205.33 0.20 0.86 0.4365Simbad329.71000-22.49631
J/ApJ/820/66/table1 Cosmic evolution of long gamma-ray burst luminosity (Deng+, 2016)
The Data of Our GRB Sample (258 rows)
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log10Lp
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e_
(...)
P
ph/cm2/s
e_
(...)
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e_

Simbad

_RA
deg
_DE
deg
10.00060607A 3.0820051.61 0.05 1.40 0.10 1.47 0.08Simbad329.71000-22.49631
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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T90
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E_

e_

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

Pl

Fl

GCat

Simbad

_RA
deg
_DE
deg
10.0060607A 3.07Fynbo et al. (2009b)103.0 1.59 0.03 0.03 4.7e+30 4.1e+29 4.1e+29nyy 3Simbad329.7100-22.4963
J/ApJ/828/36/table1 GRB light-curve decay indices with Swift (Del Vecchio+, 2016)
GRB afterglow decay index fits (172 rows)
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e_

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Type

SCat

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NED

_RA
deg
_DE
deg
10.0060607A   3.36 0.06 4.05 4.95L 4SimbadNED329.7100-22.4963
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)
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ELT
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Eiso
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Inst

GCN

SimbadName

_RA
deg
_DE
deg
10.0060607A 3.0820 3.040 0.48160.40 34.00Swift 5242GRB 060607A329.7100-22.4963
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)
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UL

T90
s
Inst

Ref

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NED

_RA
deg
_DE
deg
10.00060607A 3.0820 21.4011.9000LXC   100.00SwiftGCN 5242 SimbadNED329.71000-22.49631
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)
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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
10.002060607AC-GRB   3.08200103.0 1.500 1.4 1.1000 61.7 90.8000 471.0 83.7 49.5 6.1 43.20 0.013000 0.092000    Yi16 4 0GRB 060607A 329.710000-22.496306
20.002060607AC-GRB                   97.9 62.1 10.7   0.023000         4 0GRB 060607A 329.710000-22.496306
30.002060607AC-GRB                   180.4 34.2 1.8   0.003900         4 0GRB 060607A 329.710000-22.496306
40.002060607AC-GRB                   260.0 162.8 24.6   0.052000         4 0GRB 060607A 329.710000-22.496306
50.002060607AC-GRB                   98.0 15.9 4.4 28.40 0.009300 0.060000    Ch10 4 0GRB 060607A 329.710000-22.496306
60.002060607AC-GRB                   257.9 75.4 24.0   0.051000         4 0GRB 060607A 329.710000-22.496306
J/ApJ/884/66/table1 The CGM-GRB study. I. GRB hosts at z∼2-6 (Gatkine+, 2019)
List of GRBs in the sample (37 rows)
img(gal)
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_r
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GRB

z

f_

Inst

Res

mag
mag
S/N

logNH
[cm-2]
e_
(...)
Ref

f_

Nm

Simbad

_RA
deg
_DE
deg
10.002060607A 3.0738  VLT/UVES5500016.53016.95 0.03Prochaska et al. 2008ApJ...685..344Pb 14GRB 060607A 329.710000-22.496306
J/ApJ/896/L20/table1 Swift BAT gamma-ray burst durations (Jespersen+, 2020)
Classification of Swift GRBs (1318 rows)
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_r
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GRB

m_

T90
s
Type

BAT3

SimbadName

NED

_RA
deg
_DE
deg
10.00060607A  103.03L 1GRB060607ANED329.71000-22.49631
J/ApJ/908/83/table1 Konus-Wind catalog of GRBs with redshifts. II. (Tsvetkova+, 2021)
Joint KW/Swift-BAT sample (167 rows)
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_r
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ID

NumID

Time

z

f_

r_

Com

t0
s
T100
s
Simbad

_RA
deg
_DE
deg
10.00GRB060607A21382305:12:13.352 3.07490s 6   -16.104122.368GRB060607A 329.71000-22.49631
J/ApJS/209/20/table9 Swift GRB catalog with X-ray data (Grupe+, 2013)
GRB catalog (754 rows)
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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
10.00148060607A213823 3.0820 100.000 2.6e-06 1.45       0.61 580 12400 0.46 3.50Simbad329.71000-22.49631
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
10060607A 4 3.0820 41.1 83.7 90.6 20.480000 6.12 40.280000 12.00 3GRB 060607A NED329.710-22.496
20060607A 4 3.0820 89.2 97.9 151.3 47.290000 10.66 92.990000 21.00 3GRB 060607A NED329.710-22.496
30060607A 4 3.0820 163.3 180.4 197.5 6.850000 1.83 13.460000 3.59 3GRB 060607A NED329.710-22.496
40060607A 4 3.0820 205.0 260.0 367.8 38.020000 24.56 74.760000 48.30 3GRB 060607A NED329.710-22.496
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
10.0L060607A     3.07490    A1134Swift   102.980    1021 1.7e+53 3.5e+52 1.25 1.07 0.11GRB 060607ANED329.7100-22.4963
J/ApJS/248/21/table1 Swift long gamma-ray bursts (Hao+, 2020)
The list of 371 Swift long gamma-ray bursts (LGRBs) (371 rows)
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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 0060607A 3.074901103.03 25.70 1.4052.6751.26 1SwiftGRB 060607A 329.71-22.50
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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GRB

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

z

DL
Gpc
10.00060607A21 58 50.40-22 29 46.7Simbad 3.08226.706
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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_r
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GRB

T90
s
RAJ2000
deg
DEJ2000
deg
z

Simbad

10.01060607A 100.00329.71000-22.49631 3.074900Simbad
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
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GRB

Tstart
s
Tstop
s
T7sigma
s
T90
s
Cat

z

r_

Simbad

_RA
deg
_DE
deg
10.00060607A-133.288 218.264 117.184 102.980S11 3.0750 1Simbad329.71000-22.49631
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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_r
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GRB

n_

f_

z

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

logtp
[s]
Ref

Simbad

_RA
deg
_DE
deg
10.00060607A g   3.08 2.760 0.151053.037 0.062052.301 0.0590   2.250Molinari et al. (2007)Simbad329.71000-22.49631
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
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GRB

n_

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

Err90
arcsec
n_

Simbad

11.50060607A3721 58 50.44-22 29 48.1o 1.7bSimbad
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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_r
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TargetID

GRB

RAJ2000
deg
DEJ2000
deg
e_Pos
arcsec
10.43 213823060607A329.71004-22.49642 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)
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_r
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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
10.0long060607A 3.080 0.80 7.47e-14 1.400 0.568 0.479 4.1444.6752.95 2.75 2.750  Simbad329.7100-22.4963
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
10060607AEIICF 3.082 1.994 0.361 3.260   102.98 0.419Simbad 1.866 5.350 1.41e-06 2.5e-08329.71-22.50
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

10.206GRB 060607A 213823 1.02200e+020329.71005-22.496340 29.92663-50.748070 2.65000e+20 3.07490073-94,120-163,453-11299,13799-325462 20.8016 19.1456 22.2199 1.55445 20.7232 19.1684 21.9381 1.57897Simbad
J/MNRAS/477/2173/table1 GRBs data (Song+, 2018)
GRBs data (119 rows)
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_r
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Name

n_

T90
s
e_
s
z

Egiso
10+45J
E_
(...)
e_
(...)
l_

Ekiso
10+45J
E_
(...)
e_
(...)
l_

Eprest
keV
E_
keV
e_
keV
l_

thetaj
rad
E_
rad
e_
rad
Lj
10+43W
Ref

SimbadName

_RA
deg
_DE
deg
10.00060607A   100.000 5.000 3.0820 9.00000 7.00000 2.00000   0.8220       567.3980 889.8760 167.3620> 0.0950     0.180802, 19GRB 060607A329.71000-22.49631
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