TAROT

Télescopes à Action Rapide pour les Objets Transitoires

Table of TAROT observations of gamma-ray bursts.

TAROT measurements of GRB's optical transients from 2001 (for the 21 BATSE triggers observed by TAROT, see Boër et al. 2001). Timings are given from the GRB trigger. CR magnitude means Clear filter calibrated with R magnitudes of USNO-B1 stars. Symbol (*) means that the measurement is done when the GRB is still active. We give only the first measurement for each GRB (see references for more details).

Calern: 104 alerts, 33 optical emissions seen. 19 GRBs observed during prompt emission, 7 optical transients seen during prompt emission.
La Silla: 77 alerts, 24 optical emissions seen. 17 GRB observed during prompt emission, 4 optical transient seen during prompt emission.
Les Makes 3 alerts, 1 optical emissions seen. 0 GRB observed during prompt emission, 0 optical transient seen during prompt emission.

Statistics on the both telescopes:
184 alerts, 58 optical emissions seen. 36 GRB observed during prompt emission, 11 optical transient seen during prompt emission.
32% optical emissions seen. 20% GRB observed during prompt emission, 6% optical transient seen during prompt emission.


GRB


Trigger (duration)
redshift

(TAROT) Start-End

Magnitude

Reference
010213 HETE (30s) (Calern) 37.2 - 37.4 h CR > 17 GCNC 936
020531
HETE (<1s)
(Calern) 1.47 - 1.57 h
CR > 18.5
Klotz et al. 2003
030115
HETE (20s)
z=2.20
(Calern) 1.21 - 1.56 h
CR > 19.1
GCNC 1810
030324
HETE (8.7s)
(Calern) 27.9 - 57.9 s
CR > 14.8
GCNC 1961
030329
HETE (25s)
z=0.16854
(Calern) 6.37 - 6.37 days
CR > 18.55
GCNC 2247
030501
INTEGRAL (40s)
(Calern) 20 - 50 s (*)
CR > 15
Klotz et al. 2009
040916
HETE (450s)
(Calern) 2.39 - 2.89 h
CR > 19.4
GCNC 2729
041006
HETE (20s)
z=0.716
(Calern) 7.02 - 8.18 h
CR > 19.4
GCNC 2784
041218
INTEGRAL (60s)
(Calern) 1.43 - 3.06 h
CR = 19.4
GCNC 2904
041219A
INTEGRAL (520s)
(Calern) 2.6 - 11.2 min (*)
CR > 18.5
GCNC 2905
050209
HETE (40s)
pz=2.93 +/- 1.6
(Calern) 2.40 - 3.22 h
CR > 19.2
GCNC 3020
050306
Swift (180s)
(Calern) 126 - 157 s (*)
CR > 11
GCNC 3084
050408
HETE (34s)
z=1.2357
(Calern) 3.48 - 3.84 h
CR > 18.4
Klotz et al. 2009
050416
Swift (2.4s)
z=0.6535
(Calern) 8.40 - 9.52 h
CR > 18.4
Klotz et al. 2009
050504
INTEGRAL (80s)
(Calern) 12.11 - 12.15 h
CR > 17.5
Klotz et al. 2009
050505
Swift (63s)
z=4.27
(Calern) 9.46 - 17.06 min
CI = 18.2
GCNC 3403
050520
INETGRAL (20s) (Calern) 37 - 52 s
CR = 16.0
Klotz et al. 2009
050525A
Swift (8.8s)
z=0.606
(Calern) 6.1 - 6.1 min
CR = 14.5
Klotz et al. 2005
050730
Swift (35s)
z=3.967
(Calern) 66 - 124 s
CR = 16.7
GCNC 3720
050803
Swift (110s)
z=0.422
(Calern) 61 - 63 min
CR > 16.0
GCNC 3751
050824
Swift (70s)
z=0.83
(Calern) 9.8 - 10.1 min
CR > 16.4
Klotz et al. 2009
050904
Swift (225s)
z=6.29
(Calern) 86 - 144 s (*)
CI > 15.3
Boer et al. 2006
CI=15.2 at 150-253s (*)
051211A
HETE (<1s)
pz=4.9 +/- 2.0
(Calern) 3.14 - 3.19 h
CR > 15.3
GCNC 4329
051211B
INTEGRAL (80s)
(Calern) 131 - 161 s
CR > 16.2
GCNC 4328
051221B
Swift (192s)
(Calern) 216 - 219 s
CR > 14
GCNC 4386
060111A
Swift (20s)
(Calern) 20 - 23 s
CR > 16.2
GCNC 4483
060111B
Swift (59s)
(Calern) 28 - 31 s (*)
CR = 13.8
Klotz et al. 2006
060124
Swift (710s)
z=2.297
(Calern) 1.98 - 2.71 h
CR < 18.3
Klotz et al. 2009
060502B
Swift (<1s)
z=0.287 ?
(Calern) 2.08 - 2.60 h
CR > 16.8
Klotz et al. 2009
060512
Swift (8.6s)
z=0.4428
(Calern) 13.3 - 34.7 min
CR > 17.6
GCNC 5140
060515
Swift (52s)
(Calern) 60 - 63 s
CR > 15.1
GCNC 5134
060712
Swift (26s)
(Calern) 104 - 107 s
CR > 12.5
Klotz et al. 2009
060814
Swift (140s)
z=0.84
(Calern) 21 - 24 s (*)
CR > 14.8
GCNC 5448
060904A
Swift (80s)
pz=1.84 +/- 0.85
(Calern) 27 - 30 s (*)
CR > 17.2
GCNC 5506
060904B
Swift (192s)
z=0.703
(Calern) 23 - 26 s (*)
CR > 17.2
Klotz et al. 2008
CR=18.6 at 1.50 min (*)
CR=16.8 at 9.45 min
060919
Swift (9s)
(La Silla) 28 - 31 s
CR > 15.4
GCNC 5576
061019
Swift (191s)
(La Silla) 15.0 - 16.5 min
CR > 14.8
GCNC 5731
061027
Swift (170s)
(La Silla) 14.0 - 18.6 h
CR > 20.0
GCNC 5788
061028
Swift (106s)
(Calern) 145 - 148 s
CR > 16.5
GCNC 5763
061110B
Swift (128s)
z=3.44
(Calern) 10.4 - 11.9 min
CR > 16.6
GCNC 5801
061217
Swift (0.3s)
z=0.827
(Calern) 20 - 23 s
CR > 16.5
GCNC 5942
061218
Swift (4s)
(La Silla) 61 - 64 s
CR > 15.8
GCNC 5980
061222B
Swift (40s)
z=3.355
(La Silla) 84 - 87 s
CR > 17.7
GCNC 5981
CR=18.2 at 150-180s
070103
Swift (19s)
(Calern) 23 - 26 s
CR > 15.1
GCNC 5989
070227
Swift (7s)
(La Silla) 7.8 - 9.0 h
CR > 20.2
GCNC 6159
070330
Swift (9s)
(La Silla) 2.5 - 3.5 h
CR > 17.4
GCNC 6235
070411
Swift (101s)
z=2.954
(Calern) 46 - 49 s (*)
CR > 14.6
GCNC 6487
070412
Swift (34s)
(Calern) 11.3 - 12.8 min
CR > 18.5
GCNC 6488
070420
Swift (77s)
pz=1.56 +/- 0.35
(La Silla) 49 - 57 s (*)
CR > 16.7
Klotz et al. 2008
GCNC 6332
CR=16.0 at 3.13 min
070508
Swift (40s)
z=0.82 ?
(La Silla) 13.8 - 15.3 min
CR > 17.8
GCNC 6384
070521
Swift (38s)
pz=2.28 +/- 0.45
(La Silla) 24 - 30 s (*)
CR > 17.1
GCNC 6434
070621
Swift (33s)
(Calern) 23 - 29 s (*)
CR > 14.9
GCNC 6563
070628
Swift (39s)
(La Silla) 8.3 - 9.1 h
CR > 17.9
GCNC 6588
070913
Swift (8s)
(La Silla) 87 - 117 s
CR = 17.5
GCNC 6787
070920A
Swift (56s)
(Calern) 9.1 - 10.6 min
CR > 18.2
GCNC 6806
070920B
Swift (20s)
(La Silla) 2.7 - 3.6 h
CR > 18.2
GCNC 6816
071010A
Swift (6s)
z=0.98
(La Silla) 124 - 154 s
CR = 18.2
Covino et al. 2008
GCNC 6863
CR=17.0 at 7.8 min
071101
Swift (9s)
(Calern) 39 - 42 s
CR > 16.3
GCNC 7035
071109
INTEGRAL (30s)
(Calern) 36 - 42 s
CR > 15.4
GCNC 7052
071112B
Swift (0.3s)
(La Silla) 5.8 - 10.5 h
CR > 20.4
Klotz et al. 2009
071112C
Swift (15s)
(Calern) 1.6 - 2.6 h
CR = 20.1
GCNC 7065
071117
Swift (6.6s)
z=1.331
(La Silla) 9.5 - 11.3 h
CI > 20
GCNC 7108
080129
Swift (80s)
(La Silla) 5.9 - 7.4 min
CR > 16.4
GCNC 7234
080207
Swift (> 300s)
(Calern) 26 - 27 min
CR > 14.3
GCNC 7267
080210
Swift (45 s)
z=2.64
(La Silla) 5.8 - 7.3 min
CR = 16.2
GCNC 7280
080315
Swift (45 s)
(Calern) 85 - 91 s
CR > 16.8
GCNC 7417
080330
Swift (61 s)
z=1.51
(Calern) 20 - 26 s (*)
CR > 17.0
GCNC 7543
R=16.8 at 6.3 min
080413A
Swift (46 s)
z=2.433
(Calern) 8.7 min
CR > 12.5
GCNC 7595
R=15.0 at 20.3 min
080430
Swift (16s)
z=0.767
(Calern) 19 - 25 s
CR > 17.1
GCNC 7646
CR=15.9 at 54 s
080516
Swift (5.8s)
pz=3.2+/-0.3
(La Silla) 65 - 71 s
CR > 13.5
GCNC 7798
080603B
Swift (70s)
z=2.69
(Calern) 62 min
CR = 17.4
GCNC 7795
080623 Swift (15s) (La Silla) 7.1 -8.6 min CR > 16.2 GCNC 7897
080727C Swift (80s) (Calern) 14 - 30 min CR > 18.5 GCNC 8047
080903
Swift (66 s) (Calern) 29 - 34 s (*)
CR > 17.1
GCNC 8171
R = 19 at 5 mins
081003B Integral (30s) (Calern) 30 - 36s CR > 16.9 GCNC 8326
081028 Swift (260s)
z=3.038
(Calern) 1.12 - 1.80 h CR > 17.4 GCNC 8426
081109 Swift (190s) (La Silla) 29 - 34 s (*) CR > 16.9 GCNC 8517
CR=17.8 at 95 s
081126 Swift (54s) (Calern) 21 - 27 s (*) CR > 16.6 GCNC 8555
Klotz et al. 2009
081228 Swift (3s) (Calern) 25 - 31 s CR > 16.8 GCNC 8743
090102 Swift (30s) (Calern) 41 - 47 s CR=14.3 GCNC 8764
Gendre et al. 2010
090307A Swift (22s) (Calern)  6.2 - 7.7 min CR > 16.5 GCNC 8974
090313
Swift (78s)
z=3.375
(La Silla) 104-110 s CR > 15.3
GCNC 8998
CR=17.1 at ~300s
100816A
Swift (2s)
z=0.8035
(Calern) 22.3 - 26.7 min CR = 19.2
GCNC 11102
100915A
Swift (200s)
(Calern) 97 - 107  s (*) CR > 17.2
GCNC 11292
100917A
Swift (66s)
(La Silla) 4.35 - 8.85 min CR > 14.1
GCNC 11293
110128A
Swift (31s)
z=2.20
(Calern) 74 - 179 s CR = 18.0
GCNC 11613
110205A
Swift (257s)
z=2.22
(Calern) 91 - 97 s (*) CR = 18.0
GCNC 11632
CR=14.1 at 1150s
Gendre et al. 2012
110206A
Integral (20s)
(La Silla) 6.3 - 7.3 h CR > 19.3
GCNC 11656
110207A
Swift (40s)
(Calern) 6.6 - 7.8 h CR > 19.8
GCNC 11667
110503A
Swift (10s)
z=1.613
(Calern) 1.96 - 2.65 h CR = 18.4
GCNC 12011
110520A
Swift (30s)
(Calern) 45 - 51 s CR > 17.3
GCNC 12022
111209A
Swift (>1400s)
z=0.667
(La Silla) 7.6 - 8.1 min (*) CR = 16.6
GCNC 12637
CR=15.4 at 2540s
111225A
Swift (25s)
(Calern) 60 - 66 sec CR > 15.9
GCNC 12721 & 12722
CR=19.1 at 1100s
111228A
Swift (106s)
z=0.716
(Calern) 4.8 - 5.3 h
(La Silla) 13.1 - 13.9 h
CR = 18.6
GCNC 12742 & 12746
GCNC 12758
CR=19.0 at 13.1 h
120106A
Swift (62s)
(Calern) 2.82 - 2.83 h CR > 19.3
GCNC 12812
120119A
Swift (253s)
z=1.718
(La Silla, Calern) 33 - 51 s (*,*) CR = 17.0
GCNC 12883
120202A
Integral (100s)
(Calern) 20 - 26 s (*) CR > 15.2
GCNC 12910
120324A
Swift (118s)
(La Silla) 1.98 - 3.23 h CR > 19.7
GCNC 13094
120326A
Swift (70s)
z=1.798
(Calern) 133 - 193 s CR = 18.2
GCNC 13107
120327A
Swift (63s)
z=2.813
(La Silla) 32 - 33 min CR = 17.0
GCNC 13124
120328A
Swift (24s)
(La Silla) 345 - 406 s CR > 18.5
GCNC 13151
120403B
Swift (7s)
(La Silla) 2.95 - 4.82 h CR > 18.2
GCNC 13215
120514A
Swift (164s)
(Calern) 534 - 909 s CR > 18.1
GCNC 13290
120521A
Swift (0.45s)
(La Silla) 35 - 41 s CR > 15.8
GCNC 13303
120521B
Swift (31s)
(La Silla) 473 - 523 s CR > 17.2
GCNC 13306
120521C
Swift (27s)
z~6.0
(Calern) 23 - 37 min CR > 19.4
GCNC 13319
120805A
Swift (50s)
(Calern) 77 - 83 s CR > 15.9
GCNC 13589
120807A
Swift (20s)
(La Silla) 32 - 38 s CR > 15.5
GCNC 13605
120811C
Swift (27s)
z=2.671
(Calern) 4.1 - 5.2 h CR > 19.5
GCNC 13624
120815A
Swift (10s)
(La Silla) 35 - 41 s CR > 16.5
GCNC 13646
120816A
Swift (8s)
(Calern) 8.8 - 15.7 min CR > 16.5
GCNC 13656
120909A
Swift (~200s)
z=3.93
(La Silla) 40 - 46 s (*) CR = 17.1
GCNC 13739
CR = 16.5 at 500s
120913B
Swift (126s)
(La Silla) 31 - 37 s (*) CR >18.0
(CR = 17.5 at 60s)
GCNC 13765
CR = 15.8 at 280s
120922A
Swift (173s)
(La Silla) 56 - 85 min CR =20
GCNC 13799

120923A
Swift (27s)
z~8
(La Silla) 105 - 111 s CR >16.0
GCNC 13798

121024A
Swift (69s)
z=2.298
(Calern & La Silla) 45 - 51 s (*) CR = 14.3
GCNC 13887

121108A
Swift (89s)

(Calern) 34 - 40 s (*)  CR > 15.8
GCNC 13953

121202A
Swift (20s)

(Calern) 4.6 - 5.1 min CR > 14.9
GCNC 14033

130131B
Swift (4.3s)

(Calern) 1.3 - 2.2 h CR > 17.1
GCNC 14162

130215A
Swift (66s)
z = 0.58

(La Silla) 11.7 - 12.2 min CR = 13.8
GCNC 14213

130216A
Swift (6.5s)

(La Silla) 1.96h CR > 17.7
GCNC 14228

130418A
Swift (>300s)
z = 1.218
(Calern then La Silla) 1.31 - 1.41 h CR = 17.3
GCNC 14382

130521A
Swift (11s)
z ~5 (?)
(La Silla) 106 - 136 s CR > 15.5
GCNC 14692

130605A
Swift (13s)
(La Silla) 33 - 59 s CR = 14.85
GCNC 14777

130606A
Swift (277s)
z=5.913
(Calern) 7.85 min CR = 17.1
GCNC 14818

130610A Swift (46s)
z=2.092
(La Silla) 91 - 97 s CR > 17.8
GCNC 14908
CR = 16.1 at 151s
130612A
Swift (~3s)
z = 2.006
(La Silla) 34 - 40 s CR = 16.9
GCNC 14883

130615A Swift (304s) (La Silla) 92 - 98 s (*) CR > 16.4 GCNC 14905
130925A
Swift (~4500s)
z=0.347
(La Silla) 88 - 94 s (*) CR > 17.5 GCNC 15252
130929A Swift (11s) (La Silla) 38 - 44 s CR > 13.6 GCNC 15270
131026A Swift (not sure) (La Silla) 87 - 93 s CR > 16.8 s GCNC 15385
131030A Swift (41s) 2.85 - 2.85 h CR = ??? GCNC 15419
131105A Swift (112 s)
(La Silla) 231 - 261 s CR > 18.3 GCNC 15449
131108A Fermi- LAT (~30s)
z=2.40
(Calern) 6.23 - 6.55 h CR = 17.8 GCNC 15473
131117A Swift (11s)
z=4.042
(La Silla) 40 - 46 s CR = 17.0 GCNC 15497
131218A INTEGRAL (6s) (La Silla) 3.41 - 4.98 h CR > 19.6 GCNC 15602
140302A Swift (88 s) (La Silla) 37 - 43 s (*) CR > 15.9 GCNC 16060
140311B Swift (70 s) (Calern) 246 - 252 s CR > 17.3 GCNC 15955
140331A Swift (209 s) (La Silla) 21.8 - 22.8 min CR > 17.6 This study
140413A Swift (140 s) (La Silla) 92 - 98 s (*) CR > 17.0 GCNC 16102
140622A Swift (0.1s) (La Silla) 23 - 29 s CR > 17.5 GCNC 16468
140626A Swift (16s) (La Silla) 72 - 78 s CR > 16.6 GCNC 16469
141015A Swift (11s) (La Silla) 55 - 61 s CR > 12.2 GCNC 17066
141022A Swift (9s) (La Silla) 71 - 77 s CR > 16.4 GCNC 17065
141031A Swift (920s) (La Silla) 45 - 51 s (*) CR > 14.8 GCNC 17064
141109A Swift (200s)
z=2.993
(La Silla) 93 - 99 s (*) CR > 12.9 GCNC 17063
CR = 16.8 at 11 min
141221A Swift (37s)
z=1.452
(La Silla) 31 - 37 s (*) CR > 16.6 GCNC 17227
CR = 15.7 at 74s
141225A
Swift (40s)
z=0.915
(Calern) 496 - 907 s CR = 18.8 GCNC 17243
150203A Swift (26s) (La Silla) 37 - 43 s CR > 15.8 GCNC 17387
151215A Swift (18s)
z=2.59
(Calern) 32 - 44 s CR = 17.3 GCNC 19001
160123A Swift (4s) (La Silla) 33 - 39 s CR > 17.3 GCNC 18942
160127A Swift (6s) (La Silla) 26 - 32 s CR = 16.9 GCNC 18939
160203A
Swift (20s)
z=2.203
(Calern) 194 - 200 s
(La Silla) 198 - 204 s
CR > 16.3
CR =  17.3
CGNC 18985
This study
160220A Swift (9 s)
(Calern) 1.64 - 3.30 h
(La Silla) 4.00 - 4.69 h
CR > 17.5
CR > 19.0
GCNC 19030
160313A Swift (43 s) (Calern) 122 - 128 s CR > 15.8 GCNC 19175
160314A Swift (42 s) (Calern) 6.98 - 7.54 h CR > 18.5 This study
160410A Swift (8s)
z=1.717
(La Silla) 28 - 34 s CR = 18.4 GCNC 19287
160501A Swift (118 s) (Calern) 1.00 - 1.54 h CR > 18.5 GCNC 19368
160504A Swift (54 s) (Calern) 57 - 63 s CR > 15.3 GCNC 19383
160506A Swift (254 s) (La Silla) 62 - 68 s (*) CR > 12.7 GCNC 19402
160629A Integral (67s)
z=3.332
(Calern) 21 - 27 s (*) CR = 18
GCNC 19622
CR = 16.4 at 81s
160630A Swift (30s) (La Silla) 33 - 39 s CR > 16.4 GCNC 19633
160705B Swift (54s) (Calern) 92 - 98 s CR > 15.5 GCNC 19672
160714A Swift (0.35s) (Calern) 40 - 46 s CR > 16.3 GCNC 19712
160716A Swift (6s) (La Silla)  44 - 50 s CR > 16.7 GCNC 19742
160821A Swift (42s) (Calern) 29.3 - 30.0 min CR = 15.4 GCNC 19832
161022A Swift (7s) (Calern) 71 - 77 s CR > 17.4 GCNC 20089
161023A Integral (45s)
z=2.708
(La Silla) 64 - 87 min CR = 15.2 GCNC 20110
161105A Swift (177s) (La Silla) 27 - 33 s (*) CR > 16.5 GCNC 20152
161108A Swift (105s)
z=1.159
(Calern) 7.48 - 8.98 min CR > 18.5 GCNC 20153
161117A Swift (126s) (La Silla) 26 - 32 s (*) CR > 16.8 GCNC 20194
161214A Integral (7s) (Calern) 25 - 31 s CR > 16.6
GCNC 20254
CR = 16.9 at 222s
161214B Swift (25s) (Calern) 32 - 38 s CR > 17.3 GCNC 20263
CR = 17.6 at 1046s
161217A Swift (18s) (Calern) 133 - 139 s CR > 16.3 GCNC 20289
161218A Swift (7s) (Calern) 49 - 68 min CR > 17.3 GCNC 20290
170311A Swift (6s) (La Silla) 57 - 63 s CR > 15.1 Not published
170405A Swift (165s)
z=3.510
(Les Makes) 3.84 - 3.97 h CR = 19.0 GCNC 20989
170409A Fermi LAT (Les Makes) 0.95 - 0.96 day CR > 17.0 GCNC 21008
Trig.748858 Swift (61s) (La Silla) 92 - 98 s CR > 18.0 GCNC 21027
170423A Fermi LAT (Les Makes) 7.41 - 7.62 h CR > 17.8 GCNC 21076
170428A Swift (0.2s) (La Silla) 25 - 32 s CR > 17.5 GCNC 21052
 

Zadko

James Zadko telescope

Table of Zadko observations of gamma-ray bursts.

Zadko measurements of GRB's optical transients from 2008. Timings are given from the GRB trigger. CR magnitude means Clear filter calibrated with R magnitudes of USNO-B1 stars. Symbol (*) means that the measurement is done when the GRB is still active. We give only the first measurement for each GRB (see references for more details).

Zadko: 41 alerts, 15 optical emissions seen. 0 GRBs observed during prompt emission, 0 optical transients seen during prompt emission.

Statistics on the telescope:
37% optical emissions seen. 0% GRB observed during prompt emission, 0% optical transient seen during prompt emission.


GRB


Trigger (duration)
redshift

(Zadko) Start-End

Magnitude

Reference
081118 Swift (67s)
z = 2.58
1.96 - 3 h CR = 20.9 GCNC 8675
090205
Swift (8.8s)
z=4.65
  17.6 - 18.0 h
CR = 23.2
GCNC 8976
090313
Swift (79s)
z=3.375
4.26 - 4.7 h
CR = 18.0
GCNC 8996
090509
Swift (335s)
8 - 8.25 h
CR > 17.6
GCNC 9363
090516
Swift (210s)
z=4.109
4.58 - 4.59 h
CR = 18.9
GCNC 9380
090927
Swift (2.2s)
z=1.37
2.03 - 2.18 h
CR = 19.8
GCNC 9956
091127
Swift (7.1s)
z=0.490
18.5 - 18.9 h
CR = 18.9
GCNC 10238
101011A
Swift (72s)
1.09 - 1.14 h
g > 19.5
GCNC 11336
101024A
Swift (19s)
3.58 - 3.70 min
CR = 16.55
GCNC 11382
120320A
Swift (26s)
6.8 - 7.4 h
CR > 20.7
GCNC 13087
120327A
Swift (63s)
z=2.813
1.73 - 1.75 day
CR > 22.0
GCNC 13164
120422A
Swift (5.35s)
z=0.283
3.6 - 4.8 h CR = 21.1
GCNC 13250
121226A
Swift (1.00s)
63 - 123 s
CR > 17.5
GCNC 14107
130131A
Swift (52s)
71 - 131 s
CR > 15.6
GCNC 14161
130206A
Swift (128s)
106 - 166 s
CR > 16.5
GCNC 14185
130313A
Swift (0.26s)
52 - 112 s
CR > 17.2
GCNC 14295
130315A
Swift (233s)
1.22 - 1.54 h
CR > 20.4
GCNC 14330
130408A
Swift (28s)
z=3.76
13.99 - 14.56 h
CR > 20.5
GCNC 14372
130427A
Swift (163s)
z=0.34
207 - 219 min
CR = 15.5
GCNC 14468
130612A
Swift (~3s)
z=2.006
9.3 - 10.2 h
CR>21.2
GCNC 14885
130615A Swift (304s) 1.6 - 4.8 h CR = 20.7
GCNC 14906
131205A Swift (37 s) 3.8 - 4.5 h CR > 20.2 GCNC 15579
131218A INTEGRAL (6s) 20.9 - 20.9 h R = 20.0 (?) GCNC 15603
140301A Swift (31 s)
z=1.416
70 - 73 s CR > 18.4 GCNC 16064
(CR=21.7 at 14 min)
140311A Swift (71 s)
z=4.954
120 - 123 s CR > 19.5 GCNC 15952
(R=19.9 at 270 s)
140323A Swift (105s) 1.0 - 1.6 h CR > 20.8 GCNC 16059
140331A Swift (209s) 8.26 - 8.68 h CR > 20.1 GCNC 16057
140628A Swift (10s) 6.72 - 7.27 h CR > 19.9 GCNC 16474
140719B Swift (53s) 85 - 88 s CR > 16.5 GCNC 16610
141017A Swift (56s) 42 - 45 min CR > 22.4 GCNC 16920
141212A Swift (0.3s)
z=0.6
123 - 153 s CR > 18.6 GCNC 17184
150103A Swift (100s) 122 - 125 s CR > 16.7 GCNC 17273
150222A Swift (30s) 55 - 57 s CR > 18.5 GCNC 17488
160203A Swift (20s)
z=2.203
12.5 - 13.6 h CR = 22.3 GCNC 18999
160401A Integral (130s) 15.5 - 15.8 h CR > 19.0 GCNC 19255
160629A Integral (67s)
z=3.332
6.4 - 8.0 h CR > 21 GCNC 19634
160703A Swift (44s)
z < 1.5
5.5 - 5.6 h CR > 19.4 GCNC 19647
161023A Integral (45s)
z=2.708
13.2 - 15.1 h R = 19.09 GCNC 20109
170202A Swift (46s)
z=3.645
73 - 79 s CR=19 GCNC 20580
CR=16.5 at 400s
Trig.748858 Swift (61s) 4.24 - 4.40 h CR > 20.1 GCNC 21012
170419A Swift (8s) 22.3 - 22.9 h CR > 21.0 GCNC 21023
170419B Swift (77s) 13.3 - 13.5 h CR > 19.2 GCNC 21024