J/ApJ/893/77 A comprehensive statistical study of gamma-ray bursts (Wang+, 2020)
A comprehensive statistical study of gamma-ray bursts.
Wang F., Zou Y.-C., Liu F., Liao B., Liu Yu, Chai Y., Xia L.
<Astrophys. J., 893, 77 (2020)>
=2020ApJ...893...77W 2020ApJ...893...77W
ADC_Keywords: GRB; References; Redshifts; Optical; X-ray sources;
Magnitudes, absolute
Keywords: astronomical databases: miscellaneous ; gamma-ray burst: general ;
methods: statistical ; stars: statistics
Abstract:
In order to obtain an overview of gamma-ray bursts (GRBs), we need a
full sample. In this paper, we collected 6289 GRBs (from GRB 910421 to
GRB 160509A) from the literature, including their prompt emission,
afterglow, and host galaxy properties. We hope to use this large
sample to reveal the intrinsic properties of GRBs. We have listed all
of the data in machine-readable tables, including the properties of
the GRBs, correlation coefficients and linear regression results of
two arbitrary parameters, and linear regression results of any three
parameters. These machine-readable tables could be used as a data
reservoir for further studies on the classifications or correlations.
One may find some intrinsic properties from these statistical results.
With these comprehensive tables, it is possible to find relations
between different parameters and to classify the GRBs into different
subgroups. Upon completion, they may reveal the nature of GRBs and may
be used as tools like pseudo-redshift indicators, standard candles, etc.
File Summary:
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FileName Lrecl Records Explanations
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ReadMe 80 . This file
table1.dat 1527 6289 Basic information, prompt emission, afterglow, and
host galaxy data for the 6289 collected GRBs
table3.dat 133 1468 Correlation coefficient and correlation ratio results
table4.dat 94 2936 *Linear regression results between two parameters
table5.dat 152 67602 *Linear regression results between three parameters
refs.dat 111 846 References
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Note on table4.dat and table5.dat: We performed the linear regression between
two parameters and three parameters arbitrarily when the sample number
is bigger than five. We also considered all the error bars using MC
method (Zou+ 2018ApJ...852L...1Z 2018ApJ...852L...1Z). See Section 4.5.
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See also:
IX/20 : The Fourth BATSE Burst Revised Catalog (Paciesas+ 1999)
IX/51 : GRB list (1990-2014) (Ruggeri+, 2016)
J/A+AS/129/1 : GRANAT/WATCH catalogue of gamma-ray bursts (Sazonov+ 1998)
J/A+A/362/799 : The BeppoSAX 2-10 keV Survey (Giommi+, 2000)
J/ApJS/126/19 : BATSE gamma-ray burst spectral catalog. I. (Preece+, 2000)
J/ApJ/563/80 : 3906 gamma-ray bursts BATSE triggers (Stern+, 2001)
J/A+A/385/377 : 319 gamma-ray bursts BATSE triggers (Quilligan+, 2002)
J/A+A/427/87 : List of GRBs (Gorosabel+, 2004)
J/ApJ/617/240 : Oxygen abund. in the GOODS-North field (Kobulnicky+, 2004)
J/ApJ/609/935 : Gamma-ray burst formation rate (Yonetoku+, 2004)
J/A+A/438/1175 : First INTEGRAL SPI-ACS GRB Catalogue (Rau+, 2005)
J/A+A/455/813 : BeppoSAX cat. of GRB X-ray afterglows (De Pasquale+, 2006)
J/ApJS/166/298 : Spectral catalog of bright BATSE GRBs (Kaneko+, 2006)
J/A+A/459/85 : O/H & gas densities in star-forming galaxies (Nagao+, 2006)
J/ApJS/169/62 : GRB database of spectral lags (Hakkila+, 2007)
J/A+A/473/347 : BeppoSAX complete catalogue of GRBs (Vetere+, 2007)
J/ApJ/686/1209 : Optical properties of GRB afterglows (Melandri+, 2008)
J/ApJ/693/1484 : Early optical afterglow catalog (Cenko+, 2009)
J/MNRAS/397/1177 : Swift-XRT observations of GRBs (Evans+, 2009)
J/ApJS/180/192 : BeppoSAX/GRBM γ-ray Burst Catalog (Frontera+, 2009)
J/ApJ/704/1405 : Testing the Epeak-Eiso relation for GRBs (Krimm+, 2009)
J/ApJ/701/824 : Afterglows of short and long GRBs (Nysewander+, 2009)
J/ApJ/690/163 : The first Swift UV-Opt GRB afterglow catalog (Roming+, 2009)
J/ApJ/702/489 : ROTSE obs. of gamma-ray burst afterglows (Rykoff+, 2009)
J/A+A/498/399 : GRB observed with RHESSI satellite (Ripa+, 2009)
J/ApJ/715/1438 : Gravitational-wave bursts with GRBs (Abbott+, 2010)
J/ApJ/711/495 : Durations of Swift/BAT GRBs (Butler+, 2010)
J/ApJS/191/179 : IPN supplement to the BeppoSAX GRB catalog (Hurley+, 2010)
J/ApJ/720/1513 : The afterglows of Swift-era GRBs. I. (Kann+, 2010)
J/ApJ/720/1146 : Spectral analysis of GRBs (Lu+, 2010)
J/MNRAS/407/2075 : Gamma-ray bursts spectral peak estimator (Shahmoradi+, 2010)
J/ApJ/727/73 : High S/N spectra of GRB afterglows (Christensen+, 2011)
J/MNRAS/418/2202 : Analysis of γ-ray bursts (Dainotti+, 2011)
J/A+A/525/A53 : GBM parameters for detected FERMI bursts (Guetta+, 2011)
J/ApJS/197/34 : The IPN supplement to the HETE-2 GRB catalog (Hurley+, 2011)
J/ApJS/196/1 : The IPN supplement to the BATSE 5B catalog (Hurley+, 2011)
J/A+A/530/A21 : Spectral properties of 438 GRBs (Nava+, 2011)
J/ApJ/731/103 : Redshift catalog for Swift long GRBs (Xiao+, 2011)
J/ApJ/760/12 : LIGO/Virgo GW bursts with GRBs (Abadie+, 2012)
J/ApJ/744/141 : Shapes of GRB light curves (Bhat+, 2012)
J/ApJ/746/156 : Radio afterglow observations of GRBs (Chandra+, 2012)
J/ApJ/748/134 : Variability components in BATSE GRB LCs (Gao+, 2012)
J/ApJ/759/107 : Core-collapse SNe and host galaxies (Kelly+, 2012)
J/PASP/124/297 : GRB spectral lags (Li+, 2012)
J/ApJ/756/112 : Fermi/GBM GRB time-resolved spectral analysis (Lu+, 2012)
J/ApJ/746/170 : Follow-up resources for high-redshift GRBs (Morgan+, 2012)
J/other/Sci/338.1445 : Relativistic jets from BH systems (Nemmen+, 2012)
J/ApJS/199/18 : The Fermi GBM catalog (Paciesas+, 2012)
J/ApJ/756/44 : Spectral lags and counts of the RHESSI GRBs (Ripa+, 2012)
J/A+A/559/A9 : Neutrinos from GRBs with ANTARES (Adrian-Martinez+ 2013)
J/ApJ/774/157 : Swift GRBs with X-ray afterglows and z<9.5 (Dainotti+, 2013)
J/MNRAS/431/3608 : BeppoSAX/GRBM and Fermi/GBM long GRBs (Dichiara+, 2013)
J/ApJ/777/132 : A search for progenitors of short GRBs (Dichiara+, 2013)
J/A+A/553/A33 : AGILE Mini-Calorimeter γ-ray burst cat. (Galli+, 2013)
J/ApJS/208/21 : The BATSE 5B GRB spectral catalog (Goldstein+, 2013)
J/ApJS/209/20 : Swift GRB catalog with X-ray data (Grupe+, 2013)
J/A+A/557/A100 : Fermi & Swift GRBs Epeak-Eiso relation (Heussaff+, 2013)
J/ApJS/207/39 : IPN supplement to the Fermi GBM (Hurley+, 2013)
J/ApJ/772/73 : GRB with early-time optical emission (Kopac+, 2013)
J/MNRAS/428/729 : GRB Swift X-ray light curves analysis (Margutti+, 2013)
J/ApJS/207/38 : IPN localizations of Konus short GRBs (Pal'shin+, 2013)
J/ApJ/778/128 : GRB-host galaxies photometry (Perley+, 2013)
J/ApJ/763/15 : Fermi GRB analysis. III. T90 distributions (Qin+, 2013)
J/A+A/557/A12 : Optical light curves of γ-ray bursts (Zaninoni+, 2013)
J/ApJ/794/82 : GeV GRBs with the ARGO-YBJ detector (Bartoli+, 2014)
J/ApJS/213/19 : Optical and near-IR light curves of 64 SNe (Bianco+, 2014)
J/A+A/565/A72 : Opt. and X-ray light curves of BAT6 sample (Melandri+, 2014)
J/PAZh/40/271 : Catalog of short gamma-ray transients (Minaev+, 2014)
J/ApJ/788/30 : Gamma-ray burst flares: X-ray flaring (Swenson+, 2014)
J/ApJS/211/13 : The second Fermi/GBM GRB catalog (4yr) (von Kienlin+, 2014)
J/ApJ/787/66 : Burst duration measurements for a GRB sample (Zhang+, 2014)
J/MNRAS/454/L31 : GRB prompt emission fitted with DREAM (Ahlgren+, 2015)
J/ApJ/800/16 : Swift-XRT long GRB durations (Boer+, 2015)
J/ApJS/218/11 : The 5-yr Fermi/GBM magnetar burst catalog (Collazzi+, 2015)
J/ApJ/811/93 : Fermi/GBM GRB minimum timescales (Golkhou+, 2015)
J/A+A/581/A125 : UV/Optical/NIR spectroscopy GRB hosts (Kruehler+, 2015)
J/A+A/582/A111 : List of 389 GRBs (Li+, 2015)
J/A+A/573/A81 : Spectral properties of energetic GRBs (Yu+, 2015)
J/ApJ/820/66 : Cosmic evolution of long GRB luminosity (Deng+, 2016)
J/ApJ/829/7 : 3rd Swift/BAT GRB catalog (past ∼11yrs) (BAT3) (Lien+, 2016)
J/A+A/589/A97 : GRBs Ep and Fourier PDS slope correlation (Dichiara+, 2016)
J/A+A/589/A98 : Swift GRBs individual power density sp. (Guidorzi+, 2016)
J/ApJS/227/7 : Long & short GRBs with host galaxies data (Li+, 2016)
J/ApJ/829/7 : The 3rd Swift/BAT GRB cat. (past ∼11yrs) (Lien+, 2016)
J/ApJ/826/45 : GRB X-ray afterglows light curves analysis (Racusin+, 2016)
J/ApJS/224/20 : 10yr of Swift/XRT obs. of GRBs (Yi+, 2016)
J/A+A/588/A135 : Fermi/GBM GRB time-resolved spectral catalog (Yu+, 2016)
J/A+A/609/A112 : Bulk Lorentz factors of gamma-ray bursts (Ghirlanda+, 2018)
J/ApJ/852/1 : Short gamma-ray bursts (sGRBs) data (Zhang+, 2018)
http://gammaray.msfc.nasa.gov/batse/grb/catalog/current/ : BATSE online data
http://swift.gsfc.nasa.gov/archive/grb_table/index.php : NASA bursts archive
http://www.mpe.mpg.de/~jcg/grbgen.html : GRBs localizations
Byte-by-byte Description of file: table1.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 7 A7 --- GRB GRB identifier
9 A1 --- f_GRB [A] Flag on GRB (1)
11- 18 A8 h T.h Trigger time in UTC
20- 24 F5.2 min T.m ? Trigger time in UTC
26- 32 F7.4 s T.s ? Trigger time in UTC
34- 70 A37 --- Det Detector used to obtain the data
72- 98 A27 --- TrigNo Trigger number(s)
100- 101 I2 h RAh ? Hour of right ascension (J2000)
103- 104 I2 min RAm ? Minute of right ascension (J2000)
106- 110 F5.2 s RAs ? Second of right ascension (J2000)
112 A1 --- DE- Declination sign (J2000)
114- 115 I2 deg DEd ? Degree of declination (J2000)
117- 120 F4.1 arcmin DEm ? Arcminute of declination (J2000)
122- 123 I2 arcsec DEs ? Arcsecond of declination (J2000)
125- 132 A8 --- ePos Position uncertainty (5)
134- 139 F6.4 --- z [0.0085/9.3]? Redshift
141- 145 E5.4 --- E_z [0.0002/5.2]? Positive error on z in
1σ error bar
147- 151 E5.4 --- e_z [0.0002/3]? Negative error on z in
1σ error bar
153- 155 I3 --- r_z [1/836]? Reference for redshift
(see refs.dat file)
157- 163 F7.4 10+28cm DL [0.013/36]? Luminosity distance
165- 167 F3.2 10+28cm E_DL ? Positive error on DL (always blank)
169- 171 F3.2 10+28cm e_DL ? Negative error on DL (always blank)
173- 175 I3 --- r_DL [400/833]? Reference for Luminosity
distance (see refs.dat file)
177 A1 --- f_DL Flag on Luminosity distance (1)
179- 186 F8.3 s T90 [0.01/7000]? Burst duration with
5-95% of fluence
188- 195 F8.4 s E_T90 [0.001/151]? Positive error on T90
in 1σ error bar
197- 204 F8.4 s e_T90 [0.001/151]? Negative error on T90
in 1σ error bar
206- 208 I3 --- r_T90 [1/846]? Reference for T90
(see refs.dat file)
210 A1 --- f_T90 [ab] Flag on T90 (1)
212- 218 F7.3 s T50 [0.006/737]? Burst duration with
25-75% of fluence
220- 226 F7.4 s E_T50 [0.001/48]? Positive error on T50 in
1σ error bar
228- 234 F7.4 s e_T50 [0.001/48]? Negative error on T50 in
1σ error bar
236- 238 I3 --- r_T50 [289/814]? Reference for T50
(see refs.dat file)
240 A1 --- f_T50 [ab] Flag on T50 (1)
242- 247 F6.2 s TR45 [0.02/135]? Burst duration with 45%
of brightest fluence (2)
249- 254 F6.4 s E_TR45 [0.002/6]? Positive error on TR45 in
1σ error bar
256- 261 F6.4 s e_TR45 [0.002/6]? Negative error on TR45 in
1σ error bar
263- 265 I3 --- r_TR45 [395/801]? Reference for TR45
(see refs.dat file)
267 A1 --- f_TR45 [ab] Flag on TR45 (1)
269- 276 F8.5 --- var1 [-0.65/0.9]? Variability of Fenimore
& Ramirez-Ruiz 2000astro.ph..4176F 2000astro.ph..4176F
definition
278- 283 E6.2 --- E_var1 [0.0003/1.1]? Positive error on var1
in 1σ error bar
285- 290 E6.2 --- e_var1 [0.0003/1.1]? Negative error on var1
in 1σ error bar
292- 294 I3 --- r_var1 [749/839]? Reference for var1
(see refs.dat file)
296 A1 --- f_var1 [a] Flag on var1 (1)
298- 303 F6.3 --- var2 [-0.02/0.3]? Variability of Reichart+
2001ApJ...552...57R 2001ApJ...552...57R definition
305- 309 F5.3 --- E_var2 [0.002/0.2]? Positive error on var2
in 1σ error bar
311- 315 F5.3 --- e_var2 [0.002/0.2]? Negative error on var2
in 1σ error bar
317- 319 I3 --- r_var2 [777/824]? Reference for var2
(see refs.dat file)
321- 326 E6.2 --- var3 [0.0001/0.04]? Variability of
Schaefer 2007ApJ...660...16S 2007ApJ...660...16S
definition
328- 333 E6.2 --- E_var3 [0.0001/0.006]? Positive error on
var3 in 1σ error bar
335- 340 E6.2 --- e_var3 [0.0001/0.006]? Negative error on
var3 in 1σ error bar
342- 344 I3 --- r_var3 [779/817]? Reference for var3
(see refs.dat file)
346- 354 F9.4 10-9J/m2 Fg [0.002/3225]? Fluence in 20-2000keV
energy band
356- 365 F10.4 10-9J/m2 E_Fg [0.001/49015]? Positive error on
Fluence in 1σ error bar
367- 376 F10.4 10-9J/m2 e_Fg [0.001/49015]? Negative error on
Fluence in 1σ error bar
378- 380 I3 --- r_Fg [1/843]? Reference for Fluence
(see refs.dat file)
382- 383 A2 --- f_Fg [ a-c] Flag on Fluence (1)
385- 393 F9.4 --- HR [0.04/1070]? Hardness ratio between
100-2000/20-100keV
395- 402 E8.3 --- E_HR [4.8e-17/427]? Positive error on HR
in 1σ error bar
404- 411 E8.3 --- e_HR [4.8e-17/427]? Negative error on HR
in 1σ error bar
413- 415 I3 --- r_HR [815]? Reference for HR
(see refs.dat file)
417- 418 A2 --- f_HR [ aj] Flag on HR (1)
420- 435 E16.4 10+45J Eiso [6.4e-5/563]? Isotropic energy in
rest-frame 1-10+4keV energy band in
1052erg
437- 452 E16.4 10+45J E_Eiso [2e-6/285]? Positive error on Eiso
in 1σ error bar
454- 469 E16.4 10+45J e_Eiso [2e-6/104]? Negative error on Eiso
in 1σ error bar
471- 473 I3 --- r_Eiso [1/836]? Reference for Eiso
(see refs.dat file)
475- 476 A2 --- f_Eiso [ a-cij] Flag on Eiso (1)
478- 485 E8.5 10+45W Lpk [4.2e-6/129]? Isotropic peak
luminosity of 1s time bin in
rest-frame 1-10+4keV energy band in
1052erg/s
487- 494 E8.5 10+45W E_Lpk [1.5e-6/26]? Positive error on Lpk
in 1σ error bar
496- 503 E8.5 10+45W e_Lpk [1.6e-6/26]? Negative error on Lpk
in 1σ error bar
505- 507 I3 --- r_Lpk [158/824]? Reference for Lpk
(see refs.dat file)
509- 510 A2 --- f_Lpk [ cij] Flag on Lpk (1)
512- 520 F9.4 10-9J/m2/s Fpk1 [0/1515]? Peak flux of 1s time bin
in rest-frame 1-10+4keV energy band
522- 528 F7.4 10-9J/m2/s E_Fpk1 [0/79]? Positive error on Fpk1 in
1σ error bar
530- 536 F7.4 10-9J/m2/s e_Fpk1 [0/100]? Negative error on Fpk1 in
1σ error bar
538- 540 I3 --- r_Fpk1 [219/823]? Reference for Fpk1
(see refs.dat file)
542- 543 A2 --- f_Fpk1 [ a-cj] Flag on Fpk1 (1)
545- 551 F7.3 10-9J/m2/s Fpk2 [0.1/593]? Peak flux of 64ms time
bin in rest-frame 1-10+4keV energy
band
553- 559 F7.3 10-9J/m2/s E_Fpk2 [0.05/176]? Positive error on Fpk2
in 1σ error bar
561- 567 F7.3 10-9J/m2/s e_Fpk2 [0.03/176]? Negative error on Fpk2
in 1σ error bar
569- 570 A2 --- f_Fpk2 [ aj] Flag on Fpk2 (1)
572- 578 F7.3 10-9J/m2/s Fpk3 [0.07/573]? Peak flux of 256ms time
bin in rest-frame 1-10+4keV energy
band
580- 585 F6.3 10-9J/m2/s E_Fpk3 [0.02/86]? Positive error on Fpk3 in
1σ error bar
587- 592 F6.3 10-9J/m2/s e_Fpk3 [0.02/86]? Negative error on Fpk3 in
1σ error bar
594 A1 --- f_Fpk3 [j] Flag for Fpk3 (1)
596- 602 F7.3 10-9J/m2/s Fpk4 [0.03/514]? Peak flux of 1024ms time
bin in rest-frame 1-10+4keV energy
band
604- 609 F6.3 10-9J/m2/s E_Fpk4 [0.01/45]? Positive error on Fpk4 in
1σ error bar
611- 616 F6.3 10-9J/m2/s e_Fpk4 [0.01/45]? Negative error on Fpk4 in
1σ error bar
618 A1 --- f_Fpk4 [j] Flag for Fpk4 (1)
620- 627 F8.3 ph/cm2/s Ppk1 [0.5/3055]? Peak photon flux in 64ms
time bin of 10-1000keV
629- 635 F7.2 ph/cm2/s E_Ppk1 [0.06/4476]? Positive error on Ppk1
in 1σ error bar
637- 644 F8.3 ph/cm2/s e_Ppk1 [0.05/4476]? Negative error on Ppk1
in 1σ error bar
646- 648 I3 --- r_Ppk1 [88/814]? Reference for Ppk1
(see refs.dat file)
650- 651 A2 --- f_Ppk1 [ ac] Flag on Ppk1 (1)
653- 659 F7.2 ph/cm2/s Ppk2 [0.4/1211]? Peak photon flux in
256ms time bin of 10-1000keV
661- 667 F7.2 ph/cm2/s E_Ppk2 [0.18/1119]? Positive error on Ppk2
in 1σ error bar
669- 675 F7.2 ph/cm2/s e_Ppk2 [0.18/1119]? Negative error on Ppk2
in 1σ error bar
677- 679 I3 --- r_Ppk2 [58/814]? Reference for Ppk2
(see refs.dat file)
681 A1 --- f_Ppk2 [c] Flag on Ppk2 (1)
683- 689 F7.2 ph/cm2/s Ppk3 [0.27/1052]? Peak photon flux in
1024ms time bin of 10-1000keV
691- 696 F6.2 ph/cm2/s E_Ppk3 [0.09/280]? Positive error on Ppk3
in 1σ error bar
698- 703 F6.2 ph/cm2/s e_Ppk3 [0.09/280]? Negative error on Ppk3
in 1σ error bar
705- 707 I3 --- r_Ppk3 [65/814]? Reference for Ppk3
(see refs.dat file)
709 A1 --- f_Ppk3 [c] Flag on Ppk3 (1)
711- 719 F9.5 ph/cm2/s Ppk4 [0.045/595]? Peak photon flux in 1s
time bin of 10-1000keV
721- 727 E7.5 ph/cm2/s E_Ppk4 [0.0002/181]? Positive error on Ppk4
in 1σ error bar
729- 735 E7.5 ph/cm2/s e_Ppk4 [0.0002/158]? Negative error on Ppk4
in 1σ error bar
737- 739 I3 --- r_Ppk4 [2/804]? Reference for Ppk4
(see refs.dat file)
741- 742 A2 --- f_Ppk4 [ 6a-c]? Flag on Ppk4 (1)
744- 752 F9.6 --- alphaband [-4.8/2]? Opposite value of low
energy spectrum index of band model
754- 763 F10.8 --- E_alphaband [0.006/5.1]? Positive error on
alphaband in 1σ error bar
765- 774 F10.8 --- e_alphaband [0.006/5.1]? Negative error on
alphaband in 1σ error bar
776- 778 I3 --- r_alphaband [2/840]? Reference for alphaband
(see refs.dat file)
780- 781 A2 --- f_alphaband [ abf] Flag on alphaband (1)
783- 787 F5.3 --- betaband [1.4/5.5]? Opposite value of high
energy spectrum index of band model
789- 797 F9.7 --- E_betaband [0.01/8.1]? Positive error on
betaband in 1σ error bar
799- 807 F9.7 --- e_betaband [0.006/7.6]? Negative error on
betaband in 1σ error bar
809- 811 I3 --- r_betaband [2/840]? Reference for betaband
(see refs.dat file)
813- 814 A2 --- f_betaband [ abg] Flag on betaband (1)
816- 825 F10.5 keV Epband [2/3584]? Spectral peak energy of
band model
827- 837 F11.5 keV E_Epband [0.2/13400]? Positive error on
Epband in 1σ error bar
839- 849 F11.5 keV e_Epband [0.2/13400]? Negative error on
Epband in 1σ error bar
851- 853 I3 --- r_Epband [2/840]? Reference for Epband
(see refs.dat file)
855- 856 A2 --- f_Epband [ a-chj] Flag on Epband (1)
858- 866 E9.4 --- alphacpl [-2/2.7]? Opposite value of spectrum
index of cut off power law (CPL)
model
868- 875 E8.4 --- E_alphacpl [1.4e-8/2.5]? Positive error on
alphacpl in 1σ error bar
877- 884 E8.4 --- e_alphacpl [1.4e-8/2.6]? Negative error on
alphacpl in 1σ error bar
886- 888 I3 --- r_alphacpl [5/820]? Reference for alphacpl
(see refs.dat file)
890- 891 A2 --- f_alphacpl [ abf] Flag on alphacpl (1)
893- 902 F10.5 keV Epcpl [0.7/9253]? Spectral peak energy of
cut off power law (CPL) model
904- 913 F10.4 keV E_Epcpl [0.1/71900]? Positive error on Epcpl
in 1σ error bar
915- 924 F10.4 keV e_Epcpl [0.1/71900]? Negative error on Epcpl
in 1σ error bar
926- 928 I3 --- r_Epcpl [5/820]? Reference for Epcpl
(see refs.dat file)
930- 931 A2 --- f_Epcpl [ abhj] Flag on Epcpl (1)
933- 938 F6.4 --- alphaspl [0.5/4]? Opposite value of spectrum
index of simple power law (SPL)
model
940- 946 F7.5 --- E_alphaspl [0.006/0.6]? Positive error on
alphaspl in 1σ error bar
948- 954 F7.5 --- e_alphaspl [0.006/0.5]? Negative error on
alphaspl in 1σ error bar
956- 958 I3 --- r_alphaspl [7/816]? Reference for alphaspl
(see refs.dat file)
960 A1 --- f_alphaspl [b] Flag on alphaspl (1)
962- 968 F7.5 rad thetaj [0.007/0.5]? Jet open angle
970- 976 E7.4 rad E_thetaj [0/0.3]? Positive error on thetaj in
1σ error bar
978- 984 E7.4 rad e_thetaj [0.0003/0.3]? Negative error on
thetaj in 1σ error bar
986- 988 I3 --- r_thetaj [78/834]? Reference for thetaj
(see refs.dat file)
990- 991 A2 --- f_thetaj [ ad] Flag on thetaj (1)
993- 1002 F10.4 ms/MeV splag [-6400/84000]? Spectral time lag (3)
1004- 1011 F8.2 ms/MeV E_splag [0.18/38133]? Positive error on
splag in 1σ error bar
1013- 1020 F8.2 ms/MeV e_splag [0.18/38133]? Negative error on
splag in 1σ error bar
1022- 1024 I3 --- r_splag [22/844]? Reference for splag
(see refs.dat file)
1026- 1027 A2 --- f_splag [ abd] Flag on splag (1)
1029- 1034 F6.2 --- Gamma0 [2.3/880]? Initial Lorentz factor
1036- 1040 F5.2 --- E_Gamma0 [2/80]? Positive error on Gamma0 in
1σ error bar
1042- 1046 F5.2 --- e_Gamma0 [2/80]? Negative error on Gamma0 in
1σ error bar
1048- 1050 I3 --- r_Gamma0 [495/828]? Reference for Gamma0
(see refs.dat file)
1052 A1 --- f_Gamma0 [a] Flag on Gamma0 (1)
1054- 1058 F5.3 s tburst [1.9/5.3]? Duration of the GRB
central engine (4)
1060- 1064 F5.3 s E_tburst [0.001/0.7]? Positive error on
tburst in 1σ error bar
1066- 1070 F5.3 s e_tburst [0.001/0.7]? Negative error on
tburst in 1σ error bar
1072- 1074 I3 --- r_tburst [151]? Reference for tburst
(see refs.dat file)
1076- 1081 F6.2 s tpkX [7/400]? Peak flux time in X-ray
band
1083- 1086 F4.2 s E_tpkX [4]? Positive error on tpkX in
1σ error bar
1088- 1091 F4.2 s e_tpkX [4]? Negative error on tpkX in
1σ error bar
1093- 1095 I3 --- r_tpkX [731/808]? Reference for tpkX
(see refs.dat file)
1097 A1 --- f_tpkX [e] Flag on tpkX (1)
1099- 1106 F8.2 s tpkOpt [13/55032]? Peak flux time in
optical band
1108- 1115 F8.3 s E_tpkOpt [0.4/1305]? Positive error on tpkOpt
in 1σ error bar
1117- 1124 F8.3 s e_tpkOpt [0.4/1305]? Negative error on tpkOpt
in 1σ error bar
1126- 1128 I3 --- r_tpkOpt [218/782]? Reference for tpkOpt
(see refs.dat file)
1130- 1131 A2 --- f_tpkOpt [ ahi] Flag on tpkOpt (1)
1133- 1140 E8.4 Jy FX11hr [1e-10/5e-5]? Flux density in X-ray
band at 11hr since the trigger time
of the burst
1142- 1149 E8.4 Jy E_FX11hr [5e-10/1.8e-5]? Positive error on
FX11hr in 1σ error bar
1151- 1158 E8.4 Jy e_FX11hr [5e-10/1.8e-5]? Negative error on
FX11hr in 1σ error bar
1160- 1162 I3 --- r_FX11hr [640/762]? Reference for FX11hr
(see refs.dat file)
1164 A1 --- f_FX11hr [a] Flag on F.X11hr (1)
1166- 1169 F4.2 --- betaX11hr [0.28/3.3]? Index in X-ray band at
11hr since the trigger time of the
burst
1171- 1175 F5.3 --- E_betaX11hr [0.04/2]? Positive error on
betaX11hr in 1σ error bar
1177- 1181 F5.3 --- e_betaX11hr [0.04/0.9]? Negative error on
betaX11hr in 1σ error bar
1183- 1185 I3 --- r_betaX11hr [224/810]? Reference for betaX11hr
(see refs.dat file)
1187- 1194 E8.4 Jy FOpt11hr [4.6e-8/0.03]? Flux density in
optical band at 11hr since the
trigger time of the burst
1196- 1203 E8.4 Jy E_FOpt11hr [4e-9/1.3e-5]? Positive error on
FOpt11hr in 1σ error bar
1205- 1212 E8.4 Jy e_FOpt11hr [4e-9/8.3e-6]? Negative error on
FOpt11hr in 1σ error bar
1214- 1216 I3 --- r_FOpt11hr [640/763]? Reference for FOpt11hr
(see refs.dat file)
1218 A1 --- f_FOpt11hr [e] Flag on FOpt11hr (1)
1220- 1229 F10.2 s tradpk [107136/7266240]? Peak radio time in
afterglow
1231- 1239 F9.2 s E_tradpk [8640/915840]? Positive error on
tradpk in 1σ error bar
1241- 1249 F9.2 s e_tradpk [8640/915840]? Negative error on
tradpk in 1σ error bar
1251- 1253 I3 --- r_tradpk [663/798]? Reference for tradpk
(see refs.dat file)
1255 A1 --- f_tradpk [a] Flag on tradpk (1)
1257- 1265 E9.4 Jy Fradpk [5e-5/0.04]? Peak flux density in
radio band at 8.46GHz
1267- 1274 E8.4 Jy E_Fradpk [9e-6/0.0006]? Positive error on
Fradpk in 1σ error bar
1276- 1283 E8.4 Jy e_Fradpk [9e-6/0.0006]? Negative error on
Fradk in 1σ error bar
1285- 1287 I3 --- r_Fradpk [663/798]? Reference for Fradpk
(see refs.dat file)
1289 A1 --- f_Fradpk [a] Flag on Fradpk (1)
1291- 1296 F6.3 kpc offset [0.09/75.2]? Distance from the burst
location to the center of the host
galaxy
1298- 1303 F6.3 kpc E_offset [0.01/24.6]? Positive error on
offset in 1σ error bar
1305- 1310 F6.3 kpc e_offset [0.01/24.6]? Negative error on
offset in 1σ error bar
1312- 1314 I3 --- r_offset [605/819]? Reference for offset
(see refs.dat file)
1316 A1 --- f_offset [a] Flag on offset (1)
1318- 1322 F5.3 --- Metal [7.6/9.2]? Metallicity of the host,
the value is 12+log[O/H]
1324- 1328 F5.3 --- E_Metal [0.04/0.6]? Positive error on
metallicity in 1σ error bar
1330- 1334 F5.3 --- e_Metal [0.05/0.6]? Negative error on
metallicity in 1σ error bar
1336- 1338 I3 --- r_Metal [321/786]? Reference for metallicity
(see refs.dat file)
1340 A1 --- f_Metal [ak] Flag on metallicity (1)
1342- 1347 F6.2 mag Mag [-24/-15]? Absolute magnitude in
3.5um rest wavelength
1349- 1351 F3.2 mag E_Mag ? Positive error on Mag in 1σ
error bar (always blank)
1353- 1355 F3.2 mag e_Mag ? Negative error on Mag in 1σ
error bar (always blank)
1357- 1359 I3 --- r_Mag [589]? Reference for Mag
(see refs.dat file)
1361 A1 --- f_Mag [e] Flag on Mag (1)
1363- 1369 F7.3 10+21cm-2 NH [0/350]? Column density of hydrogen
1371- 1376 F6.2 10+21cm-2 E_NH [0.07/230]? Positive error on NH in
1σ error bar
1378- 1383 F6.2 10+21cm-2 e_NH [0/170]? Negative error on NH in
1σ error bar
1385- 1387 I3 --- r_NH [207/803]? Reference for NH
(see refs.dat file)
1389 A1 --- f_NH [adi] Flag on N_H (1)
1391- 1395 F5.3 --- AV [0/6.8]? Dust extinction
1397- 1406 F10.8 --- E_AV [0.006/2.8]? Positive error on AV
in 1σ error bar
1408- 1417 F10.8 --- e_AV [0/1.6]? Negative error on AV in
1σ error bar
1419- 1421 I3 --- r_AV [208/827]? Reference for AV
(see refs.dat file)
1423 A1 --- f_AV [ab] Flag on AV (1)
1425- 1431 F7.3 Msun/yr SFR [0.007/125]? Star formation rate
1433- 1439 F7.3 Msun/yr E_SFR [0.003/145]? Positive error on SFR
in 1σ error bar
1441- 1446 F6.3 Msun/yr e_SFR [0.003/65]? Negative error on SFR in
1σ error bar
1448- 1450 I3 --- r_SFR [265/701]? Reference for SFR
(see refs.dat file)
1452 A1 --- f_SFR [a] Flag on SFR (1)
1454- 1460 F7.4 [Gyr-1] SSFR [-2/1.8]? Log of specific star
formation rate
1462- 1464 F3.2 [Gyr-1] E_SSFR ? Positive error on SSFR in 1σ
error bar (always blank)
1466- 1468 F3.2 [Gyr-1] e_SSFR ? Negative error on SSFR in 1σ
error bar (always blank)
1470- 1472 I3 --- r_SSFR [308/775]? Reference for SSFR
(see refs.dat file)
1474- 1475 A2 --- f_SSFR [ ei] Flag on SSFR (1)
1477- 1483 F7.2 Myr Age [12/8800]? The age of the GRB host
galaxy
1485- 1491 F7.2 Myr E_Age [6/3900]? Positive error on Age in
1σ error bar
1493- 1499 F7.2 Myr e_Age [6/2300]? Negative error on Age in
1σ error bar
1501- 1503 I3 --- r_Age [207/813]? Reference for Age
(see refs.dat file)
1505 A1 --- f_Age [e] Flag on Age (1)
1507- 1511 F5.2 [Msun] Mass [4.7/12.3]? Log of stellar mass
1513- 1516 F4.2 [Msun] E_Mass [0.01/1.5]? Positive error on Mass
in 1σ error bar
1518- 1521 F4.2 [Msun] e_Mass [0.01/1.5]? Negative error on Mass
in 1σ error bar
1523- 1525 I3 --- r_Mass [207/830]? Reference for Mass
(see refs.dat file)
1527 A1 --- f_Mass [ai] Flag on Mass (1)
--------------------------------------------------------------------------------
Note (1): Flags as follows:
A = we changed the GRB name or the name is a little different in
different papers and GCN, because some different GRBs have same name
in different instruments. For an example, Fermi GRB110916 and
MAXI GRB110916 are two different GRBs with different trigger time, but
they have same GRB name, so we changed Fermi GRB110916 to GRB110916A,
and MAXI GRB110916 to GRB110916B;
a = the errors are imputed by MICE algorithm;
b = the errors in the original papers are in 90% confidence level, we
changed the errors to 1σ confidence level by multiplying
0.995/1.645;
c = the values are calculated using the spectral values in order change
the energy band;
d = the unit is different from the original papers;
e = the error is estimated as the central value multiplying 0.1;
f = we use the BASTE alpha peak value -1.1 as common when alpha is not
well constrained;
g = we use the BASTE beta peak value -2.2 as common when beta is not
well constrained;
h = the value in the original paper is in rest-frame, we change the
value using rest-frame divided by 1+z to observer-frame;
i = we changed the values into logarithm or from logarithm into the
normal form;
j = the values are calculated using other parameters;
k = We convert different metallicity calibrations into
Kobulnicky & Kewley 2004, J/ApJ/617/240 calibrator using the
method in Kewley & Ellison 2008ApJ...681.1183K 2008ApJ...681.1183K
m = the values are calculated using redshift with cosmology parameters
in Planck 2016A&A...594A..13P 2016A&A...594A..13P
Note (2): Burst duration with 45% of brightest fluence according to the
definition of Reichart+ 2001ApJ...552...57R 2001ApJ...552...57R
Note (3): Spectral time lag, for every GRB, we can get the time lag t
between low energy band E1-E2 and high energy band E3-E4, then we use
the value of t/[(E4-E3)/2-(E2-E1)/2], in order to avoid the influence of
different E1,E2,E3,E4, so the unit is ms/MeV.
Note (4): Duration of the GRB central engine defined by both gamma-ray and
X-ray light curves in logarithm, the definition is
from Zhang+, 2014, J/ApJ/787/66
Note (5): Units are in arcsec but sometimes in arcmin and errors are sometimes
split, very likely between RA and DEC; note added by CDS.
--------------------------------------------------------------------------------
Byte-by-byte Description of file: table3.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 12 A12 --- Param1 Parameter name
14- 25 A12 --- Param2 Parameter name
27- 34 F8.5 --- Pcoeff [-0.81/0.95] Pearson correlation coefficient
(Pearson 1895RSPS...58..240P 1895RSPS...58..240P); Equation 5
36- 41 F6.4 --- e_Pcoeff [0.002/0.43] Error bar for Pcoeff in 1σ
confidence level using MC method
43- 50 A8 --- Pp Pearson p-value
52- 59 F8.5 --- Scoeff [-0.78/0.94] Spearman correlation coefficient
(Spearman C. 1987, American Journal of
Psychology, 100, 441); Equation 6
61- 66 F6.4 --- e_Scoeff [0.001/0.43] Error bar for Scoeff in 1σ
confidence level using MC method
68- 75 A8 --- Sp Spearman p-value
77- 85 F9.6 --- Kcoeff [-0.6/0.83] Kendall τ correlation
coefficient (Kendall M.G. 1938,
Bimetrika, 30, 81); Equation 7
87- 92 F6.4 --- e_Kcoeff [0.0016/0.34] Error bar for Kcoeff in 1σ
confidence level using MC method
94- 101 A8 --- Kp [0/1] Kendall p-value
103- 108 F6.4 --- Corr [0.006/1] Correlation ratio
110- 117 F8.6 --- e_Corr [8.8e-5/0.13] Error bar for Corr in 1σ
confidence level using MC method
119- 125 F7.4 --- Cosin [-1/1] Cosine similarity
(van Dongen & Enright 2012arXiv1208.3145V 2012arXiv1208.3145V);
Equation 8
127- 133 F7.5 --- e_Cosin [0.00029/0.21] Error bar for Cosin in 1σ
confidence level using MC method
--------------------------------------------------------------------------------
Byte-by-byte Description of file: table4.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 12 A12 --- y Dependent variable (G1)
14- 25 A12 --- x Independent variable (G1)
27- 42 F16.8 --- a [-349093/3557] Slope using MC method
44- 58 F15.9 --- e_a [3.4e-08/97864] Error bar for slope in 1σ
confidence level (G2)
60- 71 F12.5 --- b [-13228/79726] Intercept using MC method
73- 83 F11.5 --- e_b [0.00023/38026] Error bar for intercept in
1σ confidence level (G2)
85- 94 F10.7 --- R2 [-0.3/0.97] Adjusted R2 (G3)
--------------------------------------------------------------------------------
Byte-by-byte Description of file: table5.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 12 A12 --- y Dependent variable (G1)
14- 25 A12 --- x1 Independent variable (G1)
27- 38 A12 --- x2 Independent variable (G1)
40- 57 F18.9 --- a1 [-1972849/18993] Linear regression coefficient
for x1 using MC method
59- 74 F16.9 --- e_a1 [2.7e-08/527374] Error bar for a1 in 1σ
confidence level (G2)
76- 94 F19.11 --- a2 [-681416/27857] Linear regression coefficient for
x2 using MC method
96- 111 F16.9 --- e_a2 [2.8e-08/281599] Error bar for a2 in 1σ
confidence level (G2)
113- 126 F14.6 --- b [-205019/218073] Intercept using MC method
128- 139 F12.5 --- e_b [0.00026/202125] Error bar for intercept in
1σ confidence level (G2)
141- 152 F12.9 --- R2 [-0.998/1] Adjusted R2 (G3)
--------------------------------------------------------------------------------
Byte-by-byte Description of file: refs.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 3 I3 --- Ref Reference code
5- 23 A19 --- BibCode Bibcode of the reference
25- 62 A38 --- Auth Author's name(s)
64- 111 A48 --- Comm Comment
--------------------------------------------------------------------------------
Global notes:
Note (G1): The description of every parameter is in Table 1.
Note (G2): All the errors are in 1σ error bars.
Note (G3): Adjusted R2 measure the goodness of the linear regression model
with central values, it means the percentage of variance explained
considering the parameter freedom.
--------------------------------------------------------------------------------
History:
From electronic version of the journal
(End) Prepared by [AAS], Emmanuelle Perret [CDS] 05-Oct-2021