J/A+A/693/A212 eFEDS Hard X-ray selected sample (Nandra+, 2025)
The eROSITA Final Equatorial Depth Survey (eFEDS).
The hard X-ray selected sample.
Nandra K., Waddell S.G.H., Liu T., Buchner J., Dwelly T., Salvato M.,
Shen Y., Wu Q., Arcodia R., Boller T., Brunner H., Brusa M., Collmar W.,
Comparat J., Georgakakis A., Grau M., Haemmerich S., Ibarra-Medel H.,
Igo Z., Krumpe M., Lamer G., Merloni A., Musiimenta B., Wolf J., Assef R.J.,
Bauer F.E., Brandt W.N., Rix H.-W.
<Astron. Astrophys. 693, A212 (2025)>
=2025A&A...693A.212N 2025A&A...693A.212N (SIMBAD/NED BibCode)
ADC_Keywords: Surveys ; Galaxies ; X-ray sources
Keywords: catalogs - surveys - galaxies: active
Abstract:
During its calibration and performance verification phase, the eROSITA
instrument aboard the Spectrum-RG satellite performed a uniform
wide-area X-ray survey of approximately 140deg2, known as the
eROSITA Final Equatorial Depth Survey (eFEDS).
The primary aim of eFEDS is to demonstrate the scientific performance
to be expected at the end of the eight-pass eROSITA all-sky
survey. This survey will provide the first focussed image of the whole
sky in the hard X-ray (>2keV) bandpass. The expected source population
in this energy range is thus of great interest, particularly for AGN
studies.
We used a 2.3-5keV selection to construct a sample of 246 point-like
hard X-ray sources for further study and characterisation. These
sources are classified as either extragalactic (∼90%) or Galactic
(∼10%), with the former consisting overwhelmingly of AGN and the
latter active stars. We concentrated our further analysis on the
extragalactic AGN sample, describing their X-ray and multi-wavelength
properties and comparing them to the eFEDS main AGN sample selected in
the softer 0.2-2.3keV band.
The eROSITA hard band selects a subsample of sources that is a factor
of more than ten brighter than the eFEDS main sample. The AGN within
the hard population reach up to z=3.2 but on the whole, they are
relatively nearby, with median z=0.34 compared to z=0.94 for the main
sample. The hard survey probes typical luminosities in the range
logLX=43-46. The X-ray spectral analysis shows significant intrinsic
absorption (with logNH>21) in ∼20% of the sources, with a hard X-ray
power law continuum with mean =1.83±0.04, which is typical of
AGN, but slightly harder than the soft-selected eROSITA sample. Around
10% of the hard sample show a significant "soft excess" component.
The sampled black hole mass distribution in the eFEDS broad-line AGN
population is consistent with that of the deeper COSMOS survey that
probes a higher redshift population. On the other hand, the Eddington
ratios appear systematically lower, which is consistent with the idea
that the decline in SMBH activity since z∼1 is due to a reduction in
the typical accretion rate, rather than a shift towards activity in
lower-mass black holes.
The eFEDS hard sample provides a preview of what can be expected from
the eRASS final survey in terms of data quality. This pilot survey
indicates the power of eROSITA to shed new light on the demographics
and evolution of AGN, and the potential for discovery of new and rare
populations.
Description:
We have presented the properties of a sample of X-ray sources
selected in the relatively hard 2.3-5keV band from the eROSITA
eFEDS survey. The sample of 246 sources is around two orders of
magnitude smaller than the main, soft X-ray selected eROSITA catalogue
in this region, reflecting the lower effective area and higher
background of the instrument in this band. The hard sample consists
overwhelmingly of extragalactic sources and more specifically AGN,
with a small fraction of stars. Being relatively bright and benefiting
from extensive dedicated spectroscopy from the SDSS-IV and SDSS-V
surveys, the sample has very high spectroscopic completeness (80%)
which increases to ∼94% when only the extragalactic/AGN subsample is
considered, and enables a number of properties to be explored in
detail.
File Summary:
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FileName Lrecl Records Explanations
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ReadMe 80 . This file
catalog.dat 7735 246 The eFEDS hard-band selected sample
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See also:
J/A+A/661/A1 : The eFEDS X-ray catalogs (V7.4) (Brunner+, 2022)
J/A+A/661/A3 : eFEDS counterparts to point-like sources (Salvato+, 2022)
Byte-by-byte Description of file: catalog.dat
--------------------------------------------------------------------------------
Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 22 A22 --- Name eROSITA source Name (Name) (1)
24- 28 I5 --- IDsrc [1/28075] Source ID in this
catalog (ID_SRC)
30- 34 I5 --- IDmain [1/26485]?=-99 The corresponding
source ID in the eFEDS main
catalog (ID_main)
36- 53 F18.14 deg RAdeg X-ray corrected right ascension
(J2000) (RA_CORR)
55- 75 F21.18 deg DEdeg X-ray corrected declination
(J2000) (DEC_CORR)
77- 94 F18.16 arcsec ePoas eROSITA positional uncertainty
(corrected) (RADECERRCORR) (1)
96- 108 F13.7 --- DetLike0 combined three-band detection
likelihood (DETLIKE0) (1)
110- 114 E5.4 --- inArea90 True if in the 0.2-2.3keV
exp>500s region, which
comprises 90% (inArea90)
116- 128 E13.8 --- DetLike1 0.2-0.6keV detection likelihood
(DETLIKE1) (1)
130- 144 F15.9 --- DetLike2 0.6-2.3keV detection likelihood
(DETLIKE2) (1)
146- 156 F11.7 --- DetLike3 2.3-5keV detection likelihood
(DETLIKE3) (1)
158- 170 F13.11 ct/s MLRate1 0.2-0.6keV count rate
(MLRATE1) (1)
172- 184 F13.11 ct/s MLRate2 0.6-2.3keV count rate
(MLRATE2) (1)
186- 197 F12.10 ct/s MLRate3 2.3-5keV count rate
(MLRATE3) (1)
199- 220 F22.20 ct/s MLRateu 5-8keV count rate
(MLRATEu) (1)
222- 243 F22.20 ct/s MLRateb1 0.2-0.5keV count rate
(MLRATEb1) (1)
245- 266 F22.20 ct/s MLRateb2 0.5-1keV count rate
(MLRATEb2) (1)
268- 288 F21.19 ct/s MLRateb3 1-2keV count rate
(MLRATEb3) (1)
290- 310 F21.19 ct/s MLRateb4 2-4.5keV count rate
(MLRATEb4) (1)
312- 324 F13.8 ct MLCts1 0.2-0.6keV net counts
(MLCTS1) (1)
326- 337 F12.7 ct MLCts2 0.6-2.3keV net counts
(MLCTS2) (1)
339- 349 F11.7 ct MLCts3 2.3-5keV net counts
(MLCTS3) (1)
351- 370 F20.17 ct MLCtsu 5-8keV net counts (MLCTSu) (1)
372- 393 F22.17 ct MLCtsb1 0.2-0.5keV net counts
(MLCTSb1) (1)
395- 415 F21.16 ct MLCtsb2 0.5-1keV net counts
(MLCTSb2) (1)
417- 437 F21.16 ct MLCtsb3 1-2keV net counts
(MLCTSb3) (1)
439- 457 F19.15 ct MLCtsb4 2-4.5keV net counts
(MLCTSb4) (1)
459- 472 E14.9 mW/m2 MLFlux1 0.2-0.6keV flux (MLFLUX1) (1)
474- 487 E14.9 mW/m2 MLFlux2 0.6-2.3keV flux (MLFLUX2) (1)
489- 502 E14.9 mW/m2 MLFlux3 2.3-5keV flux (MLFLUX3) (1)
504- 525 E22.17 mW/m2 MLFluxu 5-8keV flux (MLFLUXu) (1)
527- 548 E22.17 mW/m2 MLFluxb1 0.2-0.5keV flux (MLFLUXb1) (1)
550- 571 E22.17 mW/m2 MLFluxb2 0.5-1keV flux (MLFLUXb2) (1)
573- 594 E22.17 mW/m2 MLFluxb3 1-2keV flux (MLFLUXb3) (1)
596- 617 E22.17 mW/m2 MLFluxb4 2-4.5keV flux (MLFLUXb4) (1)
619 I1 --- CTPqual Counterpart quality flag
(CTP_quality) (2)
621 I1 --- CTPClass [0/3] Counterpart class,
2 for likely extraGal,
3 for secur (CTP_CLASS) (2)
623- 636 E14.8 --- z Redshift (Redshift)
638- 649 A12 --- r_z Origin of redshift
(RedshiftOrig)
651 I1 --- zGrade [2/5] Counterpart redshift
grade (4 for high-quality
photo-z, 5 for specz)
(RedshiftGrade) (2)
653- 663 A11 --- LS8 LS8 counterpart ID
(CTPLS8UNIQUE_OBJID)
665- 682 F18.14 deg RALdeg Right Ascension (J2000) of the
LS8 counterpart (CTPLS8RA)
684- 704 F21.18 deg DELdeg Declination (J2000) of the best
LS8 counterpart (CTPLS8Dec)
706- 724 F19.15 mag W1mag ? LS8 Wise W1 magnitude (AB)
(W1) (2)
726- 747 E22.17 mag e_W1mag ? LS8 Wise W1 magnitude error
(W1_ERR) (2)
749- 767 F19.15 mag W2mag ? LS8 Wise W2 magnitude (AB)
(W2) (2)
769- 790 E22.17 mag e_W2mag ? LS8 Wise W2 magnitude error
(W2_ERR) (2)
792- 810 F19.15 mag LS8gmag ?=-99 LS8 g-band magnitude (AB)
(LS8_g) (2)
812- 835 F24.20 mag e_LS8gmag ?=-99 LS8 g-band magnitude error
(LS8gERR) (2)
837- 855 F19.15 mag LS8rmag ?=-99 LS8 r-band magnitude (AB)
(LS8_r) (2)
857- 880 F24.20 mag e_LS8rmag ?=-99 LS8 r-band magnitude error
(LS8rERR) (2)
882- 899 F18.15 mag LS8zmag LS8 z-band magnitude (LS8_z) (2)
901- 922 F22.20 mag e_LS8zmag LS8 z-band magnitude error
(LS8zERR) (2)
924 I1 --- inKiDS ? Source is in KiDS area
(in_KiDS)
926- 947 E22.17 [cm-2] galNH Total Galactic column density
(galNH)
949- 953 E5.4 --- AGN [0/1] AGN subsample: CTP_CLASS>1
& inArea90 & CTP_quality>1 &
RedshiftG (AGN)
955- 966 F12.9 --- GammaKLm1 Powerlaw slope, KL divergence
(GammaKLm1)
968- 977 F10.8 --- b_Gammam1 Powerlaw slope, 1sigma HDI
lower limit (GammaHLom1)
979- 988 F10.8 --- B_Gammam1 Powerlaw slope, 1sigma HDI
upper limit (GammaHUpm1)
990- 999 F10.8 [cm-2] lognHKLm1 NH, KL divergence (lognHKLm1)
1001-1009 F9.6 [cm-2] b_lognHm1 NH, 1sigma HDI lower limit
(lognHHLom1)
1011-1019 F9.6 [cm-2] B_lognHm1 NH, 1sigma HDI upper limit
(lognHHUpm1)
1021-1031 E11.6 mW/m2 FObsBF-s-m1 0.5-2keV observed flux, best-fit
model (FluxObsvBFs_m1)
1033-1043 E11.6 mW/m2 FObsMed-s-m1 0.5-2keV observed flux, median
(FluxObsvMeds_m1)
1045-1055 E11.6 mW/m2 b_FObs-s-m1 0.5-2keV observed flux, 1sigma
lower limit (FluxObsvLo1s_m1)
1057-1067 E11.6 mW/m2 B_FObs-s-m1 0.5-2keV observed flux, 1sigma
upper limit (FluxObsvUp1s_m1)
1069-1079 E11.6 mW/m2 b2_FObs-s-m1 0.5-2keV observed flux, 2sigma
lower limit (FluxObsvLo2s_m1)
1081-1091 E11.6 mW/m2 B2_FObs-s-m1 0.5-2keV observed flux, 2sigma
upper limit (FluxObsvUp2s_m1)
1093-1103 E11.6 mW/m2 FObsBF-t-m1 2.3-5keV observed flux, best-fit
model (FluxObsvBFt_m1)
1105-1115 E11.6 mW/m2 FObsMed-t-m1 2.3-5keV observed flux, median
(FluxObsvMedt_m1)
1117-1127 E11.6 mW/m2 b_FObs-t-m1 2.3-5keV observed flux, 1sigma
lower limit (FluxObsvLo1t_m1)
1129-1139 E11.6 mW/m2 B_FObs-t-m1 2.3-5keV observed flux, 1sigma
upper limit (FluxObsvUp1t_m1)
1141-1151 E11.6 mW/m2 b2_FObs-t-m1 2.3-5keV observed flux, 2sigma
lower limit (FluxObsvLo2t_m1)
1153-1163 E11.6 mW/m2 B2_FObs-t-m1 2.3-5keV observed flux, 2sigma
upper limit (FluxObsvUp2t_m1)
1165-1175 E11.6 mW/m2 FcorrBF-s-m1 0.5-2keV absorption corrected
flux, best-fit model
(FluxCorrBFs_m1)
1177-1187 E11.6 mW/m2 FcorrMed-s-m1 0.5-2keV absorption corrected
flux, median
(FluxCorrMeds_m1)
1189-1199 E11.6 mW/m2 b_Fcorr-s-m1 0.5-2keV absorption corrected
flux, 1sigma lower limit
(FluxCorrLo1s_m1)
1201-1211 E11.6 mW/m2 B_Fcorr-s-m1 0.5-2keV absorption corrected
flux, 1sigma upper limit
(FluxCorrUp1s_m1)
1213-1223 E11.6 mW/m2 b2_Fcorr-s-m1 0.5-2keV absorption corrected
flux, 2sigma lower limit
(FluxCorrLo2s_m1)
1225-1235 E11.6 mW/m2 B2_Fcorr-s-m1 0.5-2keV absorption corrected
flux, 2sigma upper limit
(FluxCorrUp2s_m1)
1237-1247 E11.6 mW/m2 FcorrBF-t-m1 2.3-5keV absorption corrected
flux, best-fit model
(FluxCorrBFt_m1)
1249-1259 E11.6 mW/m2 FcorrMed-t-m1 2.3-5keV absorption corrected
flux, median
(FluxCorrMedt_m1)
1261-1271 E11.6 mW/m2 b_Fcorr-t-m1 2.3-5keV absorption corrected
flux, 1sigma lower limit
(FluxCorrLo1t_m1)
1273-1283 E11.6 mW/m2 B_Fcorr-t-m1 2.3-5keV absorption corrected
flux, 1sigma upper limit
(FluxCorrUp1t_m1)
1285-1295 E11.6 mW/m2 b2_Fcorr-t-m1 2.3-5keV absorption corrected
flux, 2sigma lower limit
(FluxCorrLo2t_m1)
1297-1307 E11.6 mW/m2 B2Fcorrt-m1 2.3-5keV absorption corrected
flux, 2sigma upper limit
(FluxCorrUp2t_m1)
1309-1319 E11.6 mW/m2 FintBF-s-m1 0.5-2keV rest-frame corrected
flux, best-fit model
(FluxIntrBFs_m1)
1321-1331 E11.6 mW/m2 FintMed-s-m1 0.5-2keV rest-frame corrected
flux, median
(FluxIntrMeds_m1)
1333-1343 E11.6 mW/m2 b_Fint-s-m1 0.5-2keV rest-frame corrected
flux, 1sigma lower limit
(FluxIntrLo1s_m1)
1345-1355 E11.6 mW/m2 B_Fint-s-m1 0.5-2keV rest-frame corrected
flux, 1sigma upper limit
(FluxIntrUp1s_m1)
1357-1367 E11.6 mW/m2 b2Fints-m1 0.5-2keV rest-frame corrected
flux, 2sigma lower limit
(FluxIntrLo2s_m1)
1369-1379 E11.6 mW/m2 B2Fints-m1 0.5-2keV rest-frame corrected
flux, 2sigma upper limit
(FluxIntrUp2s_m1)
1381-1391 E11.6 mW/m2 FintBF-h-m1 2-10keV rest-frame corrected
flux, best-fit model
(FluxIntrBFh_m1)
1393-1403 E11.6 mW/m2 FintMed-h-m1 2-10keV rest-frame corrected
flux, median
(FluxIntrMedh_m1)
1405-1415 E11.6 mW/m2 b_Fint-h-m1 2-10keV rest-frame corrected
flux, 1sigma lower limit
(FluxIntrLo1h_m1)
1417-1427 E11.6 mW/m2 B_Fint-h-m1 2-10keV rest-frame corrected
flux, 1sigma upper limit
(FluxIntrUp1h_m1)
1429-1439 E11.6 mW/m2 b2_Fint-h-m1 2-10keV rest-frame corrected
flux, 2sigma lower limit
(FluxIntrLo2h_m1)
1441-1451 E11.6 mW/m2 B2_Fint-h-m1 2-10keV rest-frame corrected
flux, 2sigma upper limit
(FluxIntrUp2h_m1)
1453-1463 E11.6 mW/m2 FintBF-2keV-m1 Rest-frame 1.999-2.001keV flux,
best-fit model
(FluxIntrBF2keV_m1)
1465-1475 E11.6 mW/m2 FintMed-2keV-m1 Rest-frame 1.999-2.001keV flux,
median (FluxIntrMed2keV_m1)
1477-1487 E11.6 mW/m2 b_Fint-2keV-m1 Rest-frame 1.999-2.001keV flux
(FluxIntrLo12keV_m1)
1489-1499 E11.6 mW/m2 B_Fint-2keV-m1 Rest-frame 1.999-2.001keV flux
(FluxIntrUp12keV_m1)
1501-1511 E11.6 mW/m2 b2Fint2keV-m1 Rest-frame 1.999-2.001keV flux
(FluxIntrLo22keV_m1)
1513-1523 E11.6 mW/m2 B2Fint2keV-m1 Rest-frame 1.999-2.001keV flux
(FluxIntrUp22keV_m1)
1525-1532 F8.4 10-7W LintBF-s-m1 ?=-99 rest-frame 0.5-2keV
luminosity, best-fit model
(LumiIntrBFs_m1)
1534-1541 F8.4 10-7W LintMed-s-m1 ?=-99 rest-frame 0.5-2keV
luminosity, median
(LumiIntrMeds_m1)
1543-1550 F8.4 10-7W b_Lint-s-m1 ?=-99 rest-frame 0.5-2keV
luminosity, 1sigma lower limit
(LumiIntrLo1s_m1)
1552-1559 F8.4 10-7W B_Lint-s-m1 ?=-99 rest-frame 0.5-2keV
luminosity, 1sigma upper limit
(LumiIntrUp1s_m1)
1561-1568 F8.4 10-7W b2_Lint-s-m1 ?=-99 rest-frame 0.5-2keV
luminosity, 2sigma lower limit
(LumiIntrLo2s_m1)
1570-1577 F8.4 10-7W B2_Lint-s-m1 ?=-99 rest-frame 0.5-2keV
luminosity, 2sigma upper limit
(LumiIntrUp2s_m1)
1579-1586 F8.4 10-7W LintBF-h-m1 ?=-99 rest-frame 2-10keV
luminosity, best-fit model
(LumiIntrBFh_m1)
1588-1595 F8.4 10-7W LintMed-h-m1 ?=-99 rest-frame 2-10keV
luminosity, median
(LumiIntrMedh_m1)
1597-1604 F8.4 10-7W b_Lint-h-m1 ?=-99 rest-frame 2-10keV
luminosity, 1sigma lower limit
(LumiIntrLo1h_m1)
1606-1613 F8.4 10-7W B_Lint-h-m1 ?=-99 rest-frame 2-10keV
luminosity, 1sigma upper limit
(LumiIntrUp1h_m1)
1615-1622 F8.4 10-7W b2_Lint-h-m1 ?=-99 rest-frame 2-10keV
luminosity, 2sigma lower limit
(LumiIntrLo2h_m1)
1624-1631 F8.4 10-7W B2_Lint-h-m1 ?=-99 rest-frame 2-10keV
luminosity, 2sigma upper limit
(LumiIntrUp2h_m1)
1633-1640 F8.4 10-7W LintBF-2keV-m1 ?=-99 Rest-frame 1.999-2.001keV
luminosity, best-fit model
(LumiIntrBF2keV_m1)
1642-1649 F8.4 10-7W LintMed-2keV-m1 ?=-99 Rest-frame 1.999-2.001keV
luminosity, median
(LumiIntrMed2keV_m1)
1651-1658 F8.4 10-7W b_Lint-2keV-m1 ?=-99 Rest-frame 1.999-2.001keV
luminosity, 1sigma lower limit
(LumiIntrLo12keV_m1)
1660-1667 F8.4 10-7W B_Lint-2keV-m1 ?=-99 Rest-frame 1.999-2.001keV
luminosity, 1sigma upper limit
(LumiIntrUp12keV_m1)
1669-1676 F8.4 10-7W b2_Lint2keV-m1 ?=-99 Rest-frame 1.999-2.001keV
luminosity, 2sigma lower limit
(LumiIntrLo22keV_m1)
1678-1685 F8.4 10-7W B2_Lint2keV-m1 ?=-99 Rest-frame 1.999-2.001keV
luminosity, 2sigma upper limit
(LumiIntrUp22keV_m1)
1687-1695 F9.7 --- GammaMed-m1 Powerlaw slope, median
(GammaMedm1)
1697-1706 F10.8 --- b_Gamma-m1 Powerlaw slope, 1sigma
percentile lower limit
(GammaLom1)
1708-1716 F9.7 --- B_Gamma-m1 Powerlaw slope, 1sigma
percentile upper limit
(GammaUpm1)
1718-1727 F10.8 --- GammaMean-m1 Powerlaw slope, mean
(GammaMeanm1)
1729-1739 F11.9 --- GammaStd-m1 Powerlaw slope, standard
deviation (GammaStdm1)
1741-1749 F9.6 [cm-2] lognHMed-m1 NH, median (lognHMedm1)
1751-1759 F9.6 [cm-2] b_lognH-m1 NH, 1sigma percentile lower
limit (lognHLom1)
1761-1769 F9.6 [cm-2] B_lognH-m1 NH, 1sigma percentile upper
limit (lognHUpm1)
1771-1779 F9.6 [cm-2] lognHMean-m1 NH, mean (lognHMeanm1)
1781-1791 F11.9 [cm-2] lognHStd-m1 NH, standard deviation
(lognHStdm1)
1793-1802 F10.7 --- logPNMed-m1 Power-law normalization for AGN
models, median
(logPowNormMedm1)
1804-1813 F10.7 --- b_logPN-m1 Power-law normalization for AGN
models, 1sigma percentile lower
limit (logPowNormLom1)
1815-1824 F10.7 --- B_logPN-m1 Power-law normalization for AGN
models, 1sigma percentile upper
limit (logPowNormUpm1)
1826-1835 F10.7 --- logPNMean-m1 Power-law normalization for AGN
models, mean
(logPowNormMeanm1)
1837-1848 F12.10 --- logPNStd-m1 Power-law normalization for AGN
models, standard deviation
(logPowNormStdm1)
1850-1864 E15.8 --- logBkgNMed-m1 Background normalization, median
(logBkgNormMedm1)
1866-1878 F13.10 --- b_logBkgN-m1 Background normalization, 1sigma
percentile lower limit
(logBkgNormLom1)
1880-1892 E13.7 --- B_logBkgN-m1 Background normalization, 1sigma
percentile upper limit
(logBkgNormUpm1)
1894-1908 E15.8 --- logBkgNMean-m1 Background normalization, mean
(logBkgNormMeanm1)
1910-1921 F12.10 --- logBkgNStd-m1 Background normalization,
standard deviation
(logBkgNormStdm1)
1923 I1 --- NHclass [1/4] class of NH measurement,
which can be 1,2,3,4 (NHclass)
1925-1935 F11.6 --- logZ-m1 Bayesian evidence of model 1
(logZ_m1)
1937-1947 F11.9 --- dGmKL Slope of the additional soft
power law minus slope of the
primary power law,
KL divergence (dGm_KL)
1949-1958 F10.8 --- b_dGmH Slope of the additional soft
power law minus slope of the
primary power law, 1sigma HDI
lower limit (dGm_HLo)
1960-1968 F9.7 --- B_dGmH Slope of the additional soft
power law minus slope of the
primary power law, 1sigma HDI
upper limit (dGm_HUp)
1970-1981 F12.9 --- GammaKL-m2 ? Powerlaw slope, KL divergence
(GammaKLm2)
1983-1993 F11.9 --- b_Gamma-m2H Powerlaw slope, 1sigma HDI lower
limit (GammaHLom2)
1995-2003 F9.7 --- B_Gamma-m2H Powerlaw slope, 1sigma HDI upper
limit (GammaHUpm2)
2005-2015 F11.9 [cm-2] lognHKL-m2 NH, KL divergence (lognHKLm2)
2017-2025 F9.6 [cm-2] b_lognH-m2H NH, 1sigma HDI lower limit
(lognHHLom2)
2027-2035 F9.6 [cm-2] B_lognH-m2H NH, 1sigma HDI upper limit
(lognHHUpm2)
2037-2048 F12.9 --- logFracKL ? Ratio of the additional
power-law to the primary power
law at 1keV, KL divergence
(logFrac_KL)
2050-2060 F11.8 --- b_logFracH Ratio of the additional
power-law to the primary power
law at 1keV. 1sigma HDI lower
limit (logFrac_HLo)
2062-2075 F14.11 --- B_logFracH Ratio of the additional
power-law to the primary power
law at 1keV. 1sigma HDI upper
limit (logFrac_HUp)
2077-2087 E11.6 mW/m2 FObsBF-s-m2 0.5-2keV observed flux, best-fit
model (FluxObsvBFs_m2)
2089-2099 E11.6 mW/m2 FObsMed-s-m2 0.5-2keV observed flux, median
(FluxObsvMeds_m2)
2101-2111 E11.6 mW/m2 b_FObs-s-m2 0.5-2keV observed flux, 1sigma
lower limit (FluxObsvLo1s_m2)
2113-2123 E11.6 mW/m2 B_FObs-s-m2 0.5-2keV observed flux, 1sigma
upper limit (FluxObsvUp1s_m2)
2125-2135 E11.6 mW/m2 b2FObss-m2 0.5-2keV observed flux, 2sigma
lower limit (FluxObsvLo2s_m2)
2137-2147 E11.6 mW/m2 B2FObss-m2 0.5-2keV observed flux, 2sigma
upper limit (FluxObsvUp2s_m2)
2149-2159 E11.6 mW/m2 FObsBF-t-m2 2.3-5keV observed flux, best-fit
model (FluxObsvBFt_m2)
2161-2171 E11.6 mW/m2 FObsMed-t-m2 2.3-5keV observed flux, median
(FluxObsvMedt_m2)
2173-2183 E11.6 mW/m2 b_FObs-t-m2 2.3-5keV observed flux, 1sigma
lower limit (FluxObsvLo1t_m2)
2185-2195 E11.6 mW/m2 B_FObs-t-m2 2.3-5keV observed flux, 1sigma
upper limit (FluxObsvUp1t_m2)
2197-2207 E11.6 mW/m2 b2FObst-m2 2.3-5keV observed flux, 2sigma
lower limit (FluxObsvLo2t_m2)
2209-2219 E11.6 mW/m2 B2FObst-m2 2.3-5keV observed flux, 2sigma
upper limit (FluxObsvUp2t_m2)
2221-2231 E11.6 mW/m2 FcorrBF-s-m2 0.5-2keV absorption corrected
flux, best-fit model
(FluxCorrBFs_m2)
2233-2243 E11.6 mW/m2 FcorrMed-s-m2 0.5-2keV absorption corrected
flux, median
(FluxCorrMeds_m2)
2245-2255 E11.6 mW/m2 b_Fcorr-s-m2 0.5-2keV absorption corrected
flux, 1sigma lower limit
(FluxCorrLo1s_m2)
2257-2267 E11.6 --- B_Fcorr-s-m2 0.5-2keV absorption corrected
flux, 1sigma upper limit
(FluxCorrUp1s_m2)
2269-2279 E11.6 mW/m2 b2_Fcorr-s-m2 0.5-2keV absorption corrected
flux, 2sigma lower limit
(FluxCorrLo2s_m2)
2281-2291 E11.6 mW/m2 B2_Fcorr-s-m2 0.5-2keV absorption corrected
flux, 2sigma upper limit
(FluxCorrUp2s_m2)
2293-2303 E11.6 mW/m2 FcorrBF-t-m2 2.3-5keV absorption corrected
flux, best-fit model
(FluxCorrBFt_m2)
2305-2315 E11.6 mW/m2 FcorrMed-t-m2 2.3-5keV absorption corrected
flux, median
(FluxCorrMedt_m2)
2317-2327 E11.6 mW/m2 b_Fcorr-t-m2 2.3-5keV absorption corrected
flux, 1sigma lower limit
(FluxCorrLo1t_m2)
2329-2339 E11.6 mW/m2 B_Fcorr-t-m2 2.3-5keV absorption corrected
flux, 1sigma upper limit
(FluxCorrUp1t_m2)
2341-2351 E11.6 mW/m2 b2_Fcorrt-m2 2.3-5keV absorption corrected
flux, 2sigma lower limit
(FluxCorrLo2t_m2)
2353-2363 E11.6 mW/m2 B2Fcorrt-m2 2.3-5keV absorption corrected
flux, 2sigma upper limit
(FluxCorrUp2t_m2)
2365-2375 E11.6 mW/m2 FintBF-s-m2 0.5-2keV rest-frame corrected
flux, best-fit model
(FluxIntrBFs_m2)
2377-2387 E11.6 mW/m2 FintMed-s-m2 0.5-2keV rest-frame corrected
flux, median
(FluxIntrMeds_m2)
2389-2399 E11.6 mW/m2 b_Fint-s-m2 0.5-2keV rest-frame corrected
flux, 1sigma lower limit
(FluxIntrLo1s_m2)
2401-2411 E11.6 mW/m2 B_Fint-s-m2 0.5-2keV rest-frame corrected
flux, 1sigma upper limit
(FluxIntrUp1s_m2)
2413-2423 E11.6 mW/m2 b2Fints-m2 0.5-2keV rest-frame corrected
flux, 2sigma lower limit
(FluxIntrLo2s_m2)
2425-2435 E11.6 mW/m2 B2Fints-m2 0.5-2keV rest-frame corrected
flux, 2sigma upper limit
(FluxIntrUp2s_m2)
2437-2447 E11.6 mW/m2 FintBF-h-m2 2-10keV rest-frame corrected
flux, best-fit model
(FluxIntrBFh_m2)
2449-2459 E11.6 mW/m2 FintMed-h-m2 2-10keV rest-frame corrected
flux, median
(FluxIntrMedh_m2)
2461-2471 E11.6 mW/m2 b_Fint-h-m2 2-10keV rest-frame corrected
flux, 1sigma lower limit
(FluxIntrLo1h_m2)
2473-2483 E11.6 mW/m2 B_Fint-h-m2 2-10keV rest-frame corrected
flux, 1sigma upper limit
(FluxIntrUp1h_m2)
2485-2495 E11.6 mW/m2 b2Finth-m2 2-10keV rest-frame corrected
flux, 2sigma lower limit
(FluxIntrLo2h_m2)
2497-2507 E11.6 mW/m2 B2Finth-m2 2-10keV rest-frame corrected
flux, 2sigma upper limit
(FluxIntrUp2h_m2)
2509-2519 E11.6 mW/m2 FintBF-2keV-m2 Rest-frame 1.999-2.001keV flux,
best-fit model
(FluxIntrBF2keV_m2)
2521-2531 E11.6 mW/m2 FintMed-2keV-m2 Rest-frame 1.999-2.001keV flux,
median (FluxIntrMed2keV_m2)
2533-2543 E11.6 mW/m2 b_Fint-2keV-m2 Rest-frame 1.999-2.001keV flux
(FluxIntrLo12keV_m2)
2545-2555 E11.6 mW/m2 B_Fint-2keV-m2 Rest-frame 1.999-2.001keV flux
(FluxIntrUp12keV_m2)
2557-2567 E11.6 mW/m2 b2Fint2keV-m2 Rest-frame 1.999-2.001keV flux
(FluxIntrLo22keV_m2)
2569-2579 E11.6 mW/m2 B2Fint2keV-m2 Rest-frame 1.999-2.001keV flux
(FluxIntrUp22keV_m2)
2581-2588 F8.4 [10-7W] logLintBF-s-m2 ?=-99 rest-frame 0.5-2keV
luminosity, best-fit model
(LumiIntrBFs_m2)
2590-2597 F8.4 [10-7W] logLintMed-s-m2 ?=-99 rest-frame 0.5-2keV
luminosity, median
(LumiIntrMeds_m2)
2599-2606 F8.4 [10-7W] b_logLint-s-m2 ?=-99 rest-frame 0.5-2keV
luminosity, 1sigma lower limit
(LumiIntrLo1s_m2)
2608-2615 F8.4 [10-7W] B_logLint-s-m2 ?=-99 rest-frame 0.5-2keV
luminosity, 1sigma upper limit
(LumiIntrUp1s_m2)
2617-2624 F8.4 [10-7W] b2_logLint-s-m2 ?=-99 rest-frame 0.5-2keV
luminosity, 2sigma lower limit
(LumiIntrLo2s_m2)
2626-2633 F8.4 [10-7W] B2_logLint-s-m2 ?=-99 rest-frame 0.5-2keV
luminosity, 2sigma upper limit
(LumiIntrUp2s_m2)
2635-2642 F8.4 [10-7W] logLintBF-h-m2 ?=-99 rest-frame 2-10keV
luminosity, best-fit model
(LumiIntrBFh_m2)
2644-2651 F8.4 [10-7W] logLintMed-h-m2 ?=-99 rest-frame 2-10keV
luminosity, median
(LumiIntrMedh_m2)
2653-2660 F8.4 [10-7W] b_Lintntr-h-m2 ?=-99 rest-frame 2-10keV
luminosity, 1sigma lower limit
(LumiIntrLo1h_m2)
2662-2669 F8.4 [10-7W] B_logLint-h-m2 ?=-99 rest-frame 2-10keV
luminosity, 1sigma upper limit
(LumiIntrUp1h_m2)
2671-2678 F8.4 [10-7W] b2logLinth-m2 ?=-99 rest-frame 2-10keV
luminosity, 2sigma lower limit
(LumiIntrLo2h_m2)
2680-2687 F8.4 [10-7W] B2logLinth-m2 ?=-99 rest-frame 2-10keV
luminosity, 2sigma upper limit
(LumiIntrUp2h_m2)
2689-2696 F8.4 [10-7W] logLintBF-2keV-m2 ?=-99 Rest-frame 1.999-2.001keV
luminosity, best-fit model
(LumiIntrBF2keV_m2)
2698-2705 F8.4 [10-7W] logLintMed-2keV-m2 ?=-99 Rest-frame 1.999-2.001keV
luminosity, median
(LumiIntrMed2keV_m2)
2707-2714 F8.4 [10-7W] b_logLint-2keV-m2 ?=-99 Rest-frame 1.999-2.001keV
luminosity, 1sigma lower limit
(LumiIntrLo12keV_m2)
2716-2723 F8.4 [10-7W] B_logLint-2keV-m2 ?=-99 Rest-frame 1.999-2.001keV
luminosity, 1sigma upper limit
(LumiIntrUp12keV_m2)
2725-2732 F8.4 [10-7W] b2_logLint-2keV-m2 ?=-99 Rest-frame 1.999-2.001keV
luminosity, 2sigma lower limit
(LumiIntrLo22keV_m2)
2734-2741 F8.4 [10-7W] B2_logLint-2keV-m2 ?=-99 Rest-frame 1.999-2.001keV
luminosity, 2sigma upper limit
(LumiIntrUp22keV_m2)
2743-2751 F9.7 --- dGmMed Slope of the additional soft
power law minus slope of the
primary power law, median
(dGm_Med)
2753-2762 F10.8 --- b_dGm Slope of the additional soft
power law minus slope of the
primary power law, 1sigma
percentile lower limit (dGm_Lo)
2764-2772 F9.7 --- B_dGm Slope of the additional soft
power law minus slope of the
primary power law, 1sigma
percentile upper limit (dGm_Up)
2774-2782 F9.7 --- dGmMean Slope of the additional soft
power law minus slope of the
primary power law, mean
(dGm_Mean)
2784-2793 F10.8 --- dGmStd Slope of the additional soft
power law minus slope of the
primary power law, standard
deviation (dGm_Std)
2795-2803 F9.7 --- GammaMed-m2 Powerlaw slope, median
(GammaMedm2)
2805-2814 F10.8 --- b_Gamma-m2 Powerlaw slope, 1sigma
percentile lower limit
(GammaLom2)
2816-2824 F9.7 --- B_Gamma-m2 Powerlaw slope, 1sigma
percentile upper limit
(GammaUpm2)
2826-2835 F10.8 --- GammaMean-m2 Powerlaw slope, mean
(GammaMeanm2)
2837-2847 F11.9 --- GammaStd-m2 Powerlaw slope, standard
deviation (GammaStdm2)
2849-2857 F9.6 [cm-2] lognHMed-m2 NH, median (lognHMedm2)
2859-2867 F9.6 [cm-2] b_lognH-m2 NH, 1sigma (lognHLom2)
percentile lower limit
(lognHLom2)
2869-2877 F9.6 [cm-2] B_lognH-m2 NH, 1sigma (lognHUpm2)
percentile upper limit
(lognHUpm2)
2879-2887 F9.6 [cm-2] lognH_Mean-m2 NH, mean (lognHMeanm2)
2889-2899 F11.9 [cm-2] lognH_Std-m2 NH, standard (lognHStdm2)
deviation (lognHStdm2)
2901-2910 F10.7 --- logPNMed-m2 Power-law normalization for AGN
models, median
(logPowNormMedm2)
2912-2921 F10.7 --- b_logPN-m2 Power-law normalization for AGN
models, 1sigma percentile lower
limit (logPowNormLom2)
2923-2932 F10.7 --- B_logPN-m2 Power-law normalization for AGN
models, 1sigma percentile upper
limit (logPowNormUpm2)
2934-2943 F10.7 --- logPNMean-m2 Power-law normalization for AGN
models, mean
(logPowNormMeanm2)
2945-2955 F11.9 --- logPNStd-m2 Power-law normalization for AGN
models, standard deviation
(logPowNormStdm2)
2957-2967 F11.8 --- logFracMed Ratio of the additional
power-law to the primary power
law at 1keV, median
(logFrac_Med)
2969-2979 F11.8 --- b_logFrac Ratio of the additional
power-law to the primary
power law at 1keV, 1sigma
percentile lower limit
(logFrac_Lo)
2981-2991 F11.8 --- B_logFrac Ratio of the additional
power-law to the primary power
law at 1keV, 1sigma percentile
upper limit (logFrac_Up)
2993-3003 F11.8 --- logFracMean Ratio of the additional
power-law to the primary power
law at 1keV, mean
(logFrac_Mean)
3005-3015 F11.9 --- logFracStd Ratio of the additional
power-law to the primary power
law at 1keV, standard deviation
(logFrac_Std)
3017-3031 E15.8 --- logBkgNMed-m2 Background normalization, median
(logBkgNormMedm2)
3033-3045 F13.10 --- b_logBkgN-m2 Background normalization, 1sigma
percentile lower limit
(logBkgNormLom2)
3047-3060 E14.8 --- B_logBkgN-m2 Background normalization, 1sigma
percentile upper limit
(logBkgNormUpm2)
3062-3076 E15.8 --- logBkgNMean-m2 Background normalization, mean
(logBkgNormMeanm2)
3078-3089 F12.10 --- logBkgNStd-m2 Background normalization,
standard deviation
(logBkgNormStdm2)
3091-3101 F11.6 --- logZ-m2 Bayesian evidence of model 2
(logZ_m2)
3103-3114 F12.9 --- GammaKL-m3 Powerlaw slope, KL divergence
(GammaKLm3)
3116-3127 F12.9 --- b_Gamma-m3H Powerlaw slope, 1sigma HDI lower
limit (GammaHLom3)
3129-3137 F9.7 --- B_Gamma-m3H Powerlaw slope, 1sigma HDI upper
limit (GammaHUpm3)
3139-3148 F10.8 [cm-2] lognHKL-m3 NH, KL divergence (lognHKLm3)
3150-3158 F9.6 [cm-2] b_lognH-m3H NH, 1sigma HDI lower limit
(lognHHLom3)
3160-3168 F9.6 [cm-2] B_lognH-m3H NH, 1sigma HDI upper limit
(lognHHUpm3)
3170-3180 F11.9 --- logkTKL-m3 Temperature of blackbody,
KL divergence (logkTKLm3)
3182-3192 F11.8 --- b_logkT-m3H Temperature of blackbody, 1sigma
HDI lower limit (logkTHLom3)
3194-3204 F11.8 --- B_logkT-m3H Temperature of blackbody, 1sigma
HDI upper limit (logkTHUpm3)
3206-3216 E11.6 --- FObsBF-s-m3 0.5-2keV observed flux, best-fit
model (FluxObsvBFs_m3)
3218-3228 E11.6 --- FObsMed-s-m3 0.5-2keV observed flux, median
(FluxObsvMeds_m3)
3230-3240 E11.6 --- b_FObs-s-m3 0.5-2keV observed flux, 1sigma
lower limit (FluxObsvLo1s_m3)
3242-3252 E11.6 --- B_FObs-s-m3 0.5-2keV observed flux, 1sigma
upper limit (FluxObsvUp1s_m3)
3254-3264 E11.6 --- b2FObss-m3 0.5-2keV observed flux, 2sigma
lower limit (FluxObsvLo2s_m3)
3266-3276 E11.6 --- B2FObss-m3 0.5-2keV observed flux, 2sigma
upper limit (FluxObsvUp2s_m3)
3278-3288 E11.6 --- FObsBF-t-m3 2.3-5keV observed flux, best-fit
model (FluxObsvBFt_m3)
3290-3300 E11.6 --- FObsMed-t-m3 2.3-5keV observed flux, median
(FluxObsvMedt_m3)
3302-3312 E11.6 --- b_FObs-t-m3 2.3-5keV observed flux, 1sigma
lower limit (FluxObsvLo1t_m3)
3314-3324 E11.6 --- B_FObs-t-m3 2.3-5keV observed flux, 1sigma
upper limit (FluxObsvUp1t_m3)
3326-3336 E11.6 --- b2FObst-m3 2.3-5keV observed flux, 2sigma
lower limit (FluxObsvLo2t_m3)
3338-3348 E11.6 --- B2FObst-m3 2.3-5keV observed flux, 2sigma
upper limit (FluxObsvUp2t_m3)
3350-3360 E11.6 --- FcorrBF-s-m3 0.5-2keV absorption corrected
flux, best-fit model
(FluxCorrBFs_m3)
3362-3372 E11.6 --- FcorrMed-s-m3 0.5-2keV absorption corrected
flux, median
(FluxCorrMeds_m3)
3374-3384 E11.6 --- b_Fcorr-s-m3 0.5-2keV absorption corrected
flux, 1sigma lower limit
(FluxCorrLo1s_m3)
3386-3396 E11.6 --- B_Fcorr-s-m3 0.5-2keV absorption corrected
flux, 1sigma upper limit
(FluxCorrUp1s_m3)
3398-3408 E11.6 --- b2_Fcorrs-m3 0.5-2keV absorption corrected
flux, 2sigma lower limit
(FluxCorrLo2s_m3)
3410-3420 E11.6 --- B2Fcorrs-m3 0.5-2keV absorption corrected
flux, 2sigma upper limit
(FluxCorrUp2s_m3)
3422-3432 E11.6 --- FcorrBF-t-m3 2.3-5keV absorption corrected
flux, best-fit model
(FluxCorrBFt_m3)
3434-3444 E11.6 --- FcorrMed-t-m3 2.3-5keV absorption corrected
flux, median
(FluxCorrMedt_m3)
3446-3456 E11.6 --- b_Fcorr-t-m3 2.3-5keV absorption corrected
flux, 1sigma lower limit
(FluxCorrLo1t_m3)
3458-3468 E11.6 --- B_Fcorr-t-m3 2.3-5keV absorption corrected
flux, 1sigma upper limit
(FluxCorrUp1t_m3)
3470-3480 E11.6 --- b2_Fcorr-t-m3 2.3-5keV absorption corrected
flux, 2sigma lower limit
(FluxCorrLo2t_m3)
3482-3492 E11.6 --- B2_Fcorr-t-m3 2.3-5keV absorption corrected
flux, 2sigma upper limit
(FluxCorrUp2t_m3)
3494-3504 E11.6 --- FintBF-s-m3 0.5-2keV rest-frame corrected
flux, best-fit model
(FluxIntrBFs_m3)
3506-3516 E11.6 --- FintMed-s-m3 0.5-2keV rest-frame corrected
flux, median
(FluxIntrMeds_m3)
3518-3528 E11.6 --- b_Fint-s-m3 0.5-2keV rest-frame corrected
flux, 1sigma lower limit
(FluxIntrLo1s_m3)
3530-3540 E11.6 --- B_Fint-s-m3 0.5-2keV rest-frame corrected
flux, 1sigma upper limit
(FluxIntrUp1s_m3)
3542-3552 E11.6 --- b2Fints-m3 0.5-2keV rest-frame corrected
flux, 2sigma lower limit
(FluxIntrLo2s_m3)
3554-3564 E11.6 --- B2Fints-m3 0.5-2keV rest-frame corrected
flux, 2sigma upper limit
(FluxIntrUp2s_m3)
3566-3576 E11.6 --- FintBF-h-m3 2-10keV rest-frame corrected
flux, best-fit model
(FluxIntrBFh_m3)
3578-3588 E11.6 --- FintMed-h-m3 2-10keV rest-frame corrected
flux, median
(FluxIntrMedh_m3)
3590-3600 E11.6 --- b_Fint-h-m3 2-10keV rest-frame corrected
flux, 1sigma lower limit
(FluxIntrLo1h_m3)
3602-3612 E11.6 --- B_Fint-h-m3 2-10keV rest-frame corrected
flux, 1sigma upper limit
(FluxIntrUp1h_m3)
3614-3624 E11.6 --- b2Finth-m3 2-10keV rest-frame corrected
flux, 2sigma lower limit
(FluxIntrLo2h_m3)
3626-3636 E11.6 --- B2Finth-m3 2-10keV rest-frame corrected
flux, 2sigma upper limit
(FluxIntrUp2h_m3)
3638-3648 E11.6 --- FintBF-2keV-m3 Rest-frame 1.999-2.001keV flux,
best-fit model
(FluxIntrBF2keV_m3)
3650-3660 E11.6 --- FintMed-2keV-m3 Rest-frame 1.999-2.001keV flux,
median (FluxIntrMed2keV_m3)
3662-3672 E11.6 --- b_Fint-2keV-m3 Rest-frame 1.999-2.001keV flux
(FluxIntrLo12keV_m3)
3674-3684 E11.6 --- B_Fint-2keV-m3 Rest-frame 1.999-2.001keV flux
(FluxIntrUp12keV_m3)
3686-3696 E11.6 --- b2Fint2keV-m3 Rest-frame 1.999-2.001keV flux
(FluxIntrLo22keV_m3)
3698-3708 E11.6 --- B2Fint2keV-m3 Rest-frame 1.999-2.001keV flux
(FluxIntrUp22keV_m3)
3710-3717 F8.4 --- LintBF-s-m3 ?=-99 rest-frame 0.5-2keV
luminosity, best-fit model
(LumiIntrBFs_m3)
3719-3726 F8.4 --- LintMed-s-m3 ?=-99 rest-frame 0.5-2keV
luminosity, median
(LumiIntrMeds_m3)
3728-3735 F8.4 --- b_Lint-s-m3 ?=-99 rest-frame 0.5-2keV
luminosity, 1sigma lower limit
(LumiIntrLo1s_m3)
3737-3744 F8.4 --- B_Lint-s-m3 ?=-99 rest-frame 0.5-2keV
luminosity, 1sigma upper limit
(LumiIntrUp1s_m3)
3746-3753 F8.4 --- b2_Lints-m3 ?=-99 rest-frame 0.5-2keV
luminosity, 2sigma lower limit
(LumiIntrLo2s_m3)
3755-3762 F8.4 --- B2_Lints-m3 ?=-99 rest-frame 0.5-2keV
luminosity, 2sigma upper limit
(LumiIntrUp2s_m3)
3764-3771 F8.4 --- LintBF-h-m3 ?=-99 rest-frame 2-10keV
luminosity, best-fit model
(LumiIntrBFh_m3)
3773-3780 F8.4 --- LintMed-h-m3 ?=-99 rest-frame 2-10keV
luminosity, median
(LumiIntrMedh_m3)
3782-3789 F8.4 --- b_Lint-h-m3 ?=-99 rest-frame 2-10keV
luminosity, 1sigma lower limit
(LumiIntrLo1h_m3)
3791-3798 F8.4 --- B_Lint-h-m3 ?=-99 rest-frame 2-10keV
luminosity, 1sigma upper limit
(LumiIntrUp1h_m3)
3800-3807 F8.4 --- b2_Linth-m3 ?=-99 rest-frame 2-10keV
luminosity, 2sigma lower limit
(LumiIntrLo2h_m3)
3809-3816 F8.4 --- B2_Linth-m3 ?=-99 rest-frame 2-10keV
luminosity, 2sigma upper limit
(LumiIntrUp2h_m3)
3818-3825 F8.4 --- LintBF-2keV-m3 ?=-99 Rest-frame 1.999-2.001keV
luminosity, best-fit model
(LumiIntrBF2keV_m3)
3827-3834 F8.4 --- LintMed-2keV-m3 ?=-99 Rest-frame 1.999-2.001keV
luminosity, median
(LumiIntrMed2keV_m3)
3836-3843 F8.4 --- b_Lint-2keV-m3 ?=-99 Rest-frame 1.999-2.001keV
luminosity, 1sigma lower limit
(LumiIntrLo12keV_m3)
3845-3852 F8.4 --- B_Lint-2keV-m3 ?=-99 Rest-frame 1.999-2.001keV
luminosity, 1sigma upper limit
(LumiIntrUp12keV_m3)
3854-3861 F8.4 --- b2_Lint2keV-m3 ?=-99 Rest-frame 1.999-2.001keV
luminosity, 2sigma lower limit
(LumiIntrLo22keV_m3)
3863-3870 F8.4 --- B2_Lint2keV-m3 ?=-99 Rest-frame 1.999-2.001keV
luminosity, 2sigma upper limit
(LumiIntrUp22keV_m3)
3872-3880 F9.7 --- GammaMed-m3 Powerlaw slope, median
(GammaMedm3)
3882-3891 F10.8 --- b_Gamma-m3 Powerlaw slope, 1sigma
percentile lower limit
(GammaLom3)
3893-3901 F9.7 --- B_Gamma-m3 Powerlaw slope, 1sigma
percentile upper limit
(GammaUpm3)
3903-3912 F10.8 --- GammaMean-m3 Powerlaw slope, Powerlaw slope,
mean (GammaMeanm3)
3914-3924 F11.9 --- GammaStd-m3 Powerlaw slope, standard
deviation (GammaStdm3)
3926-3934 F9.6 [cm-2] lognHMed-m3 NH, median (lognHMedm3)
3936-3944 F9.6 [cm-2] b_lognH-m3 NH, 1sigma percentile lower
limit (lognHLom3)
3946-3954 F9.6 [cm-2] B_lognH-m3 NH, 1sigma percentile upper
limit (lognHUpm3)
3956-3964 F9.6 [cm-2] lognHMean-m3 NH, mean (lognHMeanm3)
3966-3976 F11.9 [cm-2] lognHStd-m3 NH, standard deviation
(lognHStdm3)
3978-3987 F10.7 --- logPNMed-m3 Power-law normalization for AGN
models, median
(logPowNormMedm3)
3989-3998 F10.7 --- b_logPN-m3 Power-law normalization for AGN
models, 1sigma percentile
lower limit (logPowNormLom3)
4000-4009 F10.7 --- B_logPN-m3 Power-law normalization for AGN
models, 1sigma percentile
upper limit (logPowNormUpm3)
4011-4020 F10.7 --- logPNMean-m3 Power-law normalization for AGN
models, mean
(logPowNormMeanm3)
4022-4033 F12.10 --- logPNStd-m3 Power-law normalization for AGN
models, standard deviation
(logPowNormStdm3)
4035-4045 F11.8 --- logkTMed-m3 Temperature of blackbody, median
(logkTMedm3)
4047-4057 F11.8 --- b_logkT-m3 Temperature of blackbody, 1sigma
percentile lower limit
(logkTLom3)
4059-4069 F11.8 --- B_logkT-m3 Temperature of blackbody, 1sigma
percentile upper limit
(logkTUpm3)
4071-4081 F11.8 --- logkTMean-m3 Temperature of blackbody, mean
(logkTMeanm3)
4083-4094 F12.10 --- logkTStd-m3 Temperature of blackbody,
standard deviation
(logkTStdm3)
4096-4105 F10.7 --- logBBNorm_Med Blackbody normalization, median
(logBBNorm_Med)
4107-4116 F10.7 --- b_logBBNorm Blackbody normalization, 1sigma
percentile lower limit
(logBBNorm_Lo)
4118-4127 F10.7 --- B_logBBNorm Blackbody normalization, 1sigma
percentile upper limit
(logBBNorm_Up)
4129-4138 F10.7 --- logBBNormMean Blackbody normalization, mean
(logBBNorm_Mean)
4140-4151 F12.10 --- logBBNormStd Blackbody normalization,
standard deviation
(logBBNorm_Std)
4153-4167 E15.8 --- logBkgNMed-m3 Background normalization, median
(logBkgNormMedm3)
4169-4181 F13.10 --- b_logBkgN-m3 Background normalization, 1sigma
percentile lower limit
(logBkgNormLom3)
4183-4196 E14.7 --- B_logBkgN-m3 Background normalization, 1sigma
percentile upper limit
(logBkgNormUpm3)
4198-4211 E14.8 --- logBkgNMean-m3 Background normalization, mean
(logBkgNormMeanm3)
4213-4224 F12.10 --- logBkgNStd-m3 Background normalization,
standard deviation
(logBkgNormStdm3)
4226-4236 F11.6 --- logZ-m3 Bayesian evidence of model 3
(logZ_m3)
4238-4247 F10.8 [cm-2] lognHKL-m4 NH, KL divergence (lognHKLm4)
4249-4257 F9.6 [cm-2] b_logn-m4H NH, 1sigma HDI lower limit
(lognHHLom4)
4259-4267 F9.6 [cm-2] B_logn-m4H NH, 1sigma HDI upper limit
(lognHHUpm4)
4269-4279 E11.6 --- FObsBF-s-m4 0.5-2keV observed flux, best-fit
model (FluxObsvBFs_m4)
4281-4291 E11.6 --- FObsMed-s-m4 0.5-2keV observed flux, median
(FluxObsvMeds_m4)
4293-4303 E11.6 --- b_FObs-s-m4 0.5-2keV observed flux, 1sigma
lower limit (FluxObsvLo1s_m4)
4305-4315 E11.6 --- B_FObs-s-m4 0.5-2keV observed flux, 1sigma
upper limit (FluxObsvUp1s_m4)
4317-4327 E11.6 --- b2FObss-m4 0.5-2keV observed flux, 2sigma
lower limit (FluxObsvLo2s_m4)
4329-4339 E11.6 --- B2FObss-m4 0.5-2keV observed flux, 2sigma
upper limit (FluxObsvUp2s_m4)
4341-4351 E11.6 --- FObsBF-t-m4 2.3-5keV observed flux, best-fit
model (FluxObsvBFt_m4)
4353-4363 E11.6 --- FObsMed-t-m4 2.3-5keV observed flux, median
(FluxObsvMedt_m4)
4365-4375 E11.6 --- b_FObs-t-m4 2.3-5keV observed flux, 1sigma
lower limit (FluxObsvLo1t_m4)
4377-4387 E11.6 --- B_FObs-t-m4 2.3-5keV observed flux, 1sigma
upper limit (FluxObsvUp1t_m4)
4389-4399 E11.6 --- b2FObst-m4 2.3-5keV observed flux, 2sigma
lower limit (FluxObsvLo2t_m4)
4401-4411 E11.6 --- B2FObst-m4 2.3-5keV observed flux, 2sigma
upper limit (FluxObsvUp2t_m4)
4413-4423 E11.6 --- FcorrBF-s-m4 0.5-2keV absorption corrected
flux, best-fit model
(FluxCorrBFs_m4)
4425-4435 E11.6 --- FcorrMed-s-m4 0.5-2keV absorption corrected
flux, median
(FluxCorrMeds_m4)
4437-4447 E11.6 --- b_Fcorr-s-m4 0.5-2keV absorption corrected
flux, 1sigma lower limit
(FluxCorrLo1s_m4)
4449-4459 E11.6 --- B_Fcorr-s-m4 0.5-2keV absorption corrected
flux, 1sigma upper limit
(FluxCorrUp1s_m4)
4461-4471 E11.6 --- b2_Fcorr-s-m4 0.5-2keV absorption corrected
flux, 2sigma lower limit
(FluxCorrLo2s_m4)
4473-4483 E11.6 --- B2_Fcorr-s-m4 0.5-2keV absorption corrected
flux, 2sigma upper limit
(FluxCorrUp2s_m4)
4485-4495 E11.6 --- FcorrBF-t-m4 2.3-5keV absorption corrected
flux, best-fit model
(FluxCorrBFt_m4)
4497-4507 E11.6 --- FcorrMed-t-m4 2.3-5keV absorption corrected
flux, median
(FluxCorrMedt_m4)
4509-4519 E11.6 --- b_Fcorr-t-m4 2.3-5keV absorption corrected
flux, 1sigma lower limit
(FluxCorrLo1t_m4)
4521-4531 E11.6 --- B_Fcorr-t-m4 2.3-5keV absorption corrected
flux, 1sigma upper limit
(FluxCorrUp1t_m4)
4533-4543 E11.6 --- b2_Fcorrt-m4 2.3-5keV absorption corrected
flux, 2sigma lower limit
(FluxCorrLo2t_m4)
4545-4555 E11.6 --- B2Fcorrt-m4 2.3-5keV absorption corrected
flux, 2sigma upper limit
(FluxCorrUp2t_m4)
4557-4567 E11.6 --- FintBF-s-m4 0.5-2keV rest-frame corrected
flux, best-fit model
(FluxIntrBFs_m4)
4569-4579 E11.6 --- FintMed-s-m4 0.5-2keV rest-frame corrected
flux, median
(FluxIntrMeds_m4)
4581-4591 E11.6 --- b_Fint-s-m4 0.5-2keV rest-frame corrected
flux, 1sigma lower limit
(FluxIntrLo1s_m4)
4593-4603 E11.6 --- B_Fint-s-m4 0.5-2keV rest-frame corrected
flux, 1sigma upper limit
(FluxIntrUp1s_m4)
4605-4615 E11.6 --- b2Fints-m4 0.5-2keV rest-frame corrected
flux, 2sigma lower limit
(FluxIntrLo2s_m4)
4617-4627 E11.6 --- B2Fints-m4 0.5-2keV rest-frame corrected
flux, 2sigma upper limit
(FluxIntrUp2s_m4)
4629-4639 E11.6 --- FintBF-h-m4 2-10keV rest-frame corrected
flux, best-fit model
(FluxIntrBFh_m4)
4641-4651 E11.6 --- FintMed-h-m4 2-10keV rest-frame corrected
flux, median
(FluxIntrMedh_m4)
4653-4663 E11.6 --- b_Fint-h-m4 2-10keV rest-frame corrected
flux, 1sigma lower limit
(FluxIntrLo1h_m4)
4665-4675 E11.6 --- B_Fint-h-m4 2-10keV rest-frame corrected
flux, 1sigma upper limit
(FluxIntrUp1h_m4)
4677-4687 E11.6 --- b2Finth-m4 2-10keV rest-frame corrected
flux, 2sigma lower limit
(FluxIntrLo2h_m4)
4689-4699 E11.6 --- B2Finth-m4 2-10keV rest-frame corrected
flux, 2sigma upper limit
(FluxIntrUp2h_m4)
4701-4711 E11.6 --- FintBF-2keV-m4 Rest-frame 1.999-2.001keV flux,
best-fit model
(FluxIntrBF2keV_m4)
4713-4723 E11.6 --- FintMed-2keV-m4 Rest-frame 1.999-2.001keV flux,
median (FluxIntrMed2keV_m4)
4725-4735 E11.6 --- b_Fint-2keV-m4 Rest-frame 1.999-2.001keV flux
(FluxIntrLo12keV_m4)
4737-4747 E11.6 --- B_Fint-2keV-m4 Rest-frame 1.999-2.001keV flux
(FluxIntrUp12keV_m4)
4749-4759 E11.6 --- b2Fint2keV-m4 Rest-frame 1.999-2.001keV flux
(FluxIntrLo22keV_m4)
4761-4771 E11.6 --- FintUp22keV-m4 Rest-frame 1.999-2.001keV flux
(FluxIntrUp22keV_m4)
4773-4780 F8.4 --- logLintBF-s-m4 ?=-99 rest-frame 0.5-2keV
luminosity, best-fit model
(LumiIntrBFs_m4)
4782-4789 F8.4 --- logLintMed-s-m4 ?=-99 rest-frame 0.5-2keV
luminosity, median
(LumiIntrMeds_m4)
4791-4798 F8.4 --- b_logLint-s-m4 ?=-99 rest-frame 0.5-2keV
luminosity, 1sigma lower limit
(LumiIntrLo1s_m4)
4800-4807 F8.4 --- B_logLint-s-m4 ?=-99 rest-frame 0.5-2keV
luminosity, 1sigma upper limit
(LumiIntrUp1s_m4)
4809-4816 F8.4 --- b2_logLints-m4 ?=-99 rest-frame 0.5-2keV
luminosity, 2sigma lower limit
(LumiIntrLo2s_m4)
4818-4825 F8.4 --- B2_logLints-m4 ?=-99 rest-frame 0.5-2keV
luminosity, 2sigma upper limit
(LumiIntrUp2s_m4)
4827-4834 F8.4 --- logLintBF-h-m4 ?=-99 rest-frame 2-10keV
luminosity, best-fit model
(LumiIntrBFh_m4)
4836-4843 F8.4 --- logLintMed-h-m4 ?=-99 rest-frame 2-10keV
luminosity, median
(LumiIntrMedh_m4)
4845-4852 F8.4 --- b_logLint-h-m4 ?=-99 rest-frame 2-10keV
luminosity, 1sigma lower limit
(LumiIntrLo1h_m4)
4854-4861 F8.4 --- B_logLint-h-m4 ?=-99 rest-frame 2-10keV
luminosity, 1sigma upper limit
(LumiIntrUp1h_m4)
4863-4870 F8.4 --- b2_logLinth-m4 ?=-99 rest-frame 2-10keV
luminosity, 2sigma lower limit
(LumiIntrLo2h_m4)
4872-4879 F8.4 --- B2_logLinth-m4 ?=-99 rest-frame 2-10keV
luminosity, 2sigma upper limit
(LumiIntrUp2h_m4)
4881-4888 F8.4 --- logLintBF-2keV-m4 ?=-99 Rest-frame 1.999-2.001keV
luminosity, best-fit model
(LumiIntrBF2keV_m4)
4890-4897 F8.4 --- logLintMed-2keV-m4 ?=-99 Rest-frame 1.999-2.001keV
luminosity, median
(LumiIntrMed2keV_m4)
4899-4906 F8.4 --- b_logLint-2keV-m4 ?=-99 Rest-frame 1.999-2.001keV
luminosity, 1sigma lower limit
(LumiIntrLo12keV_m4)
4908-4915 F8.4 --- B_logLint-2keV-m4 ?=-99 Rest-frame 1.999-2.001keV
luminosity, 1sigma upper limit
(LumiIntrUp12keV_m4)
4917-4924 F8.4 --- b2_logLint2keV-m4 ?=-99 Rest-frame 1.999-2.001keV
luminosity, 2sigma lower limit
(LumiIntrLo22keV_m4)
4926-4933 F8.4 --- B2_logLint2keV-m4 ?=-99 Rest-frame 1.999-2.001keV
luminosity, 2sigma upper limit
(LumiIntrUp22keV_m4)
4935-4943 F9.6 [cm-2] lognHMed-m4 NH, median (lognHMedm4)
4945-4953 F9.6 [cm-2] b_lognH-m4 NH, 1sigma percentile
lower limit (lognHLom4)
4955-4963 F9.6 [cm-2] BlognHUp-m4 NH, 1sigma percentile
upper limit (lognHUpm4)
4965-4973 F9.6 [cm-2] lognH_Mean-m4 NH, mean (lognHMeanm4)
4975-4986 F12.10 [cm-2] lognH_Std-m4 NH, standard deviation
(lognHStdm4)
4988-4997 F10.7 --- logPNMed-m4 Power-law normalization for AGN
models, median
(logPowNormMedm4)
4999-5008 F10.7 --- b_logPN-m4 Power-law normalization for AGN
models, 1sigma percentile lower
limit (logPowNormLom4)
5010-5019 F10.7 --- BlogPNUp-m4 Power-law normalization for AGN
models, 1sigma percentile upper
limit (logPowNormUpm4)
5021-5030 F10.7 --- logPN_Mean-m4 Power-law normalization for AGN
models, mean
(logPowNormMeanm4)
5032-5043 F12.10 --- logPN_Std-m4 Power-law normalization for AGN
models, standard deviation
(logPowNormStdm4)
5045-5059 E15.8 --- logBkgNMed-m4 Background normalization, median
(logBkgNormMedm4)
5061-5073 F13.10 --- b_logBkgN-m4 Background normalization, 1sigma
percentile lower limit
(logBkgNormLom4)
5075-5088 E14.8 --- BlogBkgNUp-m4 Background normalization, 1sigma
percentile upper limit
(logBkgNormUpm4)
5090-5104 E15.8 --- logBkgN_Mean-m4 Background normalization, mean
(logBkgNormMeanm4)
5106-5117 F12.10 --- logBkgN_Std-m4 Background normalization,
standard deviation
(logBkgNormStdm4)
5119-5129 F11.6 --- logZ-m4 Bayesian evidence of model 4
(logZ_m4)
5131-5141 F11.9 --- GammaKL-m5 Powerlaw slope, KL divergence
(GammaKLm5)
5143-5151 F9.7 --- b_Gamma-m5H Powerlaw slope, 1sigma HDI
lower limit (GammaHLom5)
5153-5161 F9.7 --- B_Gamma-m5H Powerlaw slope, 1sigma HDI
upper limit (GammaHUpm5)
5163-5173 F11.9 [cm-2] lognHKL-m5 NH, KL divergence (lognHKLm5)
5175-5183 F9.6 [cm-2] b_lognH-m5H NH, 1sigma HDI lower limit
(lognHHLom5)
5185-5193 F9.6 [cm-2] B_lognH-m5H NH, 1sigma HDI upper limit
(lognHHUpm5)
5195-5205 E11.6 --- FObsBF-t-m5 2.3-5keV observed flux, best-fit
model (FluxObsvBFt_m5)
5207-5217 E11.6 --- FObsMed-t-m5 2.3-5keV observed flux, median
(FluxObsvMedt_m5)
5219-5229 E11.6 --- b_FObs-t-m5 2.3-5keV observed flux, 1sigma
lower limit (FluxObsvLo1t_m5)
5231-5241 E11.6 --- B_FObs-t-m5 2.3-5keV observed flux, 1sigma
upper limit (FluxObsvUp1t_m5)
5243-5253 E11.6 --- b2FObst-m5 2.3-5keV observed flux, 2sigma
lower limit (FluxObsvLo2t_m5)
5255-5265 E11.6 --- B2FObst-m5 2.3-5keV observed flux, 2sigma
upper limit (FluxObsvUp2t_m5)
5267-5277 E11.6 --- FcorrBF-t-m5 2.3-5keV absorption corrected
flux, best-fit model
(FluxCorrBFt_m5)
5279-5289 E11.6 --- FcorrMed-t-m5 2.3-5keV absorption corrected
flux, median
(FluxCorrMedt_m5)
5291-5301 E11.6 --- b_Fcorr-t-m5 2.3-5keV absorption corrected
flux, 1sigma lower limit
(FluxCorrLo1t_m5)
5303-5313 E11.6 --- B_Fcorr-t-m5 2.3-5keV absorption corrected
flux, 1sigma upper limit
(FluxCorrUp1t_m5)
5315-5325 E11.6 --- b2_Fcorrt-m5 2.3-5keV absorption corrected
flux, 2sigma lower limit
(FluxCorrLo2t_m5)
5327-5337 E11.6 --- B2_Fcorrt-m5 2.3-5keV absorption corrected
flux, 2sigma upper limit
(FluxCorrUp2t_m5)
5339-5349 E11.6 --- FintBF-h-m5 2-10keV rest-frame corrected
flux, best-fit model
(FluxIntrBFh_m5)
5351-5361 E11.6 --- FintMed-h-m5 2-10keV rest-frame corrected
flux, median
(FluxIntrMedh_m5)
5363-5373 E11.6 --- b_Fint-h-m5 2-10keV rest-frame corrected
flux, 1sigma lower limit
(FluxIntrLo1h_m5)
5375-5385 E11.6 --- B_Fint-h-m5 2-10keV rest-frame corrected
flux, 1sigma upper limit
(FluxIntrUp1h_m5)
5387-5397 E11.6 --- b2Finth-m5 2-10keV rest-frame corrected
flux, 2sigma lower limit
(FluxIntrLo2h_m5)
5399-5409 E11.6 --- B2Finth-m5 2-10keV rest-frame corrected
flux, 2sigma upper limit
(FluxIntrUp2h_m5)
5411-5418 F8.4 --- LintBF-h-m5 ?=-99 rest-frame 2-10keV
luminosity, best-fit model
(LumiIntrBFh_m5)
5420-5427 F8.4 --- LintMed-h-m5 ?=-99 rest-frame 2-10keV
luminosity, median
(LumiIntrMedh_m5)
5429-5436 F8.4 --- b_Lint-h-m5 ?=-99 rest-frame 2-10keV
luminosity, 1sigma lower limit
(LumiIntrLo1h_m5)
5438-5445 F8.4 --- B_Lint-h-m5 ?=-99 rest-frame 2-10keV
luminosity, 1sigma upper limit
(LumiIntrUp1h_m5)
5447-5454 F8.4 --- b2_Lint-h-m5 ?=-99 rest-frame 2-10keV
luminosity, 2sigma lower limit
(LumiIntrLo2h_m5)
5456-5463 F8.4 --- B2_Lint-h-m5 ?=-99 rest-frame 2-10keV
luminosity, 2sigma upper limit
(LumiIntrUp2h_m5)
5465-5473 F9.7 --- GammaMed-m5 Powerlaw slope, median
(GammaMedm5)
5475-5483 F9.7 --- b_Gamma-m5 Powerlaw slope, 1sigma
percentile lower limit
(GammaLom5)
5485-5493 F9.7 --- B_Gamma-m5 Powerlaw slope, 1sigma
percentile upper limit
(GammaUpm5)
5495-5503 F9.7 --- GammaMean-m5 Powerlaw slope, mean
(GammaMeanm5)
5505-5514 F10.8 --- GammaStd-m5 Powerlaw slope, standard
deviation (GammaStdm5)
5516-5524 F9.6 [cm-2] lognHMed-m5 NH, median (lognHMedm5)
5526-5534 F9.6 [cm-2] b_lognH-m5 NH, 1sigma percentile
lower limit (lognHLom5)
5536-5544 F9.6 [cm-2] B_lognH-m5 NH, 1sigma percentile
upper limit (lognHUpm5)
5546-5554 F9.6 [cm-2] lognHMean-m5 NH, mean (lognHMeanm5)
5556-5565 F10.8 [cm-2] lognHStd-m5 NH, standard deviation
(lognHStdm5)
5567-5576 F10.7 --- logPNMed-m5 Power-law normalization for AGN
models, median
(logPowNormMedm5)
5578-5587 F10.7 --- b_logPN-m5 Power-law normalization for AGN
models, 1sigma percentile lower
limit (logPowNormLom5)
5589-5598 F10.7 --- B_logPN-m5 Power-law normalization for AGN
models, 1sigma percentile upper
limit (logPowNormUpm5)
5600-5609 F10.7 --- logPNMean-m5 Power-law normalization for AGN
models, mean
(logPowNormMeanm5)
5611-5620 F10.8 --- logPNStd-m5 Power-law normalization for AGN
models, standard deviation
(logPowNormStdm5)
5622-5636 E15.8 --- logBkgNMed-m5 Background normalization, median
(logBkgNormMedm5)
5638-5651 F14.11 --- b_logBkgN-m5 Background normalization, 1sigma
percentile lower limit
(logBkgNormLom5)
5653-5666 E14.7 --- B_logBkgN-m5 Background normalization, 1sigma
percentile upper limit
(logBkgNormUpm5)
5668-5682 E15.8 --- logBkgNMean-m5 Background normalization, mean
(logBkgNormMeanm5)
5684-5695 F12.10 --- logBkgNStd-m5 Background normalization,
standard deviation
(logBkgNormStdm5)
5697-5706 F10.6 --- logZ-m5 Bayesian evidence of model 5
(logZ_m5)
5708-5718 F11.9 [cm-2] lognHKL-m0 NH, KL divergence (lognHKLm0)
5720-5729 F10.7 [cm-2] b_lognH-m0H NH, 1sigma HDI lower limit
(lognHHLom0)
5731-5740 F10.7 [cm-2] B_lognH-m0H NH, 1sigma HDI upper limit
(lognHHUpm0)
5742-5752 F11.9 --- logkTKL-m0 Temperature of APEC,
KL divergence (logkTKLm0)
5754-5765 F12.9 --- b_logkT-m0H Temperature of APEC, 1sigma HDI
lower limit (logkTHLom0)
5767-5778 F12.9 --- B_logkT-m0H Temperature of APEC, 1sigma HDI
upper limit (logkTHUpm0)
5780-5790 F11.9 --- logAbundKL Abundance of the APEC model,
KL divergence (logAbundanc_KL)
5792-5802 F11.8 --- b_logAbundH Abundance of the APEC model,
1sigma HDI lower limit
(logAbundanc_HLo)
5804-5818 E15.8 --- B_logAbundH Abundance of the APEC model,
1sigma HDI upper limit
(logAbundanc_HUp)
5820-5830 E11.6 --- FObsBF-s-m0 0.5-2keV observed flux, best-fit
model (FluxObsvBFs_m0)
5832-5842 E11.6 --- FObsMed-s-m0 0.5-2keV observed flux, median
(FluxObsvMeds_m0)
5844-5854 E11.6 --- b_FObs-s-m0 0.5-2keV observed flux, 1sigma
lower limit (FluxObsvLo1s_m0)
5856-5866 E11.6 --- B_FObs-s-m0 0.5-2keV observed flux, 1sigma
upper limit (FluxObsvUp1s_m0)
5868-5878 E11.6 --- b2FObss-m0 0.5-2keV observed flux, 2sigma
lower limit (FluxObsvLo2s_m0)
5880-5890 E11.6 --- B2FObss-m0 0.5-2keV observed flux, 2sigma
upper limit (FluxObsvUp2s_m0)
5892-5902 E11.6 --- FObsBF-t-m0 2.3-5keV observed flux, best-fit
model (FluxObsvBFt_m0)
5904-5914 E11.6 --- FObsMed-t-m0 2.3-5keV observed flux, median
(FluxObsvMedt_m0)
5916-5926 E11.6 --- b_FObs-t-m0 2.3-5keV observed flux, 1sigma
lower limit (FluxObsvLo1t_m0)
5928-5938 E11.6 --- B_FObs-t-m0 2.3-5keV observed flux, 1sigma
upper limit (FluxObsvUp1t_m0)
5940-5950 E11.6 --- b2_FObs-t-m0 2.3-5keV observed flux, 2sigma
lower limit (FluxObsvLo2t_m0)
5952-5962 E11.6 --- B2_FObs-t-m0 2.3-5keV observed flux, 2sigma
upper limit (FluxObsvUp2t_m0)
5964-5973 F10.7 [cm-2] lognHMed-m0 NH, median (lognHMedm0)
5975-5984 F10.7 [cm-2] b_lognH-m0 NH, 1sigma percentile
lower limit (lognHLom0)
5986-5995 F10.7 [cm-2] B_lognH-m0 NH, 1sigma percentile
upper limit (lognHUpm0)
5997-6006 F10.7 [cm-2] lognHMean-m0 NH, mean (lognHMeanm0)
6008-6019 F12.10 [cm-2] lognHStd-m0 NH, standard deviation
(lognHStdm0)
6021-6034 E14.7 --- logkTMed-m0 Temperature of APEC, median
(logkTMedm0)
6036-6047 F12.9 --- b_logkT-m0 Temperature of APEC, 1sigma
percentile lower limit
(logkTLom0)
6049-6060 F12.9 --- B_logkT-m0 Temperature of APEC, 1sigma
percentile upper limit
(logkTUpm0)
6062-6075 F14.11 --- logkTMean-m0 Temperature of APEC, mean
(logkTMeanm0)
6077-6087 F11.9 --- logkTStd-m0 Temperature of APEC, standard
deviation (logkTStdm0)
6089-6099 F11.8 --- logAbundMed Abundance of the APEC model,
median (logAbundanc_Med)
6101-6111 F11.8 --- b_logAbund Abundance of the APEC model,
1sigma percentile lower limit
(logAbundanc_Lo)
6113-6124 F12.9 --- B_logAbund Abundance of the APEC model,
1sigma percentile upper limit
(logAbundanc_Up)
6126-6136 F11.8 --- logAbundMean Abundance of the APEC model,
mean (logAbundanc_Mean)
6138-6149 F12.10 --- logAbundStd Abundance of the APEC model,
standard deviation
(logAbundanc_Std)
6151-6160 F10.7 --- logApecNMed APEC normalization, median
(logApecNorm_Med)
6162-6171 F10.7 --- b_logApecN APEC normalization, 1sigma
percentile lower limit
(logApecNorm_Lo)
6173-6182 F10.7 --- B_logApecN APEC normalization, 1sigma
percentile upper limit
(logApecNorm_Up)
6184-6193 F10.7 --- logApecNMean APEC normalization, mean
(logApecNorm_Mean)
6195-6206 F12.10 --- logApecNStd APEC normalization, standard
deviation (logApecNorm_Std)
6208-6222 E15.8 --- logBkgNMed-m0 Background normalization, APEC
normalization, median
(logBkgNormMedm0)
6224-6236 F13.10 --- b_logBkgN-m0 Background normalization, 1sigma
percentile lower limit
(logBkgNormLom0)
6238-6250 E13.6 --- B_logBkgN-m0 Background normalization, 1sigma
percentile upper limit
(logBkgNormUpm0)
6252-6266 E15.8 --- logBkgNMean-m0 Background normalization, mean
(logBkgNormMeanm0)
6268-6279 F12.10 --- logBkgNStd-m0 Background normalization,
standard deviation
(logBkgNormStdm0)
6281-6291 F11.6 --- logZ-m0 Bayesian evidence of model 0
(logZ_m0)
6293-6305 E13.7 ct/s Rate-0.2-2.3 0.2-2.3keV source count rate
(Rated22d3)
6307-6319 F13.11 ct/s e_Rate-0.2-2.3 0.2-2.3keV source count rate
error (RateErrd22d3)
6321-6334 F14.11 ct/s Rate-0.2-0.5 0.2-0.5keV source count rate
(Rated2d5)
6336-6348 E13.8 ct/s e_Rate-0.2-0.5 0.2-0.5keV source count rate
error (RateErrd2d5)
6350-6364 E15.8 ct/s Rate-0.5-1 0.5-1keV source count rate
(Rated51)
6366-6378 E13.8 ct/s e_Rate-0.5-1 0.5-1keV source count rate error
(RateErrd51)
6380-6393 E14.8 ct/s Rate-1-2 1-2keV source count rate
(Rate12)
6395-6407 E13.8 ct/s e_Rate-1-2 1-2keV source count rate error
(RateErr12)
6409-6420 F12.10 ct/s Rate-2-4.5 2-4.5keV source count rate
(Rate24d5)
6422-6434 F13.11 ct/s e_Rate-2-4.5 2-4.5keV source count rate error
(RateErr24d5)
6436-6447 F12.10 ct/s Rate-2.3-5 2.3-5keV source count rate
(Rate2d35)
6449-6461 F13.11 ct/s e_Rate-2.3-5 2.3-5keV source count rate error
(RateErr2d35)
6463-6478 E16.9 ct/s Rate-5-8 5-8keV source count rate
(Rate58)
6480-6492 E13.8 ct/s e_Rate-5-8 5-8keV source count rate error
(RateErr58)
6494-6503 F10.5 s Exposure Exposure time (Exposure)
6505-6510 F6.1 ct BkgCts_0.2-0.6 0.2-0.6keV background counts
(BkgCtsd2d6)
6512-6521 F10.7 ct eBkgCts0.2-0.6 0.2-0.6keV background counts
error (BkgCtsErrd2d6)
6523-6528 F6.1 ct BkgCts-0.6-2.3 0.6-2.3keV background counts
(BkgCtsd62d3)
6530-6539 F10.7 ct e_BkgCts-0.6-2.3 0.6-2.3keV background counts
error (BkgCtsErrd62d3)
6541-6546 F6.1 ct BkgCts-2.3-5 2.3-5keV background counts
(BkgCts2d35)
6548-6557 F10.7 ct e_BkgCts-2.3-5 2.3-5keV background counts error
(BkgCtsErr2d35)
6559-6564 F6.1 ct BkgCts-5-8 5-8keV background counts
(BkgCts58)
6566-6575 F10.7 ct e_BkgCts-5-8 5-8keV background counts error
(BkgCtsErr58)
6577-6597 F21.16 --- SrcCts 0.5-2keV net counts calculated
from the spectra (SrcCts)
6599-6606 F8.4 [10-7W] logLintBF-s ? rest-frame 0.5-2keV
luminosity, best-fit model,
selected Model (LumiIntrBFs)
6608-6615 F8.4 [10-7W] logLintMed-s ? rest-frame 0.5-2keV
luminosity, median, selected
Model (LumiIntrMeds)
6617-6624 F8.4 [10-7W] b_logLint-s ? rest-frame 0.5-2keV
luminosity, 1sigma lower limit,
selected Model (LumiIntrLo1s)
6626-6633 F8.4 [10-7W] B_logLint-s ? rest-frame 0.5-2keV
luminosity, 1sigma upper limit,
selected Model (LumiIntrUp1s)
6635-6642 F8.4 [10-7W] b2_logLint-s ? rest-frame 0.5-2keV
luminosity, 2sigma lower limit,
selected Model (LumiIntrLo2s)
6644-6651 F8.4 [10-7W] B2_logLint-s ? rest-frame 0.5-2keV
luminosity, 2sigma upper limit,
selected Model (LumiIntrUp2s)
6653-6660 F8.4 [10-7W] logLintBF-h ? rest-frame 2-10keV
luminosity, best-fit model,
selected Model (LumiIntrBFh)
6662-6669 F8.4 [10-7W] logLintMed-h ? rest-frame 2-10keV
luminosity, median, selected
Model (LumiIntrMedh)
6671-6678 F8.4 [10-7W] b_logLint-h ? rest-frame 2-10keV
luminosity, 1sigma lower limit,
selected Model (LumiIntrLo1h)
6680-6687 F8.4 [10-7W] B_logLint-h ? rest-frame 2-10keV
luminosity, 1sigma upper limit,
selected Model (LumiIntrUp1h)
6689-6696 F8.4 [10-7W] b2_logLint-h ? rest-frame 2-10keV
luminosity, 2sigma lower limit,
selected Model (LumiIntrLo2h)
6698-6705 F8.4 [10-7W] B2_logLint-h ? rest-frame 2-10keV
luminosity, 2sigma upper limit,
selected Model (LumiIntrUp2h)
6707-6714 F8.4 [10-7W] logLintBF-2keV ? Rest-frame 1.999-2.001keV
luminosity, best-fit model,
selected Mode
(LumiIntrBF2keV)
6716-6723 F8.4 [10-7W] logLintMed-2keV ? Rest-frame 1.999-2.001keV
luminosity, median, selected
Model (LumiIntrMed2keV)
6725-6732 F8.4 [10-7W] b_logLint-2keV ? Rest-frame 1.999-2.001keV
luminosity, 1sigma lower limit,
selected (LumiIntrLo12keV)
6734-6741 F8.4 [10-7W] B_logLint-2keV ? Rest-frame 1.999-2.001keV
luminosity, 1sigma upper limit,
selected (LumiIntrUp12keV)
6743-6750 F8.4 [10-7W] b2_logLint-2keV ? Rest-frame 1.999-2.001keV
luminosity, 2sigma lower limit,
selected (LumiIntrLo22keV)
6752-6759 F8.4 [10-7W] B2_logLint-2keV ? Rest-frame 1.999-2.001keV
luminosity, 2sigma upper limit,
selected (LumiIntrUp22keV)
6761 I1 --- LxModel The chosen model for luminosity
measurement (LxModel)
6763-6766 A4 --- SDSS-DR [DR17/DR18] SDSS DR version
(SDSS_DR)
6768-6772 I5 --- Plate Plate (PLATE)
6774-6778 I5 --- MJD MJD (MJD)
6780-6784 I5 --- FiberId Fiber ID (FIBERID)
6786-6795 I10 --- CatalogId Catalog ID (CATALOGID)
6797-6814 F18.14 deg RASdeg SDSS right ascension (J2000)
(SDSS_RA)
6816-6834 F19.16 deg DESdeg SDSS declination (J2000)
(SDSS_DEC)
6836-6846 F11.9 --- zSDSS SDSS redshift (SDSS_Z)
6848-6867 F20.16 --- SNRconti ?=-1 Continuum SNR (SNR_conti)
6869-6886 F18.15 [10-7W] logL1350 1350Å luminosity (LogL1350)
6888-6906 F19.16 [10-7W] e_logL1350 ?=-1 1350Å luminosity error
(LogL1350_err)
6908-6925 F18.15 [10-7W] logL3000 3000Å luminosity (LogL3000)
6927-6945 F19.16 [10-7W] e_logL3000 ?=-1 3000Å luminosity error
(LogL3000_err)
6947-6964 F18.15 [10-7W] logL5100 5100Å luminosity (LogL5100)
6966-6984 F19.16 [10-7W] e_logL5100 ?=-1 5100Å luminosity error
(LogL5100_err)
6986-7003 F18.16 [Msun] logMBHHbeta Black hole mass based on Hbeta
(logMBH_Hbeta)
7005-7023 F19.16 [Msun] e_logMBHHbeta ?=-1 Black hole mass error based
on Hbeta (logMBHHbetaerr)
7025-7042 F18.15 [Msun] logMBHMgII Black hole mass based on MgII
(logMBH_MgII)
7044-7062 F19.16 [Msun] e_logMBHMgII ?=-1 Black hole mass error based
on MgII (logMBHMgIIerr)
7064-7080 F17.15 [Msun] logMBHCIV Black hole mass based on CIV
(logMBH_CIV)
7082-7100 F19.16 [Msun] e_logMBHCIV ?=-1 Black hole mass error based
on CIV (logMBHCIVerr)
7102-7122 F21.15 mW/m2 Ha-br-flux Halpha flux (Habrflux)
7124-7144 F21.15 mW/m2 e_Ha-br-flux ?=-1 Halpha flux error
(Habrflux_err)
7146-7163 F18.15 10-7W Ha-br-LogL Halpha luminosity (HabrLogL)
7165-7183 F19.16 10-7W e_Ha-br-LogL ?=-1 Halpha luminosity error
(HabrLogL_err)
7185-7203 F19.13 km/s Ha-br-FWHM Halpha FWHM (HabrFWHM)
7205-7225 F21.15 km/s e_Ha-br-FWHM ?=-1 Halpha FWHM error
(HabrFWHM_err)
7227-7247 F21.15 mW/m2 Hb-br-flux Hbeta flux (Hbbrflux)
7249-7269 F21.15 mW/m2 e_Hb-br-flux ?=-1 Hbeta flux error
(Hbbrflux_err)
7271-7288 F18.15 10-7W Hb-br-LogL Hbeta luminosity (HbbrLogL)
7290-7309 F20.16 10-7W e_Hb-br-LogL ?=-1 Hbeta luminosity error
(HbbrLogL_err)
7311-7329 F19.13 km/s Hb-br-FWHM Hbeta FWHM (HbbrFWHM)
7331-7352 F22.15 km/s e_Hb-br-FWHM ?=-1 Hbeta FWHM error
(HbbrFWHM_err)
7354-7373 F20.15 mW/m2 MgII-br-flux MgII flux (MgIIbrflux)
7375-7394 F20.15 mW/m2 e_MgII-br-flux ?=-1 MgII flux error
(MgIIbrflux_err)
7396-7413 F18.15 10-7W MgII-br-LogL MgII luminosity (MgIIbrLogL)
7415-7433 F19.16 10-7W e_MgII-br-LogL ?=-1 MgII luminosity error
(MgIIbrLogL_err)
7435-7453 F19.13 km/s MgII-br-FWHM MgII FWHM (MgIIbrFWHM)
7455-7475 F21.14 km/s e_MgII-br-FWHM ?=-1 MgII FWHM error
(MgIIbrFWHM_err)
7477-7494 F18.13 mW/m2 CIV-br-flux CIV flux (CIVbrflux)
7496-7514 F19.14 mW/m2 e_CIV-br-flux ?=-1 CIV flux error
(CIVbrflux_err)
7516-7533 F18.15 10-7W CIV-br-LogL CIV luminosity (CIVbrLogL)
7535-7553 F19.16 10-7W e_CIV-br-LogL ?=-1 CIV luminosity error
(CIVbrLogL_err)
7555-7572 F18.13 km/s CIV-br-FWHM CIV FWHM (CIVbrFWHM)
7574-7592 F19.13 km/s e_CIV-br-FWHM ?=-1 CIV FWHM error
(CIVbrFWHM_err)
7594-7615 E22.17 10-7W Lbol Bolometric luminosity (Lbol)
7617-7638 E22.17 10-7W e_Lbol Bolometric luminosity error
(Lbol_err)
7640-7659 F20.16 [Msun] logMBH ? Adopted black hole mass
(logMBH)
7661-7678 F18.16 [Msun] e_logMBH Adopted black hole mass error
(logMBH_err)
7680-7701 F22.19 --- Ledd ? Eddington luminosity (Ledd)
7703-7729 F27.20 --- e_Ledd Eddington luminosity error
(Ledd_err)
7731-7735 E5.4 --- GoodMBH [0/1] whether the black hole
mass is good (GoodMBH)
--------------------------------------------------------------------------------
Note (1): from Brunner et al., 2022A&A...661A...1B 2022A&A...661A...1B, Cat. J/A+A/661/A1
Note (2): from Salvato et al., 2022A&A...661A...3S 2022A&A...661A...3S, Cat. J/A+A/661/A3
--------------------------------------------------------------------------------
Acknowledgements:
Teng Liu, liuteng(at)ustc.edu.cn
(End) Patricia Vannier [CDS] 26-Dec-2024