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J/ApJS/232/17/sgr18 Spectral properties of magnetar bursts (Kirmizibayrak+, 2017)
Observations and spectral properties of bursts for SGR 1806-20 (tables 3 and 6) (221 rows)
  recno=61
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ColumnValue  Explain   (UCD)
61recno 61  Record number assigned by the VizieR team. Should Not be used for identification. (meta.record)

Seq 61   [1/221] Burst ID (meta.id;meta.main)
f_Seq   Saturated bursts are marked with asterisk (meta.code)
TstartMET331140923.084  Burst Start Time, in MET (time.epoch)
TstartUT2004-06-29T15:35:23  Burst Start Time, in UTC (time.epoch)
TExp 0.8690 s [0.08/6.6] Spectrum duration, TExp (Note 1)   (time.epoch)
ObsID90073-01-07-01  Observation ID (meta.id;obs)
bbkt1 2.4 keV [0.5/4] BB+BB kT 1 (Note 1)   (phys.temperature)
E_bbkt1 0.30 keV BB+BB kT 1 upper bound error (Note 2)   (stat.error;stat.max)
e_bbkt1 0.30 keV BB+BB kT 1 lower bound error (Note 2)   (stat.error)
bbkt2 9.3 keV [3.2/60] BB+BB kT 2 (Note 1)   (phys.temperature)
E_bbkt2 2.1 keV BB+BB kT 2 upper bound error (Note 2)   (stat.error;stat.max)
e_bbkt2 2.0 keV BB+BB kT 2 lower bound error (Note 2)   (stat.error)
bbchi 36.30   [0.01/251] BB+BB chi-squared statistic (Note 1)   (stat.fit.chi2)
bbdof 27   [1/131] BB+BB DOF (Note 3)   (stat.fit.dof)
bpkt 3.8000 keV [0.0001/200] BB+PO kT (Note 1)   (phys.temperature)
E_bpkt 0.4 keV BB+PO kT upper bound error (Note 2)   (stat.error;stat.max)
e_bpkt 0.4000 keV BB+PO kT lower bound error (Note 2)   (stat.error)
bppho 1.70   [-3/4.5] BB+PO power law photon index (Note 1)   (spect.index)
E_bppho 0.30   BB+PO power law photon index upper bound error (Note 2)   (stat.error;stat.max)
e_bppho 0.30   BB+PO power law photon index lower bound error (Note 2)   (stat.error)
bpchi 35.30   [0.1/236] BB+PO chi-squared statistic (Note 1)   (stat.fit.chi2)
bpdof 27   [1/131] BB+PO DOF (Note 3)   (stat.fit.dof)
lbkt1 3.1 keV [0.5/5] LB+LB kT 1 (Note 1)   (phys.temperature)
E_lbkt1 0.5 keV LB+LB kT 1 upper bound error (Note 2)   (stat.error;stat.max)
e_lbkt1 0.4 keV LB+LB kT 1 lower bound error (Note 2)   (stat.error)
lbkt211.8 keV [3.5/60] LB+LB kT 2 (Note 1)   (phys.temperature)
E_lbkt2 3.2 keV LB+LB kT 2 upper bound error (Note 2)   (stat.error;stat.max)
e_lbkt2 2.6 keV LB+LB kT 2 lower bound error (Note 2)   (stat.error)
lbchi 33.90   [0.02/157] LB+LB chi-squared statistic (Note 1)   (stat.fit.chi2)
lbdof 27   [1/131] LB+LB DOF (Note 3)   (stat.fit.dof)
cpthcut 16.2 keV [2/500] COMPT cut-off energy (Note 1)   (em.energy)
E_cpthcut 14.4 keV COMPT cut-off energy upper bound error (Note 2)   (stat.error;stat.max)
e_cpthcut 6.4 keV COMPT cut-off energy lower bound error (Note 2)   (stat.error)
cptpho 0.60   [-2/2] COMPT power law photon index (Note 1)   (spect.index)
E_cptpho 0.30   COMPT power law photon index upper bound error (Note 2)   (stat.error;stat.max)
e_cptpho 0.40   COMPT power law photon index lower bound error (Note 2)   (stat.error)
cptchi 37.90   [0.1/229] COMPT chi-squared statistic (Note 1)   (stat.fit.chi2)
cptdof 28   [3/133] COMPT DOF (Note 3)   (stat.fit.dof)
cptpcaflux 5.4000e-09 mW/m2 COMPT PCA Flux (Note 4)   (phot.flux;em.X-ray)
E_cptpcaflux 3.0000e-10 mW/m2 COMPT PCA Flux Upper bound error (Note 2)   (stat.error;stat.max)
e_cptpcaflux 4.0000e-10 mW/m2 COMPT PCA Flux Lower bound error (Note 2)   (stat.error)
cpthxtflux 3.8000e-09 mW/m2 COMPT HEXTE Flux (Note 5)   (phot.flux;em.X-ray)
E_cpthxtflux 1.9000e-09 mW/m2 COMPT HEXTE Flux Upper bound error (Note 2)   (stat.error;stat.max)
e_cpthxtflux 1.2000e-09 mW/m2 COMPT HEXTE Flux Lower bound error (Note 2)   (stat.error)
  
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