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Table A.1.

Bursts in the single-bin sample, synchrotron subsample.

GRB Redshift Liso Ep, z νc, z p value log B Best-fit model
[1051 erg/s] [keV] [keV]
GRB081222A 2.77 127 . 74 8.9 + 10.87 $ 127.74_{-8.9}^{+10.87} $ 652 219 + 385 $ 652_{-219}^{+385} $ 340 86 + 326 $ 340_{-86}^{+326} $ 0.19 -0.07 ND
GRB090323A 3.57 228 . 3 18.94 + 21.92 $ 228.3_{-18.94}^{+21.92} $ 597 215 + 430 $ 597_{-215}^{+430} $ 288 73 + 279 $ 288_{-73}^{+279} $ 0.15 0.58 S
GRB090328A 0.74 13 . 09 0.96 + 1.15 $ 13.09_{-0.96}^{+1.15} $ 574 141 + 284 $ 574_{-141}^{+284} $ 381 72 + 267 $ 381_{-72}^{+267} $ 0.05 -0.77 B
GRB090424A 0.54 19 . 18 0.32 + 0.36 $ 19.18_{-0.32}^{+0.36} $ 194 28 + 41 $ 194_{-28}^{+41} $ 157 11 + 64 $ 157_{-11}^{+64} $ 0.09 -2.07 B
GRB090618A 0.54 20 . 5 0.92 + 1.04 $ 20.5_{-0.92}^{+1.04} $ 884 182 + 189 $ 884_{-182}^{+189} $ 161 16 + 22 $ 161_{-16}^{+22} $ 0.24 2.27 S
GRB091003A 0.9 44 . 97 2.04 + 2.28 $ 44.97_{-2.04}^{+2.28} $ 661 138 + 274 $ 661_{-138}^{+274} $ 482 68 + 309 $ 482_{-68}^{+309} $ 0.32 -7.02 B
GRB091127A 0.49 5 . 63 0.2 + 0.23 $ 5.63_{-0.2}^{+0.23} $ 69 20 + 45 $ 69_{-20}^{+45} $ 40 6 + 53 $ 40_{-6}^{+53} $ 0.22 1.46 S
GRB091208B 1.06 20 . 44 1.59 + 2.11 $ 20.44_{-1.59}^{+2.11} $ 451 238 + 249 $ 451_{-238}^{+249} $ 74 14 + 30 $ 74_{-14}^{+30} $ 0.11 0.85 S
GRB100414A 1.37 96 . 46 5.56 + 6.76 $ 96.46_{-5.56}^{+6.76} $ 1051 314 + 513 $ 1051_{-314}^{+513} $ 626 124 + 427 $ 626_{-124}^{+427} $ 0.35 -0.72 B
GRB100728A 1.57 76 . 29 6.88 + 8.34 $ 76.29_{-6.88}^{+8.34} $ 1331 330 + 649 $ 1331_{-330}^{+649} $ 859 191 + 470 $ 859_{-191}^{+470} $ 0.17 -3.68 B
GRB100816A 0.8 8 . 54 0.48 + 0.54 $ 8.54_{-0.48}^{+0.54} $ 264 48 + 98 $ 264_{-48}^{+98} $ 204 28 + 122 $ 204_{-28}^{+122} $ 0.44 -8.92 B
GRB100906A 1.73 53 . 64 4.19 + 5.46 $ 53.64_{-4.19}^{+5.46} $ 424 127 + 263 $ 424_{-127}^{+263} $ 246 58 + 200 $ 246_{-58}^{+200} $ 0.2 -0.36 ND
GRB110213A 1.46 21 . 96 1.54 + 2.2 $ 21.96_{-1.54}^{+2.2} $ 240 111 + 120 $ 240_{-111}^{+120} $ 54 16 + 34 $ 54_{-16}^{+34} $ 0.06 0.57 S
GRB110731A 2.83 181 . 07 8.97 + 10.12 $ 181.07_{-8.97}^{+10.12} $ 470 132 + 232 $ 470_{-132}^{+232} $ 273 57 + 237 $ 273_{-57}^{+237} $ 0.09 0.02 NS
GRB111228A 0.71 4 . 29 0.3 + 0.4 $ 4.29_{-0.3}^{+0.4} $ 166 69 + 60 $ 166_{-69}^{+60} $ 22 6 + 9 $ 22_{-6}^{+9} $ 0.32 1.78 S
GRB120119A 1.73 77 . 09 6.05 + 7.73 $ 77.09_{-6.05}^{+7.73} $ 855 414 + 649 $ 855_{-414}^{+649} $ 240 55 + 154 $ 240_{-55}^{+154} $ 0.49 0.75 S
GRB120624B 2.2 302 . 1 20.9 + 22.01 $ 302.1_{-20.9}^{+22.01} $ 4047 2138 + 2910 $ 4047_{-2138}^{+2910} $ 750 138 + 279 $ 750_{-138}^{+279} $ 0.23 -0.03 ND
GRB120711A 1.4 233 . 81 13.55 + 12.71 $ 233.81_{-13.55}^{+12.71} $ 2366 978 + 3167 $ 2366_{-978}^{+3167} $ 927 180 + 337 $ 927_{-180}^{+337} $ 0.25 -1.8 B
GRB120716A 2.49 73 . 28 8.08 + 10.11 $ 73.28_{-8.08}^{+10.11} $ 544 234 + 487 $ 544_{-234}^{+487} $ 216 58 + 191 $ 216_{-58}^{+191} $ 0.34 -0.41 ND
GRB121128A 2.2 87 . 55 3.87 + 4.43 $ 87.55_{-3.87}^{+4.43} $ 339 69 + 121 $ 339_{-69}^{+121} $ 252 36 + 145 $ 252_{-36}^{+145} $ 0.12 -2.58 B
GRB130518A 2.49 1082 . 21 27.5 + 28.31 $ 1082.21_{-27.5}^{+28.31} $ 22123 1992 + 2049 $ 22123_{-1992}^{+2049} $ 415 26 + 26 $ 415_{-26}^{+26} $ 0.33 23.26 S
GRB131105A 1.69 42 . 41 5.66 + 6.39 $ 42.41_{-5.66}^{+6.39} $ 4554 2262 + 4878 $ 4554_{-2262}^{+4878} $ 63 15 + 20 $ 63_{-15}^{+20} $ 0.25 -0.81 B
GRB131108A 2.4 287 . 82 12.67 + 14.2 $ 287.82_{-12.67}^{+14.2} $ 815 246 + 583 $ 815_{-246}^{+583} $ 471 73 + 256 $ 471_{-73}^{+256} $ 0.44 -1.34 B
GRB131231A 0.64 35 . 71 1.13 + 1.15 $ 35.71_{-1.13}^{+1.15} $ 409 81 + 151 $ 409_{-81}^{+151} $ 295 35 + 218 $ 295_{-35}^{+218} $ 0.05 0.34 ND
GRB140213A 1.21 27 . 14 0.77 + 0.88 $ 27.14_{-0.77}^{+0.88} $ 132 27 + 50 $ 132_{-27}^{+50} $ 94 13 + 63 $ 94_{-13}^{+63} $ 0.48 0.7 S
GRB140506A 0.89 9 . 63 0.95 + 1.35 $ 9.63_{-0.95}^{+1.35} $ 290 92 + 194 $ 290_{-92}^{+194} $ 159 42 + 138 $ 159_{-42}^{+138} $ 0.44 -0.8 B
GRB140512A 0.72 11 . 0 1.11 + 1.11 $ 11.0_{-1.11}^{+1.11} $ 2696 1079 + 1501 $ 2696_{-1079}^{+1501} $ 160 28 + 41 $ 160_{-28}^{+41} $ 0.44 -1.41 B
GRB140606B 0.38 2 . 61 0.38 + 0.41 $ 2.61_{-0.38}^{+0.41} $ 5588 2818 + 8437 $ 5588_{-2818}^{+8437} $ 32 7 + 8 $ 32_{-7}^{+8} $ 0.13 -2.1 B
GRB140808A 3.29 147 . 53 10.0 + 11.96 $ 147.53_{-10.0}^{+11.96} $ 537 126 + 274 $ 537_{-126}^{+274} $ 369 77 + 284 $ 369_{-77}^{+284} $ 0.22 -2.01 B
GRB141028A 2.33 258 . 37 14.54 + 16.0 $ 258.37_{-14.54}^{+16.0} $ 1306 458 + 1102 $ 1306_{-458}^{+1102} $ 649 142 + 445 $ 649_{-142}^{+445} $ 0.37 -1.14 B
GRB141220A 1.32 34 . 3 2.01 + 2.25 $ 34.3_{-2.01}^{+2.25} $ 537 110 + 232 $ 537_{-110}^{+232} $ 393 63 + 292 $ 393_{-63}^{+292} $ 0.43 -5.84 B
GRB150403A 2.06 466 . 87 25.65 + 26.45 $ 466.87_{-25.65}^{+26.45} $ 3498 1505 + 1509 $ 3498_{-1505}^{+1509} $ 633 72 + 151 $ 633_{-72}^{+151} $ 0.14 2.44 S
GRB150514A 0.81 6 . 61 0.53 + 0.58 $ 6.61_{-0.53}^{+0.58} $ 103 28 + 63 $ 103_{-28}^{+63} $ 63 13 + 48 $ 63_{-13}^{+48} $ 0.03 0.1 ND
GRB150821A 0.76 7 . 57 0.87 + 1.03 $ 7.57_{-0.87}^{+1.03} $ 1414 572 + 783 $ 1414_{-572}^{+783} $ 86 15 + 21 $ 86_{-15}^{+21} $ 0.47 0.77 S
GRB151027A 0.81 6 . 38 0.58 + 0.78 $ 6.38_{-0.58}^{+0.78} $ 305 95 + 212 $ 305_{-95}^{+212} $ 176 48 + 161 $ 176_{-48}^{+161} $ 0.07 -0.44 ND
GRB160509A 1.17 204 . 26 4.04 + 4.55 $ 204.26_{-4.04}^{+4.55} $ 463 79 + 128 $ 463_{-79}^{+128} $ 357 24 + 134 $ 357_{-24}^{+134} $ 0.49 -1.96 B
GRB160625B 1.41 1541 . 35 24.17 + 24.18 $ 1541.35_{-24.17}^{+24.18} $ 4148 488 + 439 $ 4148_{-488}^{+439} $ 946 44 + 49 $ 946_{-44}^{+49} $ 0.07 21.36 S
GRB170214A 2.53 418 . 75 26.99 + 42.16 $ 418.75_{-26.99}^{+42.16} $ 2412 1338 + 7113 $ 2412_{-1338}^{+7113} $ 595 125 + 252 $ 595_{-125}^{+252} $ 0.2 -0.17 ND
GRB170405A 3.51 527 . 03 28.75 + 30.83 $ 527.03_{-28.75}^{+30.83} $ 1303 332 + 864 $ 1303_{-332}^{+864} $ 831 147 + 600 $ 831_{-147}^{+600} $ 0.22 -2.72 B
GRB170607A 0.56 2 . 76 0.25 + 0.27 $ 2.76_{-0.25}^{+0.27} $ 557 202 + 219 $ 557_{-202}^{+219} $ 19 7 + 8 $ 19_{-7}^{+8} $ 0.46 2.42 S
GRB170705A 2.01 107 . 16 5.16 + 6.62 $ 107.16_{-5.16}^{+6.62} $ 476 119 + 235 $ 476_{-119}^{+235} $ 311 60 + 236 $ 311_{-60}^{+236} $ 0.27 0.08 ND
GRB171010A 0.33 5 . 55 0.15 + 0.16 $ 5.55_{-0.15}^{+0.16} $ 333 40 + 36 $ 333_{-40}^{+36} $ 42 3 + 3 $ 42_{-3}^{+3} $ 0.26 6.41 S
GRB180703A 0.67 12 . 38 1.44 + 1.71 $ 12.38_{-1.44}^{+1.71} $ 2680 1792 + 2255 $ 2680_{-1792}^{+2255} $ 318 60 + 111 $ 318_{-60}^{+111} $ 0.42 0.53 S
GRB180720B 0.65 129 . 59 3.38 + 3.67 $ 129.59_{-3.38}^{+3.67} $ 3170 541 + 619 $ 3170_{-541}^{+619} $ 268 12 + 13 $ 268_{-12}^{+13} $ 0.08 13.48 S
GRB180728A 0.12 0 . 71 0.01 + 0.02 $ 0.71_{-0.01}^{+0.02} $ 202 16 + 12 $ 202_{-16}^{+12} $ 7 1 + 1 $ 7_{-1}^{+1} $ 0.14 8.05 S
GRB181020A 2.94 537 . 56 34.57 + 35.69 $ 537.56_{-34.57}^{+35.69} $ 2113 371 + 670 $ 2113_{-371}^{+670} $ 1638 229 + 683 $ 1638_{-229}^{+683} $ 0.07 -7.82 B
GRB190324A 1.17 19 . 11 0.91 + 1.06 $ 19.11_{-0.91}^{+1.06} $ 218 40 + 83 $ 218_{-40}^{+83} $ 168 25 + 97 $ 168_{-25}^{+97} $ 0.5 -4.17 B
GRB200524A 1.26 30 . 08 3.08 + 4.21 $ 30.08_{-3.08}^{+4.21} $ 563 204 + 441 $ 563_{-204}^{+441} $ 275 63 + 234 $ 275_{-63}^{+234} $ 0.37 -0.32 ND
GRB200613A 1.23 39 . 91 1.2 + 1.22 $ 39.91_{-1.2}^{+1.22} $ 288 39 + 64 $ 288_{-39}^{+64} $ 238 18 + 88 $ 238_{-18}^{+88} $ 0.41 -7.15 B
GRB201216C 1.1 104 . 02 4.86 + 5.45 $ 104.02_{-4.86}^{+5.45} $ 2287 420 + 432 $ 2287_{-420}^{+432} $ 124 9 + 9 $ 124_{-9}^{+9} $ 0.23 4.97 S
GRB210204A 0.88 17 . 61 1.5 + 1.45 $ 17.61_{-1.5}^{+1.45} $ 951 240 + 311 $ 951_{-240}^{+311} $ 15 15 + 6 $ 15_{-15}^{+6} $ 0.36 0.89 S
GRB210610B 1.13 104 . 22 5.25 + 6.0 $ 104.22_{-5.25}^{+6.0} $ 1184 182 + 320 $ 1184_{-182}^{+320} $ 960 106 + 365 $ 960_{-106}^{+365} $ 0.36 -15.57 B
GRB211023A 0.39 2 . 25 0.12 + 0.15 $ 2.25_{-0.12}^{+0.15} $ 353 83 + 82 $ 353_{-83}^{+82} $ 16 3 + 3 $ 16_{-3}^{+3} $ 0.19 0.94 S
GRB211211A 0.08 2 . 87 0.04 + 0.05 $ 2.87_{-0.04}^{+0.05} $ 2408 104 + 112 $ 2408_{-104}^{+112} $ 236 7 + 6 $ 236_{-7}^{+6} $ 0.0 66.52 S
GRB220101A 4.62 585 . 79 38.57 + 43.3 $ 585.79_{-38.57}^{+43.3} $ 1611 451 + 886 $ 1611_{-451}^{+886} $ 1005 213 + 811 $ 1005_{-213}^{+811} $ 0.25 -2.51 B
GRB220107A 1.25 44 . 92 3.28 + 4.11 $ 44.92_{-3.28}^{+4.11} $ 898 225 + 407 $ 898_{-225}^{+407} $ 590 111 + 371 $ 590_{-111}^{+371} $ 0.14 -2.34 B
GRB230204B 2.14 78 . 49 9.14 + 10.72 $ 78.49_{-9.14}^{+10.72} $ 1270 474 + 1156 $ 1270_{-474}^{+1156} $ 568 172 + 394 $ 568_{-172}^{+394} $ 0.08 -0.73 B
GRB230818A 2.42 80 . 39 5.74 + 7.1 $ 80.39_{-5.74}^{+7.1} $ 575 147 + 280 $ 575_{-147}^{+280} $ 381 79 + 269 $ 381_{-79}^{+269} $ 0.33 -1.48 B

Notes. We show the results of the synchrotron fit for the burst that meet at least one of the following conditions: synchrotron is the best-fit model, synchrotron cannot be excluded by the model comparison (|log B|< 0.5), synchrotron model provides a good fit to the data. We report redshifts z (see Sec. 2.1), isotropic-equivalent luminosities Liso, rest-frame peak energies Ep,z (namely the minimum frequency νm, z) and rest-frame cooling frequencies νc, z obtained from the synchrotron fit. We report errors at 68 per cent confidence level. We further report the p value returned from the PPC analysis, the Bayes factor log B obtained comparing Band and synchrotron models, and the associated best-fit model: S = synchrotron, B = Band, and ND = not defined; in other words, when |log B|< 0.5

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