J/ApJS/262/36 SDSS-IV MaNGA: pyPipe3D data for 10000 galaxies (Sanchez+, 2022)
SDSS-IV MaNGA: pyPipe3D analysis release for 10000 galaxies.
Sanchez S.F., Barrera-Ballesteros J.K., Lacerda E., Mejia-Narvaez A.,
Camps-farina A., Bruzual G., Espinosa-Ponce C., Rodriguez-Puebla A.,
Calette A.R., Ibarra-Medel H., Avila-Reese V., Hernandez-Toledo H.,
Bershady M.A., Cano-Diaz M., Munguia-Cordova A.M.
<Astrophys. J. Suppl. Ser., 262, 36 (2022)>
=2022ApJS..262...36S 2022ApJS..262...36S (SIMBAD/NED BibCode)
ADC_Keywords: Galaxies, spectra; Equivalent widths; Abundances;
Velocity dispersion; Surveys; Photometry, SDSS; Colors;
Magnitudes, absolute; Optical; Morphology
Keywords: Galaxy evolution
Abstract:
We present here the analysis performed using the pyPipe3D pipeline for
the final MaNGA data set included in the Sloan Digital Sky Survey data
release 17. This data set comprises more than 10,000 individual data
cubes, being the integral field spectroscopic (IFS) galaxy survey with
the largest number of galaxies. pyPipe3D processes the IFS data cubes
to extract spatially resolved spectroscopic properties of both the
stellar population and the ionized gas emission lines. A brief summary
of the properties of the sample and the characteristics of the
analyzed data are included. The article provides details of: (i) the
analysis performed; (ii) a description of the pipeline; (iii) the
adopted stellar population library; (iv) the morphological and
photometric analysis; (v) the adopted data model for the spatially
resolved properties derived; and (vi) the individual integrated and
characteristic galaxy properties included in the final catalog.
Comparisons with the results from a previous version of the pipeline
for earlier data releases and from other tools using this data set are
included. A practical example of how to use the full data set and the
final catalog illustrates how to handle the delivered product. Our
full analysis can be accessed and downloaded from our web page.
Description:
In this paper, we present the results of the analysis of the full
MaNGA data set, distributed as part of SDSS DR17
(Abdurro'uf+ 2022ApJS..259...35A 2022ApJS..259...35A), using an updated version of the
Pipe3D pipeline (pyPipe3D; Lacerda+ 2022NewA...9701895L 2022NewA...9701895L).
We analyze the full data set provided by the Mapping Nearby Galaxies
at Apache Point Observatory (MaNGA) survey (Bundy+ 2015ApJ...798....7B 2015ApJ...798....7B),
i.e., more than 10000 galaxies observed in the period between 2014
April and 2020 August. MaNGA is one of the three projects included in
the fourth version of SDSS (SDSS-IV; Blanton+ 2017AJ....154...28B 2017AJ....154...28B).
The sample of galaxies was selected from the NASA-Sloan Atlas (NSA).
Details of the final sample selection are given in
Wake+ (2017, J/AJ/154/86).
All galaxies were observed using the MaNGA Integral Field Unit (IFU)
Fiber Feed System for the Sloan 2.5m Telescope, attached to two
double-arm twin spectrographs, which allowed coverage of the
wavelength range between ∼3600 and 10000Å, with a resolution of
R∼2000.
File Summary:
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FileName Lrecl Records Explanations
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ReadMe 80 . This file
catalog.dat 4325 10220 Integrated and characteristic parameters delivered
for each analyzed data cube
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See also:
III/232 : STELIB: A library of stellar spectra at R∼2000 (Le Borgne+, 2003)
V/154 : Sloan Digital Sky Surveys (SDSS), Release 16 (DR16) (Ahumada+, 2020)
J/A+AS/139/29 : Empirical calibration of the 4000 A break (Gorgas+, 1999)
J/ApJS/152/251 : Indo-US library of coude feed stellar spectra (Valdes+, 2004)
J/ApJ/617/240 : Oxygen abundances in GOODS-North field (Kobulnicky+, 2004)
J/MNRAS/371/703 : MILES library of empirical spectra (Sanchez-Blazquez+, 2006)
J/ApJS/186/427 : Detailed morphology of SDSS galaxies (Nair+, 2010)
J/MNRAS/403/1213 : Stellar mass-loss. I. (Gonzalez-Lopezlira+, 2010)
J/MNRAS/404/1639 : MILES base models & new line index syst. (Vazdekis+, 2010)
J/ApJS/190/233 : Sp. & abundances of SINGS galaxies (Moustakas+, 2010)
J/MNRAS/414/888 : ATLAS3D project. III. (Emsellem+, 2011)
J/A+A/531/A165 : MILES atmospheric parameters (Prugniel+, 2011)
J/A+A/559/A114 : Updated O3N2 and N2 abundance indicators (Marino+, 2013)
J/MNRAS/435/2835 : Morphological types from Galaxy Zoo 2 (Willett+, 2013)
J/A+A/576/A135 : CALIFA DR2 (Garcia-Benito+, 2015)
J/A+A/581/A103 : CALIFA survey across the Hubble sequence (Gonzalez+, 2015)
J/A+A/584/A87 : CALIFA sample SFR calibration (Catalan-Torrecilla+, 2015)
J/A+A/587/A70 : CALIFA face-on spiral galaxies (Sanchez-Menguiano+, 2016)
J/MNRAS/466/2570 : Low ionization emission-line galaxies (Belfiore+, 2017)
J/AJ/154/86 : MaNGA catalog, DR15 (Wake+, 2017)
J/AJ/156/18 : APOGEE DR14:Binary companions (Price-Whelan+, 2018)
J/MNRAS/476/1765 : MaNGA E and S galaxies properties (Li+, 2018)
J/MNRAS/477/4711 : Stellar angular momentum in ManGa gal. (Graham+, 2018)
J/MNRAS/483/2057 : SDSS-IV MaNGA Morphological Catalogues (Fischer+, 2019)
J/MNRAS/484/3042 : The gas-phase mass-metallicity relation (Sanchez+, 2019)
J/ApJ/882/9 : SFR & metallicities in MaNGA (Sanchez-Menguiano+, 2019)
J/ApJ/883/175 : 1st release of MaNGA Stellar Library (MaStar) (Yan+, 2019)
J/A+A/623/A122 : Sample of MaNGA galaxies properties (Pilyugin+, 2019)
J/A+A/623/A171 : Mkn 848 MaNGA 3-D data cube (Perna+, 2019)
J/MNRAS/492/3073 : CALIFA galaxies hosting an AGN (Lacerda+, 2020)
J/AJ/159/167 : AMUSING++ nearby galaxy compil. I. (Lopez-Coba+, 2020)
J/ApJ/894/57 : Star formation activities in MaNGA (Sun+, 2020)
J/ApJ/901/109 : Ages & [Fe/H] of MW bulge with APOGEE (Hasselquist+, 2020)
J/ApJ/903/52 : MaNGA; param. of 668 galaxies (Sanchez-Menguiano+, 2020)
J/ApJ/903/145 : ALMaQUEST. IV. ALMA-MaNGA (Lin+, 2020)
J/ApJ/909/120 : Close galaxy pairs and multiples in MaNGA (Steffen+, 2021)
J/MNRAS/507/300 : Massive Compact Galaxies in MaNGA (Schnorr-Mueller+, 2021)
J/MNRAS/508/1084 : MaNGA star-forming galaxies (Kumari+, 2021)
J/other/RAA/21.306 : Supernova host galaxies in SDSS-IV MaNGA (Zhang+, 2021)
J/A+A/659/A131 : Ionized Gas Kinematics in MaNGA (Deconto-Machado+, 2022)
http://ifs.astroscu.unam.mx/MaNGA/Pipe3D_v3_1_1/ : MaNGA Pipe3D home page
http://www.sdss.org/dr17/manga/ : MaNGA DR17 data on SDSS
http://nsatlas.org/ : the NASA-Sloan Atlas home page
Byte-by-byte Description of file: catalog.dat
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Bytes Format Units Label Explanations
--------------------------------------------------------------------------------
1- 17 A17 --- Name Manga-plate-ifudsgn unique name
19- 23 I5 --- Plate [7443/12772]? Plate ID of the
MaNGA cube
25- 29 A5 --- IFUdsgn IFU bundle ID of the MaNGA cube
31- 41 A11 --- PlateIFU Code formed by the plate and
ifu names
43- 51 A9 --- MaNGAId MaNGA ID
53- 63 F11.7 deg RAdeg Right ascension of the object
(J2000) (objra)
65- 74 F10.7 deg DEdeg [-9.4/65.3] Declination of
the object (J2000) (objdec)
76- 82 F7.4 [Msun/yr] logSFRHa [-5.4/3.9]? Integrated SFR
derived from the integrated
Hα luminosity
(logSFRHa)
84- 91 F8.5 --- FoV [-0.003/32] Ratio between the
diagonal radius of the cube
and effective radius
93- 102 F10.3 kpc Reff [-25635/137] Effective radius
in kiloparsecs (Re_kpc)
104- 109 F6.4 [Msun] e_logMass [0.05/0.15] logMass
uncertainty (elogMass)
111- 116 F6.4 [Msun/yr] e_logSFRHa [0.05/4.5] logSFRHa
uncertainty (elogSFR_Ha)
118- 124 F7.4 [Msun] logMass [5.9/17.8] Integrated stellar
mass in units of the solar
mass in log (log_Mass)
126- 132 F7.4 [Msun/yr] logSFRs [-3.9/2.4]? Integrated SFR
derived from the SSP analysis
t<32Myr (logSFRssp)
134- 142 F9.6 --- logNII/Hac [-1.4/5]? Log of the
[NII]6583/Hα line ratio
in the central aperture
(logNIIHa_cen)
144- 153 E10.5 --- e_logNII/Hac [3.5e-5/1.3]? logNII/Hac
uncertainty (elogNIIHacen)
155- 162 F8.5 --- logOIII/Hbc [-1.3/4.6]? Log of the
[OIII]5007/Hβ line ratio
in the central aperture
(logOIIIHb_cen)
164- 170 F7.5 --- e_logOIII/Hbc [0.0015/5]? logOIII/Hbc
uncertainty
(elogOIIIHbcen)
172- 179 F8.5 --- logSII/Hac [-1/6.3]? Log of the
[SII]6717+6731/Hα line
ratio in the central aperture
(logSIIHa_cen)
181- 187 F7.5 --- e_logSII/Hac [0.0013/3.5]? logSII/Hac
uncertainty (elogSIIHacen)
189- 196 F8.5 --- logOII/Hbc [-0.94/4]? Log of the
[OII]3727/Hβ line ratio
in the central aperture
(logOIIHb_cen)
198- 204 F7.5 --- e_logOII/Hbc [0.0027/5.3]? logOII/Hbc
uncertainty (elogOIIHbcen)
206- 213 F8.3 0.1nm EWHac [-465.1/-0.001]? Equivalent
width of Hα in the
central aperture in Å
(EWHacen)
215- 221 F7.3 0.1nm e_EWHac [0.006/158]? EWHac
uncertainty (eEWHa_cen)
223- 229 F7.4 [Sun] logZReLW [-1.6/0.2] Log of
luminosity-weighted (LW)
metallicity of the stellar
population at the effective
radius (ZHLWRe_fit)
231- 236 F6.4 [Sun] e_logZReLW [0/0.3]? logZReLW uncertainty
(eZHLWRefit)
238- 244 F7.4 --- alphaZReLW [-0.9/0.6]? Slope of the
gradient of the LW
metallicity of the stellar
population in dex/Re
(alphaZHLWRefit)
246- 251 F6.4 --- e_alphaZReLW [0/0.3]? alphaZReLW
uncertainty
(ealphaZHLWRe_fit)
253- 259 F7.4 [Sun] logZReMW [-1.7/0.4]? Log of
mass-weighted (MW)
metallicity of the stellar
population at the effective
radius (ZHMWRe_fit)
261- 266 F6.4 [-] e_logZReMW [0.0029/0.7]? logZReMW
uncertainty (eZHMWRefit)
268- 274 F7.4 --- alphaZReMW [-1.8/1.6]? Slope of the
gradient of the MW
log-metallicity of the
stellar population in dex/Re
(alphaZHMWRefit)
276- 281 F6.4 --- e_alphaZReMW [0.003/0.7]? alphaZReMW
uncertainty
(ealphaZHMWRe_fit)
283- 289 F7.5 [yr] logAgeReLW [7.4/10]? Log of LW age of
the stellar population
(AgeLWRe_fit)
291- 297 F7.5 [yr] e_logAgeReLW [0.004/0.8]? logAgeReLW
uncertainty (eAgeLWRefit)
299- 306 F8.5 --- alphaAgeReLW [-1.9/1.6]? Slope of the
gradient of the LW log-age of
the stellar population in
log(yr)/Re
(alphaAgeLWRefit)
308- 314 F7.5 --- e_alphaAgeReLW [0.004/1.3]? alphaAgeReLW
uncertainty
(ealphaAgeLWRe_fit)
316- 323 F8.5 [yr] logAgeReMW [8.9/10.1]? Log of MW age of
the stellar population
(AgeMWRe_fit)
325- 331 F7.5 [yr] e_logAgeReMW [0.002/0.5]? logAgeReMW
uncertainty (eAgeMWRefit)
333- 340 F8.5 --- alphaAgeReMW [-1/0.8]? Slope of the
gradient of the MW log-age of
the stellar population in
log(yr)/Re
(alphaAgeMWRefit)
342- 348 F7.5 --- e_alphaAgeReMW [0.0039/0.8]? alphaAgeReMW
uncertainty
(ealphaAgeMWRe_fit)
350- 358 F9.3 arcsec ReffA [0.46/162]? Adopted effective
radius in arcseconds (Re_arc)
360- 368 E9.4 Mpc DL [3e+24/2.2e+27] Adopted
luminosity distance
370- 376 F7.5 Mpc DA [0.0047/2.6] Adopted angular
diameter distance
378- 383 F6.2 deg PA [90/270] Adopted position angle
385- 391 F7.5 --- ell [0/0.95] Adopted ellipticity
(ellip)
393- 400 F8.4 [Msun] logMassgas [5/195]? Log of integrated
gas mass (logMassgas)
402- 407 F6.3 --- vel/sig [0.017/1.1]?
Velocity/dispersion ratio for
the stellar populations
within 1.5Re (velsigmaRe)
409- 414 F6.3 --- e_vel/sig [0/0.2]? vel/sig uncertainty
(evelsigma_Re)
416- 422 F7.4 [Msun/yr] logSFRsf [-5.5/4]? Integrated SFR
using only the spaxels
compatible with SF
(logSFRSF)
424- 430 F7.4 [Msun/yr] logSFRdc [-7.1/4]? Integrated SFR
diffuse corrected
(logSFRD_C)
432- 439 F8.6 --- OH-O3N2c [8/9.5]? Oxygen abundance
using the calibrator O3N2 at
the central aperture
(OHO3N2cen) (1)
441- 451 E11.6 --- e_OH-O3N2c [1.7e-6/0.3]? OH-O3N2c
uncertainty (eOHO3N2_cen)
453- 460 F8.5 --- OH-N2c [7.9/10.2]? Oxygen abundance
using the calibrator N2 at
the central aperture
(OHN2cen) (1)
462- 468 F7.5 --- e_OH-N2c [0.0002/0.4]? OH-N2c
uncertainty (eOHN2_cen)
470- 476 F7.5 --- OH-ONSc [6.4/9.1]? Oxygen abundance
using the calibrator ONS at
the central aperture
(OHONScen) (1)
478- 487 E10.5 --- e_OH-ONSc [1.8e-5/1.4]? OH-ONSc
uncertainty (eOHONS_cen)
489- 497 F9.5 --- OH-R23c [-26.4/13.1]? Oxygen
abundance using the
calibrator R23 at the central
aperture (OHR23cen) (1)
499- 506 F8.5 --- e_OH-R23c [0.00017/57]? OH-R23c
uncertainty (eOHR23_cen)
508- 514 F7.5 --- OH-pyqzc [7.7/9.3]? Oxygen abundance
using the calibrator pyqz at
the central aperture
(OHpyqzcen) (1)
516- 522 F7.5 --- e_OH-pyqzc [0.0015/0.8]? OH-pyqzc
uncertainty (eOHpyqz_cen)
524- 530 F7.5 --- OH-t2c [8.2/10]? Oxygen abundance
using the calibrator t2 at
the central aperture
(OHt2cen) (1)
532- 538 F7.5 --- e_OH-t2c [0.00047/0.8]? OH-t2c
uncertainty (eOHt2_cen)
540- 547 F8.5 --- OH-M08c [8/74]? Oxygen abundance
using the calibrator M08 at
the central aperture
(OHM08cen) (1)
549- 556 F8.5 --- e_OH-M08c [0/100]? OH-M08c uncertainty
(eOHM08_cen)
558- 566 F9.5 --- OH-T04c [-44/9.8]? Oxygen abundance
using the calibrator T04 at
the central aperture
(OHT04cen) (1)
568- 575 F8.5 --- e_OH-T04c [0/83]? OH-T04c uncertainty
(eOHT04_cen)
577- 587 F11.5 --- OH-dopc [-870/18795]? Oxygen
abundance using the
calibrator dop at the central
aperture (OHdopcen) (1)
589- 599 F11.5 --- e_OH-dopc [0.00037/33338]? OH-dopc
uncertainty (eOHdop_cen)
601- 608 F8.5 --- OH-O3N2-EPc [7/11]? Oxygen abundance
using the calibrator
O3N2_EPM09 at the central
aperture
(OHO3N2EPM09_cen) (1)
610- 616 F7.5 --- e_OH-O3N2-EPc [0.0003/2.4]? OH-O3N2-EPc
uncertainty
(eOHO3N2EPM09cen)
618- 625 F8.5 --- logOI/Hac [-2.8/4.8]? Log of the
[OI]6301/Hα within a
central aperture
(logOIHa_cen)
627- 633 F7.5 --- e_logOI/Hac [0.00049/3.4]? logOI/Hac
uncertainty (elogOIHacen)
635- 644 F10.3 --- Ha/Hbc [-29421/334448]? Ratio
between the flux of Hα
and Hβ within a central
aperture (HaHbcen)
646- 654 F9.3 --- e_Ha/Hbc [-4531/9527]? Ha/Hbc
uncertainty (eHaHb_cen)
656- 663 F8.5 --- logNII/HaRe [-1.4/4.3]? Log of the
[NII]6583/Hα line ratio
at 1Re (logNIIHa_Re)
665- 671 F7.5 --- e_logNII/HaRe [0.002/2]? logNII/HaRe
uncertainty (elogNIIHaRe)
673- 680 F8.5 --- logOIII/HbRe [-1.3/6.6]? Log of the
[OIII]5007/Hβ line ratio
at 1Re (logOIIIHb_Re)
682- 688 F7.5 --- e_logOIII/HbRe [0.00013/3.5]? logOIII/HbRe
uncertainty (elogOIIIHbRe)
690- 697 F8.5 --- logSII/HaRe [-0.99/4.8]? Log of the
[SII]6717+6731/Hα ratio
at 1Re (logSIIHa_Re)
699- 705 F7.5 --- e_logSII/HaRe [0.0002/3.9]? logSII/HaRe
uncertainty (elogSIIHaRe)
707- 714 F8.5 --- logOII/HbRe [-0.94/4.5]? Log of the
[OII]3727/Hβ ratio at
1Re (logOIIHb_Re)
716- 722 F7.5 --- e_logOII/HbRe [0.0004/3.8]? logOII/HbRe
uncertainty (elogOIIHbRe)
724- 731 F8.5 --- logOI/HaRe [-2.6/6]? Log of the
[OI]6301/Hα ratio at
1Re (logOIHa_Re)
733- 739 F7.5 --- e_logOI/HaRe [0.00013/5]? logOI/HaRe
uncertainty (elogOIHaRe)
741- 748 F8.3 0.1nm EWHaRe [-488/-0]? EW of Hα at
1Re in Å (EWHaRe)
750- 756 F7.3 0.1nm e_EWHaRe [0.012/122]? EWHaRe
uncertainty (eEWHa_Re)
758- 764 F7.3 --- Ha/HbRe [2.8/123]? Ratio between the
flux of Hα and Hβ
within at 1Re (HaHbRe)
766- 772 F7.3 --- e_Ha/HbRe [0/309]? Ha/HbRe uncertainty
(eHaHb_Re)
774- 781 F8.5 --- logNII/Ha [-1.3/7.3]? Log of the
[NII]6583/Hα line ratio
within the entire FOV
(logNIIHa_ALL)
783- 789 F7.5 --- e_logNII/Ha [0.00037/2.8]? logNII/Ha
uncertainty (elogNIIHaALL)
791- 798 F8.5 --- logOIII/Hb [-1.2/6.4]? Log of the
[OIII]5007/Hβ line ratio
within the FOV
(logOIIIHb_ALL)
800- 806 F7.5 --- e_logOIII/Hb [0.00047/6]? logOIII/Hb
uncertainty
(elogOIIIHbALL)
808- 815 F8.5 --- logSII/Ha [-0.99/7.8]? Log of the
[SII]6717+6731/Hα ratio
within the entire FOV
(logSIIHa_ALL)
817- 823 F7.5 --- e_logSII/Ha [0.0008/3.5]? logSII/Ha
uncertainty (elogSIIHaALL)
825- 832 F8.5 --- logOII/Hb [-0.99/5.2]? Log of the
[OII]3727/Hβ ratio
within the entire FOV
(logOIIHb_ALL)
834- 840 F7.5 --- e_logOII/Hb [0.0004/4.4]? logOII/Hb
uncertainty (elogOIIHbALL)
842- 849 F8.5 --- logOI/Ha [-2.6/5]? Log of the
[OI]6301/Hα ratio
within the entire FOV
(logOIHa_ALL)
851- 857 F7.5 --- e_logOI/Ha [0.0018/5]? logOI/Ha
uncertainty (elogOIHaALL)
859- 866 F8.3 0.1nm EWHa [-285/0]? EW of Hα
within the entire FOV in Å
(EWHaALL)
868- 874 F7.3 0.1nm e_EWHa [0/159]? EWHa uncertainty
(eEWHa_ALL)
876- 881 F6.3 --- Ha/Hb [2.8/58]? Ratio between the
flux of Hα and Hβ
within the entire FOV
(HaHbALL)
883- 889 F7.5 [Msun/pc2] logsigMc [0.6/4.5]? Stellar-mass
surface density in the
central aperture
(SigmaMasscen)
891- 897 F7.5 [Msun/pc2] e_logsigMc [0/0.9]? logsigMc uncertainty
(eSigmaMass_cen)
899- 905 F7.5 [Msun/pc2] logsigMRe [0.37/4.1]? Stellar-mass
surface density at 1Re
(SigmaMassRe)
907- 913 F7.5 [Msun/pc2] e_logsigMRe [0.0009/0.9]? logsigMRe
uncertainty (eSigmaMass_Re)
915- 921 F7.5 [Msun/pc2] logsigM [0.5/3.8]? Average
stellar-mass surface density
within the entire FOV
(SigmaMassALL)
923- 929 F7.5 [Msun/pc2] e_logsigM [0.07/1.3]? logsigM
uncertainty (eSigmaMass_ALL)
931- 937 F7.4 Gyr T30 [2.3/13] Lookback time at
which the galaxy has formed
30% of its stellar mass
939- 945 F7.4 [Sun] Z-T30 [-2.31/0.3] Stellar
metallicity at T30 time
(ZH_T30)
947- 953 F7.4 [Sun] Z-T30Re [-9.4/1.1]? Stellar
metallicity at Re at T30 time
(ZHReT30)
955- 961 F7.4 --- aZ-T30 [-1.94/2.1]? Slope of the ZH
gradient at T30 time in
dex/Re (aZHT30)
963- 969 F7.4 Gyr T40 [1.9/12.8] Lookback time at
which the galaxy has formed
40% of its stellar mass
971- 977 F7.4 [Sun] Z-T40 [-2.31/0.3] Stellar
metallicity at T40 time
(ZH_T40)
979- 985 F7.4 [Sun] Z-T40Re [-9/2.3]? Stellar metallicity
at Re at T40 time (ZHReT40)
987- 993 F7.4 --- aZ-T40 [-2.5/2.1]? Slope of the ZH
gradient at T40 time in
dex/Re (aZHT40)
995- 1001 F7.4 Gyr T50 [1.49/12.7] Lookback time at
which the galaxy has formed
50% of its stellar mass
1003- 1009 F7.4 [Sun] Z-T50 [-2.31/0.3] Stellar
metallicity at T50 time
(ZH_T50)
1011- 1017 F7.4 [Sun] Z-T50Re [-5.8/0.8]? Stellar
metallicity at Re at T50 time
(ZHReT50)
1019- 1025 F7.4 --- aZ-T50 [-2.5/2.1]? Slope of the ZH
gradient at T50 time in
dex/Re (aZHT50)
1027- 1033 F7.4 Gyr T60 [1.26/12.5] Lookback time at
which the galaxy has formed
60% of its stellar mass
1035- 1041 F7.4 [Sun] Z-T60 [-2.31/0.3] Stellar
metallicity at T60 time
(ZH_T60)
1043- 1049 F7.4 [Sun] Z-T60Re [-4.3/2]? Stellar metallicity
at Re at T60 time (ZHReT60)
1051- 1057 F7.4 --- aZ-T60 [-2.4/2.1]? Slope of the ZH
gradient at T60 time in
dex/Re (aZHT60)
1059- 1065 F7.4 Gyr T70 [1/12.3] Lookback time at
which the galaxy has formed
70% of its stellar mass
1067- 1073 F7.4 [Sun] Z-T70 [-2.31/0.3] Stellar
metallicity at T70 time
(ZH_T70)
1075- 1081 F7.4 [Sun] Z-T70Re [-3.4/0.7]? Stellar
metallicity at Re at T70 time
(ZHReT70)
1083- 1089 F7.4 --- aZH-T70 [-2.2/2.1]? Slope of the ZH
gradient at T70 time in
dex/Re (aZHT70)
1091- 1097 F7.4 Gyr T80 [0.88/12.1] Lookback time at
which the galaxy has formed
80% of its stellar mass
1099- 1105 F7.4 [Sun] Z-T80 [-2.31/0.3] Stellar
metallicity at T80 time
(ZH_T80)
1107- 1113 F7.4 [Sun] Z-T80Re [-3.4/0.5]? Stellar
metallicity at Re at T80 time
(ZHReT80)
1115- 1121 F7.4 --- aZ-T80 [-1.95/1.5]? Slope of the ZH
gradient at T80 time in
dex/Re (aZHT80)
1123- 1129 F7.4 Gyr T90 [0.66/10.6] Lookback time at
which the galaxy has formed
90% of its stellar mass
1131- 1137 F7.4 [Sun] Z-T90 [-2.1/0.3] Stellar
metallicity at T90 time
(ZH_T90)
1139- 1145 F7.4 [Sun] Z-T90Re [-2.7/1.71]? Stellar
metallicity at Re at T90 time
(ZHReT90)
1147- 1153 F7.4 --- aZ-T90 [-1.5/1.2]? Slope of the ZH
gradient at T90 time in
dex/Re (aZHT90)
1155- 1161 F7.4 Gyr T95 [0.25/7.7] Lookback time at
which the galaxy has formed
95% of its stellar mass
1163- 1169 F7.4 [Sun] Z-T95 [-2.2/0.3] Stellar
metallicity at T95 time
(ZH_T95)
1171- 1177 F7.4 [Sun] Z-T95Re [-1.81/2.8]? Stellar
metallicity at Re at T95 time
(ZHReT95)
1179- 1185 F7.4 --- aZ-T95 [-1.5/1.3]? Slope of the ZH
gradient at T95 time in
dex/Re (aZHT95)
1187- 1192 F6.4 Gyr T99 [0.0074/4.2] Lookback time at
which the galaxy has formed
99% of its stellar mass
1194- 1200 F7.4 [Sun] Z-T99 [-1.8/0.3] Stellar
metallicity at T99 time
(ZH_T99)
1202- 1208 F7.4 [Sun] Z-T99Re [-2.2/0.4]? Stellar
metallicity at Re at T99 time
(ZHReT99)
1210- 1216 F7.4 --- aZ-T99 [-1.4/1.3]? Slope of the ZH
gradient at T99 time in
dex/Re (aZHT99)
1218- 1223 F6.3 [Msun] logMgasAvg [5.7/10.7]? Log of integrated
gas mass using the calibrator
logMassgasAvgas_OH
(logMassgasAvgas_OH)
1225- 1230 F6.3 [Msun] logMgasAvs [6.4/10.8]? Log of integrated
gas mass using the calibrator
logMassgasAvssp_OH
(logMassgasAvssp_OH)
1232- 1239 F8.3 km/s Vels2Re [0.09/1042]? Stellar velocity
at 2Re (velssp2)
1241- 1247 F7.3 km/s e_Vels2Re [0.029/696]? Vels2Re
uncertainty (evelssp_2)
1249- 1256 F8.3 km/s VelHa2Re [0/1542]? Hα velocity
at 2Re (velHa2)
1258- 1264 F7.3 km/s e_VelHa2Re [0/919]? VelHa2Re uncertainty
(evelHa_2)
1266- 1273 F8.3 km/s Vels1Re [0.028/1580]? Stellar
velocity at 1Re (velssp1)
1275- 1281 F7.3 km/s e_Vels1Re [0/875]? Vels1Re uncertainty
(evelssp_1)
1283- 1290 F8.3 km/s VelHa1Re [0.01/2244]? Hα
velocity at 1Re (velHa1)
1292- 1298 F7.3 km/s e_VelHa1Re [0/865]? VelHa1Re uncertainty
(evelHa_1)
1300- 1306 F7.4 [Msun/yr] logSFRs100 [-4/1.9]? Integrated SFR
derived from the SSP analysis
for t<100Myr
(logSFRssp_100Myr)
1308- 1314 F7.4 [Msun/yr] logSFRs10 [-3.5/2.7]? Integrated SFR
derived from the SSP analysis
for t<10Myr
(logSFRssp_10Myr)
1316- 1322 F7.3 km/s VdispHac [12/823]? Hα velocity
dispersion at the central
aperture (veldispHa_cen)
1324- 1330 F7.3 km/s Vdispsc [0.28/466]? Stellar velocity
dispersion at the central
aperture (veldispssp_cen)
1332- 1338 F7.3 km/s VdispHa1re [0.09/703]? Hα velocity
dispersion at 1Re
(veldispHa_1Re)
1340- 1346 F7.3 km/s Vdisps1Re [6/490]? Stellar velocity
dispersion at 1Re
(veldispssp_1Re)
1348- 1353 F6.3 [Msun] logM1Re [5.9/16]? Integrated stellar
mass within 1 optical Re
(logMassin_Re)
1355- 1363 E9.4 Msun/Lsun MLint [0.2/4.4e+7] V-band
mass-to-light ratio from
integrated quantities (ML_int)
1365- 1373 F9.5 Msun/Lsun MLavg [0.00029/547] V-band
mass-to-light ratio averaged
across the FOV (ML_avg)
1375- 1384 F10.5 10-19W/m2 FHac [0/4454] Flux intensity of
Hα in the central
aperture in
10-16erg/s/cm2 (FHacen)
1386- 1395 F10.5 10-19W/m2 e_FHac [0/7021] FHac uncertainty
(eFHa_cen)
1397- 1403 F7.4 kpc R50V [0.1/45]? Radius at which
half of the light in the
V-band within the FOV is
integrated (R50kpcV)
1405- 1411 F7.4 kpc e_R50V [0.02/14]? R50V uncertainty
(eR50kpc_V)
1413- 1419 F7.4 kpc R50M [0.1/44.1]? Radius at which
half of the stellar mass
within the FOV is integrated
(R50kpcMass)
1421- 1427 F7.4 kpc e_R50M [0.02/14]? R50M uncertainty
(eR50kpc_Mass)
1429- 1435 F7.4 [Msun] logMR50V [5.8/15.8]? Integrated
stellar mass within R50V
(logMasscorrinR50_V)
1437- 1442 F6.4 [Msun] e_logMR50V [0/1] logMR50V uncertainty
(elogMasscorrinR50V)
1444- 1450 F7.4 [Msun] logMgasAvgl [2.59/11.7]? Molecular gas
mass derived from the dust
extinction using the log-log
calibration
(logMassgasAvgasloglog)
1452- 1461 E10.5 mag Avgas1Re [4.4e-5/3.4]? Dust extinction
in the V band derived from
the Hα/Hβ line
ratio at 1Re (AvgasRe)
1463- 1469 F7.5 mag e_Avgas1Re [0/1.3]? Avgas1Re uncertainty
(eAvgas_Re)
1471- 1480 E10.5 mag Avs [5.9e-5/1.8]? Dust extinction
in the V band derived from
the analysis of the stellar
population (AvsspRe)
1482- 1488 F7.5 mag e_Avs [0/0.6]? Avs uncertainty
(eAvssp_Re)
1490- 1496 F7.5 --- Lambda1Re [0.014/1]? Specific angular
momentum (λ-parameter)
for the stellar populations
within 1Re (Lambda_Re)
1498- 1507 E10.5 --- e_Lambda1Re [7e-6/0.5]? Lambda1Re
uncertainty (eLambdaRe)
1509- 1516 F8.6 --- zNSA [0.0002/0.15]? NSA redshift
(nsa_redshift)
1518- 1524 F7.4 [Msun] MNSA [6.2/13.2]? Stellar mass
derived by the NSA
collaboration (nsa_mstar)
1526- 1532 F7.4 deg IncNSA [4/86]? Inclination derived
by the NSA collaboration
(nsa_inclination)
1534- 1541 F8.5 10-19W/m2 F[OII]26Re [-2.4/16]? Flux intensity of
[OII]3726.03 at 1Re in
10-16erg/s/cm2
(fluxOII3726Re_fit)
1543- 1549 F7.5 10-19W/m2 e_F[OII]26Re [0.00037/4]? F[OII]26Re
uncertainty
(efluxOII3726Refit)
1551- 1559 F9.5 10-19W/m2 F[OII]26a [-11/1.3]? Flux intensity of
[OII]3726.03 at 1Re in
10-16erg/s/cm2
(fluxOII3726alpha_fit)
1561- 1567 F7.5 10-19W/m2 e_F[OII]26a [0.0003/3.2]? F[OII]26a
uncertainty
(eflux[OII]3726.03alpha_fit)
1569- 1576 F8.5 10-19W/m2 F[OII]28Re [-1.3/16]? Flux intensity of
[OII]3728.82 at 1Re in
10-16erg/s/cm2
(fluxOII3728Re_fit)
1578- 1584 F7.5 10-19W/m2 e_F[OII]28Re [0.0005/3]? F[OII]28Re
uncertainty
(efluxOII3728Refit)
1586- 1594 F9.5 10-19W/m2 F[OII]28a [-11/2.3]? Flux intensity of
[OII]3728.82 at 1Re in
10-16erg/s/cm2
(fluxOII3728alpha_fit)
1596- 1602 F7.5 10-19W/m2 e_F[OII]28a [0.0004/3]? F[OII]28a
uncertainty
(eflux[OII]3728.82alpha_fit)
1604- 1611 F8.5 10-19W/m2 FHI34Re [-2.5/16]? Flux intensity of
HI3734.37 at 1Re in
10-16erg/s/cm2
(fluxHI3734Re_fit)
1613- 1619 F7.5 10-19W/m2 e_FHI34Re [0.0003/2.3]? FHI34Re
uncertainty
(efluxHI3734Refit)
1621- 1629 F9.5 10-19W/m2 FHI34a [-11/1.4]? Flux intensity of
HI3734.37 at 1Re in
10-16erg/s/cm2
(fluxHI3734alpha_fit)
1631- 1637 F7.5 10-19W/m2 e_FHI34a [0.00027/2]? FHI34a
uncertainty
(efluxHI3734alphafit)
1639- 1646 F8.5 10-19W/m2 FHI97Re [-2.1/4.8]? Flux intensity of
HI3797.9 at 1Re in
10-16erg/s/cm2
(fluxHI3797.9Re_fit)
1648- 1654 F7.5 10-19W/m2 e_FHI97Re [0.00024/5]? FHI97Re
uncertainty
(efluxHI3797Refit)
1656- 1663 F8.5 10-19W/m2 FHI97a [-5.82/1.1]? Flux intensity
of HI3797.9 at 1Re in
10-16erg/s/cm2
(fluxHI3797alpha_fit)
1665- 1671 F7.5 10-19W/m2 e_FHI97a [0.0002/4.5]? FHI97a
uncertainty
(efluxHI3797alphafit)
1673- 1680 F8.5 10-19W/m2 FHeI38Re [-0.3/8]? Flux intensity of
HeI3888.65 at 1Re in
10-16erg/s/cm2
(fluxHeI3888Re_fit)
1682- 1688 F7.5 10-19W/m2 e_FHeI38Re [0.00035/2.2]? FHeI38Re
uncertainty
(efluxHeI3888Refit)
1690- 1697 F8.5 10-19W/m2 FHeI38a [-4.8/0.7]? Flux intensity of
HeI3888.65 at 1Re in
10-16erg/s/cm2
(fluxHeI3888alpha_fit)
1699- 1705 F7.5 10-19W/m2 e_FHeI38a [0.0003/1.7]? FHeI38a
uncertainty
(efluxHeI3888alphafit)
1707- 1714 F8.5 10-19W/m2 FHI89Re [-0.31/8]? Flux intensity of
HI3889.05 at 1Re in
10-16erg/s/cm2
(fluxHI3889Re_fit)
1716- 1722 F7.5 10-19W/m2 e_FHI89Re [0.00027/5]? FHI89Re
uncertainty
(efluxHI3889Refit)
1724- 1731 F8.5 10-19W/m2 FHI89a [-4.8/2]? Flux intensity of
HI3889.05 at 1Re in
10-16erg/s/cm2
(fluxHI3889alpha_fit)
1733- 1739 F7.5 10-19W/m2 e_FHI89a [0.0002/4]? FHI89a
uncertainty
(efluxHI3889alphafit)
1741- 1748 F8.5 10-19W/m2 FHeI39Re [-0.83/11]? Flux intensity of
HeI3964.73 at 1Re in
10-16erg/s/cm2
(fluxHeI3964Re_fit)
1750- 1756 F7.5 10-19W/m2 e_FHeI39Re [0.00028/1.2]? FHeI39Re
uncertainty
(efluxHeI3964Refit)
1758- 1765 F8.5 10-19W/m2 FHeI39a [-7/1.4]? Flux intensity of
HeI3964.73 at 1Re in
10-16erg/s/cm2
(fluxHeI3964alpha_fit)
1767- 1773 F7.5 10-19W/m2 e_FHeI39a [0.00029/1.1]? FHeI39a
uncertainty
(efluxHeI3964alphafit)
1775- 1782 F8.5 10-19W/m2 F[NeIII]Re [-0.75/10.3]? Flux intensity
of [NeIII]3967.46 1Re in
10-16erg/s/cm2
(flux[NeIII]3967Re_fit)
1784- 1790 F7.5 10-19W/m2 e_F[NeIII]Re [0.00028/2.8]? F[NeIII]Re
uncertainty
(eflux[NeIII]3967Refit)
1792- 1799 F8.5 10-19W/m2 F[NeIII]a [-7.3/1.2]? Flux intensity of
[NeIII]3967.46 1Re in
10-16erg/s/cm2
(flux[NeIII]3967.46alphafit)
1801- 1807 F7.5 10-19W/m2 e_F[NeIII]a [0.00024/2.4]? F[NeIII]a
uncertainty
(efluxNeIII3967alpha_fit)
1809- 1816 F8.5 10-19W/m2 FCaIIRe [-0.72/10.4]? Flux intensity
of CaII3968.47 at 1Re in
10-16erg/s/cm2
(fluxCaII3968Re_fit)
1818- 1824 F7.5 10-19W/m2 e_FCaIIRe [0.00026/2.6]? FCaIIRe
uncertainty
(efluxCaII3968Refit)
1826- 1833 F8.5 10-19W/m2 FCaIIa [-7.4/1.2]? Flux intensity of
CaII3968.47 at 1Re in
10-16erg/s/cm2
(fluxCaII3968alpha_fit)
1835- 1841 F7.5 10-19W/m2 e_FCaIIa [0.0002/2.2]? FCaIIa
uncertainty
(efluxCaII3968alphafit)
1843- 1850 F8.5 10-19W/m2 FHepsRe [-0.7/10.4]? Flux intensity
of Hε3970.07 at 1Re
in 10-16erg/s/cm2
(fluxHepsilon3970Re_fit)
1852- 1858 F7.5 10-19W/m2 e_FHepsRe [0.00025/2.4]? FHepsRe
uncertainty
(efluxHepsilon3970Re_fit)
1860- 1867 F8.5 10-19W/m2 FHepsa [-8.81/1.6]? Flux intensity
of Hε3970.07 at 1Re
in 10-16erg/s/cm2
(fluxHeps3970alpha_fit)
1869- 1875 F7.5 10-19W/m2 e_FHepsa [0.0002/2.1]? FHepsa
uncertainty
(efluxHeps3970.07alphafit)
1877- 1884 F8.5 10-19W/m2 FHdRe [-0.099/9.7]? Flux intensity
of Hδ4101.77 at 1Re in
10-16erg/s/cm2
(fluxHdelta4101Re_fit)
1886- 1892 F7.5 10-19W/m2 e_FHdRe [0.0003/4.3]? FHdRe
uncertainty
(efluxHdelta4101Refit)
1894- 1901 F8.5 10-19W/m2 FHda [-5.4/2]? Flux intensity of
Hδ4101.77 at 1Re in
10-16erg/s/cm2
(fluxHdelta4101alpha_fit)
1903- 1909 F7.5 10-19W/m2 e_FHda [0.00028/3.6]? FHda
uncertainty
(efluxHdel4101alphafit)
1911- 1918 F8.5 10-19W/m2 FHgRe [-1.25/11.9]? Flux intensity
of Hγ4340.49 at 1Re in
10-16erg/s/cm2
(fluxHgamma4340Re_fit)
1920- 1926 F7.5 10-19W/m2 e_FHgRe [0.0002/5.3]? FHgRe
uncertainty
(efluxHgamma4340Refit)
1928- 1935 F8.5 10-19W/m2 FHga [-7/6.6]? Flux intensity of
Hγ4340.49 at 1Re in
10-16erg/s/cm2
(fluxHgamma4340alpha_fit)
1937- 1943 F7.5 10-19W/m2 e_FHga [0.00018/4]? FHga uncertainty
(efluxHgam4340alphafit)
1945- 1952 F8.5 10-19W/m2 FHbRe [-0.24/14.7]? Flux intensity
of Hβ4861.36 at 1Re in
10-16erg/s/cm2
(fluxHbeta4861Re_fit)
1954- 1960 F7.5 10-19W/m2 e_FHbRe [0.00024/8.1]? FHbRe
uncertainty
(efluxHbeta4861Refit)
1962- 1969 F8.5 10-19W/m2 FHba [-8.1/0.7]? Flux intensity of
Hβ4861.36 at 1Re in
10-16erg/s/cm2
(fluxHbeta4861alpha_fit)
1971- 1977 F7.5 10-19W/m2 e_FHba [0.0002/5.6]? FHba
uncertainty
(efluxHb4861alphafit)
1979- 1986 F8.5 10-19W/m2 F[OIII]49Re [-0.9/16]? Flux intensity of
[OIII]4958.91 at 1Re in
10-16erg/s/cm2
(flux[OIII]4958Re_fit)
1988- 1995 F8.5 10-19W/m2 e_F[OIII]49Re [0.0002/17]? F[OIII]49Re
uncertainty
(efluxOIII4958Refit)
1997- 2004 F8.5 10-19W/m2 F[OIII]49a [-9.3/1.3]? Flux intensity of
[OIII]4958.91 at 1Re in
10-16erg/s/cm2
(fluxOIII4958alpha_fit)
2006- 2013 F8.5 10-19W/m2 e_F[OIII]49a [0.00017/11]? F[OIII]49a
uncertainty
(efluxOIII4958alpha_fit)
2015- 2022 F8.5 10-19W/m2 F[OIII]50Re [-1.8/12]? Flux intensity of
[OIII]5006.84 at 1Re in
10-16erg/s/cm2
(fluxOIII5006Re_fit)
2024- 2030 F7.5 10-19W/m2 e_F[OIII]50Re [0.0002/3.5]? F[OIII]50Re
uncertainty
(efluxOIII5006Refit)
2032- 2040 F9.5 10-19W/m2 F[OIII]50a [-12.6/1.1]? Flux intensity
of [OIII]5006.84 at 1Re in
10-16erg/s/cm2
(fluxOIII5006alpha_fit)
2042- 2048 F7.5 10-19W/m2 e_F[OIII]50a [0.00018/3]? F[OIII]50a
uncertainty
(efluxOIII5006alpha_fit)
2050- 2057 F8.5 10-19W/m2 FHeI50Re [-2.2/8]? Flux intensity of
HeI5015.68 at 1Re in
10-16erg/s/cm2
(fluxHeI5015Re_fit)
2059- 2065 F7.5 10-19W/m2 e_FHeI50Re [0.0002/3.5]? FHeI50Re
uncertainty
(efluxHeI5015Refit)
2067- 2075 F9.5 10-19W/m2 FHeI50a [-11/2]? Flux intensity of
HeI5015.68 at 1Re in
10-16erg/s/cm2
(fluxHeI5015alpha_fit)
2077- 2083 F7.5 10-19W/m2 e_FHeI50a [0.00018/2.5]? FHeI50a
uncertainty
(efluxHeI5015alphafit)
2085- 2092 F8.5 10-19W/m2 F[NI]51Re [-0.22/4]? Flux intensity of
[NI]5197.9 at 1Re in
10-16erg/s/cm2
(fluxNI5197Re_fit)
2094- 2100 F7.5 10-19W/m2 e_F[NI]51Re [0.00016/4.2]? F[NI]51Re
uncertainty
(efluxNI5197Refit)
2102- 2109 F8.5 10-19W/m2 F[NI]51a [-4.1/0.7]? Flux intensity of
[NI]5197.9 at 1Re in
10-16erg/s/cm2
(fluxNI5197alpha_fit)
2111- 2117 F7.5 10-19W/m2 e_F[NI]51a [0.00014/3.4]? F[NI]51a
uncertainty
(efluxNI5197alphafit)
2119- 2126 F8.5 10-19W/m2 F[NI]52Re [-0.34/1.7]? Flux intensity
of [NI]5200.26 at 1Re in
10-16erg/s/cm2
(fluxNI5200Re_fit)
2128- 2134 F7.5 10-19W/m2 e_F[NI]52Re [0.00018/3.1]? F[NI]52Re
uncertainty
(efluxNI5200Refit)
2136- 2143 F8.5 10-19W/m2 F[NI]52a [-2.6/1.1]? Flux intensity of
[NI]5200.26 at 1Re in
10-16erg/s/cm2
(fluxNI5200alpha_fit)
2145- 2151 F7.5 10-19W/m2 e_F[NI]52a [0.00015/3]? F[NI]52a
uncertainty
(efluxNI5200alphafit)
2153- 2160 F8.5 10-19W/m2 FHeI58Re [-0.6/2.2]? Flux intensity of
HeI5876.0 at 1Re in
10-16erg/s/cm2
(fluxHeI5876Re_fit)
2162- 2168 F7.5 10-19W/m2 e_FHeI58Re [0.00017/1.7]? FHeI58Re
uncertainty
(efluxHeI5876Refit)
2170- 2177 F8.5 10-19W/m2 FHeI58a [-2.8/0.95]? Flux intensity
of HeI5876.0 at 1Re in
10-16erg/s/cm2
(fluxHeI5876alpha_fit)
2179- 2185 F7.5 10-19W/m2 e_FHeI58a [0.00014/1.5]? FHeI58a
uncertainty
(efluxHeI5876alphafit)
2187- 2194 F8.5 10-19W/m2 FNaI89Re [-1/4.6]? Flux intensity of
NaI5889.95 at 1Re in
10-16erg/s/cm2
(fluxNaI5889Re_fit)
2196- 2202 F7.5 10-19W/m2 e_FNaI89Re [0.0002/4.6]? FNaI89Re
uncertainty
(efluxNaI5889Refit)
2204- 2211 F8.5 10-19W/m2 FNaI89a [-5.81/1.4]? Flux intensity
of NaI5889.95 at 1Re in
10-16erg/s/cm2
(fluxNaI5889alpha_fit)
2213- 2219 F7.5 10-19W/m2 e_FNaI89a [0.0002/3.4]? FNaI89a
uncertainty
(efluxNaI5889alphafit)
2221- 2228 F8.5 10-19W/m2 FNaI95Re [-1.01/4.4]? Flux intensity
of NaI5895.92 at 1Re in
10-16erg/s/cm2
(fluxNaI5895Re_fit)
2230- 2236 F7.5 10-19W/m2 e_FNaI95Re [0.00019/4]? FNaI95Re
uncertainty
(efluxNaI5895Refit)
2238- 2245 F8.5 10-19W/m2 FNaI95a [-6.22/2.7]? Flux intensity
of NaI5895.92 at 1Re in
10-16erg/s/cm2
(fluxNaI5895alpha_fit)
2247- 2253 F7.5 10-19W/m2 e_FNaI95a [0.00016/3.2]? FNaI95a
uncertainty
(efluxNaI5895alphafit)
2255- 2262 F8.5 10-19W/m2 F[OI]Re [-1.13/2.6]? Flux intensity
of [OI]6300.3 at 1Re in
10-16erg/s/cm2
(fluxOI6300Re_fit)
2264- 2270 F7.5 10-19W/m2 e_F[OI]Re [0.00014/3.3]? F[OI]Re
uncertainty
(efluxOI6300Refit)
2272- 2279 F8.5 10-19W/m2 F[OI]a [-5.4/0.7]? Flux intensity of
[OI]6300.3 at 1Re in
10-16erg/s/cm2
(fluxOI6300alpha_fit)
2281- 2287 F7.5 10-19W/m2 e_F[OI]a [0.00012/2.7]? F[OI]a
uncertainty
(efluxOI6300alphafit)
2289- 2296 F8.5 10-19W/m2 F[NII]48Re [-0.3/12.4]? Flux intensity
of [NII]6548.05 at 1Re in
10-16erg/s/cm2
(fluxNII6548Re_fit)
2298- 2304 F7.5 10-19W/m2 e_F[NII]48Re [0.00016/3.4]? F[NII]48Re
uncertainty
(efluxNII6548Refit)
2306- 2314 F9.5 10-19W/m2 F[NII]48a [-10.1/0.6]? Flux intensity
of [NII]6548.05 at 1Re in
10-16erg/s/cm2
(fluxNII6548alpha_fit)
2316- 2322 F7.5 10-19W/m2 e_F[NII]48a [0.00014/2.5]? F[NII]48a
uncertainty
(efluxNII6548alphafit)
2324- 2331 F8.5 10-19W/m2 FHaRe [-0.22/20.2]? Flux intensity
of Hα6562.85 at 1Re in
10-16erg/s/cm2
(fluxHalpha6562Re_fit)
2333- 2340 F8.5 10-19W/m2 e_FHaRe [0.00017/17.6]? FHaRe
uncertainty
(efluxHalpha6562Refit)
2342- 2350 F9.5 10-19W/m2 FHaa [-13/5.1]? Flux intensity of
Hα6562.85 at 1Re in
10-16erg/s/cm2
(fluxHalpha6562alpha_fit)
2352- 2359 F8.5 10-19W/m2 e_FHaa [0.00015/10.6]? FHaa
uncertainty
(efluxHa6562alphafit)
2361- 2368 F8.5 10-19W/m2 F[NII]83Re [-0.3/16]? Flux intensity of
[NII]6583.45 at 1Re in
10-16erg/s/cm2
(fluxNII6583Re_fit)
2370- 2376 F7.5 10-19W/m2 e_F[NII]83Re [0.0002/4.5]? F[NII]83Re
uncertainty
(efluxNII6583Refit)
2378- 2386 F9.5 10-19W/m2 F[NII]83a [-13/1]? Flux intensity of
[NII]6583.45 at 1Re in
10-16erg/s/cm2
(fluxNII6583alpha_fit)
2388- 2394 F7.5 10-19W/m2 e_F[NII]83a [0.00017/3.2]? F[NII]83a
uncertainty
(efluxNII6583alphafit)
2396- 2403 F8.5 10-19W/m2 F[SII]16Re [-0.6/5.5]? Flux intensity of
[SII]6716.44 at 1Re in
10-16erg/s/cm2
(fluxSII6716Re_fit)
2405- 2411 F7.5 10-19W/m2 e_F[SII]16Re [0.00014/2]? F[SII]16Re
uncertainty
(efluxSII6716Refit)
2413- 2420 F8.5 10-19W/m2 F[SII]16a [-4.6/1]? Flux intensity of
[SII]6716.44 at 1Re in
10-16erg/s/cm2
(fluxSII6716alpha_fit)
2422- 2428 F7.5 10-19W/m2 e_F[SII]16a [0.00012/1.5]? F[SII]16a
uncertainty
(efluxSII6716alphafit)
2430- 2437 F8.5 10-19W/m2 F[SII]30Re [-0.6/5.3]? Flux intensity of
[SII]6730.82 at 1Re in
10-16erg/s/cm2
(flux[SII]6730.82Re_fit)
2439- 2445 F7.5 10-19W/m2 e_F[SII]30Re [0.00017/2.1]? F[SII]30Re
uncertainty
(efluxSII6730Refit)
2447- 2454 F8.5 10-19W/m2 F[SII]30a [-5/1]? Flux intensity of
[SII]6730.82 at 1Re in
10-16erg/s/cm2
(fluxSII6730alpha_fit)
2456- 2462 F7.5 10-19W/m2 e_F[SII]30a [0.00014/1.8]? F[SII]30a
uncertainty
(efluxSII6730alphafit)
2464- 2471 F8.5 10-19W/m2 F[ArIII]Re [-0.95/1.7]? Flux intensity
of [ArIII]7135.8 at 1Re in
10-16erg/s/cm2
(fluxArIII7135Re_fit)
2473- 2479 F7.5 10-19W/m2 e_F[ArIII]Re [0.00016/2.5]? F[ArIII]Re
uncertainty
(efluxArIII7135Refit)
2481- 2488 F8.5 10-19W/m2 F[ArIII]a [-3/0.7]? Flux intensity of
[ArIII]7135.8 at 1Re in
10-16erg/s/cm2
(fluxArIII7135alpha_fit)
2490- 2496 F7.5 10-19W/m2 e_F[ArIII]a [0.00015/2]? F[ArIII]a
uncertainty
(efluxArIII7135alphafit)
2498- 2505 F8.5 10-19W/m2 FHI14Re [-1.6/2.2]? Flux intensity of
HI9014.91 at 1Re in
10-16erg/s/cm2
(fluxHI9014Re_fit)
2507- 2513 F7.5 10-19W/m2 e_FHI14Re [0.00012/3]? FHI14Re
uncertainty
(efluxHI9014Refit)
2515- 2522 F8.5 10-19W/m2 FHI14a [-3.1/1.3]? Flux intensity of
HI9014.91 at 1Re in
10-16erg/s/cm2
(fluxHI9014alpha_fit)
2524- 2530 F7.5 10-19W/m2 e_FHI14a [0.0001/2.5]? FHI14a
uncertainty
(efluxHI9014alphafit)
2532- 2539 F8.5 10-19W/m2 F[SIII]90Re [-0.5/3.4]? Flux intensity of
[SIII]9069.0 at 1Re in
10-16erg/s/cm2
(fluxSIII9069Re_fit)
2541- 2547 F7.5 10-19W/m2 e_F[SIII]90Re [0.0001/3]? F[SIII]90Re
uncertainty
(efluxSIII9069Refit)
2549- 2556 F8.5 10-19W/m2 F[SIII]90a [-2.8/3]? Flux intensity of
[SIII]9069.0 at 1Re in
10-16erg/s/cm2
(fluxSIII9069alpha_fit)
2558- 2567 E10.5 10-19W/m2 e_F[SIII]90a [9.6e-5/2.6]? F[SIII]90a
uncertainty
(efluxSIII9069alphafit)
2569- 2576 F8.5 10-19W/m2 F[FeII]Re [-0.91/0.71]? Flux intensity
of [FeII]9470.93 at 1Re in
10-16erg/s/cm2
(fluxFeII9470Re_fit)
2578- 2584 F7.5 10-19W/m2 e_F[FeII]Re [0.00018/1.4]? F[FeII]Re
uncertainty
(efluxFeII9470Refit)
2586- 2593 F8.5 10-19W/m2 F[FeII]a [-1.2/0.5]? Flux intensity of
[FeII]9470.93 at 1Re in
10-16erg/s/cm2
(fluxFeII9470alpha_fit)
2595- 2601 F7.5 10-19W/m2 e_F[FeII]a [0.00016/1.1]? F[FeII]a
uncertainty
(efluxFeII9470alphafit)
2603- 2610 F8.5 10-19W/m2 F[SIII]95Re [-0.92/8]? Flux intensity of
[SIII]9531.1 at 1Re in
10-16erg/s/cm2
(fluxSIII9531Re_fit)
2612- 2618 F7.5 10-19W/m2 e_F[SIII]95Re [0.0003/1.6]? F[SIII]95Re
uncertainty
(efluxSIII9531Refit)
2620- 2627 F8.5 10-19W/m2 F[SIII]95a [-5.3/2]? Flux intensity of
[SIII]9531.1 at 1Re in
10-16erg/s/cm2
(fluxSIII9531alpha_fit)
2629- 2635 F7.5 10-19W/m2 e_F[SIII]95a [0.00027/1.4]? F[SIII]95a
uncertainty
(efluxSIII9531alphafit)
2637- 2642 F6.4 --- OH-Mar13-N2Re [8/8.8]? Oxygen abundance
using the calibrator Mar13_N2
at 1Re (OHMar13N2Refit) (1)
2644- 2649 F6.4 --- e_OH-Mar13-N2Re [0.001/0.4]? OH-Mar13-N2Re
uncertainty
(eOHMar13N2Re_fit)
2651- 2658 F8.5 --- OH-Mar13-N2a [-0.5/0.5]? Slope of the O/H
gradient using the calibrator
Mar13_N2 in dex/Re
(OHMar13N2alphafit)
2660- 2666 F7.5 --- e_OH-Mar13-N2a [0.0008/0.21]? OH-Mar13-N2a
uncertainty
(eOHMar13N2alpha_fit)
2668- 2674 F7.5 --- OH-Mar13-O3N2Re [8.14/8.7]? Oxygen abundance
using the calibrator
Mar13_O3N2 at 1Re
(OHMar13O3N2Refit) (1)
2676- 2682 F7.5 --- e_OH-Mar13-O3N2Re [0.00068/0.4]?
OH-Mar13-O3N2Re uncertainty
(eOHMar13O3N2Re_fit)
2684- 2691 F8.5 --- OH-Mar13-O3N2a [-0.42/0.3]? Slope of the O/H
gradient using the calibrator
Mar13_O3N2 in dex/Re
(OHMar13O3N2alphafit)
2693- 2699 F7.5 --- e_OH-Mar13-O3N2a [0.00058/0.22]?
OH-Mar13-O3N2a uncertainty
(eOHMar13O3N2alpha_fit)
2701- 2707 F7.4 --- OH-T04Re [7/11]? Oxygen abundance
using the calibrator T04 at
1Re (OHT04Re_fit) (1)
2709- 2714 F6.4 --- e_OH-T04Re [0.003/5.1]? OH-T04Re
uncertainty (eOHT04Refit)
2716- 2722 F7.4 --- OH-T04a [-3.9/2.8]? Slope of the O/H
gradient using the calibrator
T04 in dex/Re
(OHT04alpha_fit)
2724- 2729 F6.4 --- e_OH-T04a [0.0029/3.1]? OH-T04a
uncertainty
(eOHT04alphafit)
2731- 2736 F6.4 --- OH-Pet04-N2linRe [7.9/9]? Oxygen abundance
using the calibrator
Pet04N2lin at 1Re
(OHPet04N2linRe_fit) (1)
2738- 2743 F6.4 --- e_OH-Pet04-N2linRe [0.001/0.5]? OH-Pet04-N2linRe
uncertainty
(eOHPet04N2linRefit)
2745- 2752 F8.5 --- OH-Pet04-N2lina [-0.9/0.6]? Slope of the O/H
gradient using the calibrator
Pet04N2lin in dex/Re
(OHPet04N2linalpha_fit)
2754- 2760 F7.5 --- e_OH-Pet04-N2lina [0.0008/0.3]? OH-Pet04-N2lina
uncertainty
(eOHPet04N2linalphafit)
2762- 2767 F6.4 --- OH-Pet04-N2polRe [7.9/9.1]? Oxygen abundance
using the calibrator
Pet04N2poly at 1Re
(OHPet04N2polyRe_fit) (1)
2769- 2774 F6.4 --- e_OH-Pet04-N2polRe [0.002/0.6]? OH-Pet04-N2polRe
uncertainty
(eOHPet04N2polyRefit)
2776- 2782 F7.4 --- OH-Pet04-N2pola [-0.9/0.6]? Slope of the O/H
gradient using the calibrator
Pet04N2poly in dex/Re
(OHPet04N2polyalpha_fit)
2784- 2789 F6.4 --- e_OH-Pet04-N2pola [0.0017/0.4]? OH-Pet04-N2pola
uncertainty
(eOHPet04N2polyalphafit)
2791- 2796 F6.4 --- OH-Pet04-O3N2Re [8/9]? Oxygen abundance using
the calibrator Pet04_O3N2 at
1Re (OHPet04O3N2Refit) (1)
2798- 2803 F6.4 --- e_OH-Pet04-O3N2Re [0.001/0.6]? OH-Pet04-O3N2Re
uncertainty
(eOHPet04O3N2Re_fit)
2805- 2812 F8.5 --- OH-Pet04-O3N2a [-0.7/0.5]? Slope of the O/H
gradient using the calibrator
Pet04_O3N2 in dex/Re
(OHPet04O3N2alphafit)
2814- 2820 F7.5 --- e_OH-Pet04-O3N2a [0.0008/0.4]? OH-Pet04-O3N2a
uncertainty
(eOHPet04O3N2alpha_fit)
2822- 2827 F6.4 --- OH-Kew02-N2O2Re [8/9.5]? Oxygen abundance
using the calibrator
Kew02_N2O2 at 1Re
(OHKew02N2O2Refit) (1)
2829- 2834 F6.4 --- e_OH-Kew02-N2O2Re [0.0018/1.3]? OH-Kew02-N2O2Re
uncertainty
(eOHKew02N2O2Re_fit)
2836- 2842 F7.4 --- OH-Kew02-N2O2a [-1.1/1.1]? Slope of the O/H
gradient using the calibrator
Kew02_N2O2 in dex/Re
(OHKew02N2O2alphafit)
2844- 2849 F6.4 --- e_OH-Kew02-N2O2a [0.0015/1]? OH-Kew02-N2O2a
uncertainty
(eOHKew02N2O2alpha_fit)
2851- 2857 F7.5 --- OH-Pil10-ONSRe [7.5/9]? Oxygen abundance
using the calibrator
Pil10_ONS at 1Re
(OHPil10ONSRefit) (1)
2859- 2865 F7.5 --- e_OH-Pil10-ONSRe [0.0009/2]? OH-Pil10-ONSRe
uncertainty
(eOHPil10ONSRe_fit)
2867- 2874 F8.5 --- OH-Pil10-ONSa [-1.6/1.3]? Slope of the O/H
gradient using the calibrator
Pil10_ONS
(OHPil10ONSalphafit)
2876- 2882 F7.5 --- e_OH-Pil10-ONSa [0.0008/2.3]? OH-Pil10-ONSa
uncertainty
(eOHPil10ONSalpha_fit)
2884- 2889 F6.4 --- OH-Pil10-ONRe [7.5/9]? Oxygen abundance
using the calibrator Pil10_ON
at 1Re (OHPil10ONRefit) (1)
2891- 2896 F6.4 --- e_OH-Pil10-ONRe [0.0014/2]? OH-Pil10-ONRe
uncertainty
(eOHPil10ONRe_fit)
2898- 2904 F7.4 --- OH-Pil10-ONa [-1.7/1.3]? Slope of the O/H
gradient using the calibrator
Pil10_ON in dex/Re
(OHPil10ONalphafit)
2906- 2911 F6.4 --- e_OH-Pil10-ONa [0.0012/2.2]? OH-Pil10-ONa
uncertainty
(eOHPil10ONalpha_fit)
2913- 2918 F6.4 --- OH-Pil11-NSRe [7/9.3]? Oxygen abundance
using the calibrator Pil11_NS
at 1Re (OHPil11NSRefit) (1)
2920- 2925 F6.4 --- e_OH-Pil11-NSRe [0.001/2.6]? OH-Pil11-NSRe
uncertainty
(eOHPil11NSRe_fit)
2927- 2934 F8.5 --- OH-Pil11-NSa [-1.7/3.4]? Slope of the O/H
gradient using the calibrator
Pil11_NS in dex/Re
(OHPil11NSalphafit)
2936- 2942 F7.5 --- e_OH-Pil11-NSa [0.0009/2.2]? OH-Pil11-NSa
uncertainty
(eOHPil11NSalpha_fit)
2944- 2949 F6.4 --- OH-Cur20-RS32Re [7.9/9]? Oxygen abundance
using the calibrator
Cur20_RS32 at 1Re
(OHCur20RS32Refit) (1)
2951- 2956 F6.4 --- e_OH-Cur20-RS32Re [0.001/0.6]? OH-Cur20-RS32Re
uncertainty
(eOHCur20RS32Re_fit)
2958- 2965 F8.5 --- OH-Cur20-RS32a [-0.6/0.8]? Slope of the O/H
gradient using the calibrator
Cur20_RS32 in dex/Re
(OHCur20RS32alphafit)
2967- 2973 F7.5 --- e_OH-Cur20-RS32a [0.0008/0.5]? OH-Cur20-RS32a
uncertainty
(eOHCur20RS32alpha_fit)
2975- 2980 F6.4 --- OH-Cur20-R3Re [7.9/9]? Oxygen abundance
using the calibrator Cur20_R3
at 1Re (OHCur20R3Refit) (1)
2982- 2987 F6.4 --- e_OH-Cur20-R3Re [0.001/0.6]? OH-Cur20-R3Re
uncertainty
(eOHCur20R3Re_fit)
2989- 2996 F8.5 --- OH-Cur20-R3a [-0.6/0.8]? Slope of the O/H
gradient using the calibrator
Cur20_R3 in dex/Re
(OHCur20R3alphafit)
2998- 3004 F7.5 --- e_OH-Cur20-R3a [0.0009/0.4]? OH-Cur20-R3a
uncertainty
(eOHCur20R3alpha_fit)
3006- 3011 F6.4 --- OH-Cur20-O3O2Re [7.9/9]? Oxygen abundance
using the calibrator
Cur20_O3O2 at 1Re
(OHCur20O3O2Refit) (1)
3013- 3018 F6.4 --- e_OH-Cur20-O3O2Re [0.0013/0.7]? OH-Cur20-O3O2Re
uncertainty
(eOHCur20O3O2Re_fit)
3020- 3026 F7.4 --- OH-Cur20-O3O2a [-0.6/0.5]? Slope of the O/H
gradient using the calibrator
Cur20_O3O2 in dex/Re
(OHCur20O3O2alphafit)
3028- 3033 F6.4 --- e_OH-Cur20-O3O2a [0.001/0.6]? OH-Cur20-O3O2a
uncertainty
(eOHCur20O3O2alpha_fit)
3035- 3040 F6.4 --- OH-Cur20-S2Re [7.8/9]? Oxygen abundance
using the calibrator Cur20_S2
at 1Re (OHCur20S2Refit) (1)
3042- 3047 F6.4 --- e_OH-Cur20-S2Re [0.0017/1.2]? OH-Cur20-S2Re
uncertainty
(eOHCur20S2Re_fit)
3049- 3055 F7.4 --- OH-Cur20-S2a [-0.8/0.9]? Slope of the O/H
gradient using the calibrator
Cur20_S2 in dex/Re
(OHCur20S2alphafit)
3057- 3062 F6.4 --- e_OH-Cur20-S2a [0.0016/0.8]? OH-Cur20-S2a
uncertainty
(eOHCur20S2alpha_fit)
3064- 3069 F6.4 --- OH-Cur20-R2Re [7.9/9]? Oxygen abundance
using the calibrator Cur20_R2
at 1Re (OHCur20R2Refit) (1)
3071- 3076 F6.4 --- e_OH-Cur20-R2Re [0.0019/0.5]? OH-Cur20-R2Re
uncertainty
(eOHCur20R2Re_fit)
3078- 3084 F7.4 --- OH-Cur20-R2a [-0.5/1.1]? Slope of the O/H
gradient using the calibrator
Cur20_R2 in dex/Re
(OHCur20R2alphafit)
3086- 3091 F6.4 --- e_OH-Cur20-R2a [0.0018/0.4]? OH-Cur20-R2a
uncertainty
(eOHCur20R2alpha_fit)
3093- 3098 F6.4 --- OH-Cur20-N2Re [7.9/9]? Oxygen abundance
using the calibrator Cur20_N2
at 1Re (OHCur20N2Refit) (1)
3100- 3105 F6.4 --- e_OH-Cur20-N2Re [0.0014/0.6]? OH-Cur20-N2Re
uncertainty
(eOHCur20N2Re_fit)
3107- 3113 F7.4 --- OH-Cur20-N2a [-0.8/0.6]? Slope of the O/H
gradient using the calibrator
Cur20_N2 in dex/Re
(OHCur20N2alphafit)
3115- 3120 F6.4 --- e_OH-Cur20-N2a [0.0012/0.4]? OH-Cur20-N2a
uncertainty
(eOHCur20N2alpha_fit)
3122- 3127 F6.4 --- OH-Cur20-R23Re [7.8/9]? Oxygen abundance
using the calibrator
Cur20_R23 at 1Re
(OHCur20R23Refit) (1)
3129- 3134 F6.4 --- e_OH-Cur20-R23Re [0.0025/0.8]? OH-Cur20-R23Re
uncertainty
(eOHCur20R23Re_fit)
3136- 3142 F7.4 --- OH-Cur20-R23a [-1.2/0.7]? Slope of the O/H
gradient using the calibrator
Cur20_R23 in dex/Re
(OHCur20R23alphafit)
3144- 3149 F6.4 --- e_OH-Cur20-R23a [0.002/0.7]? OH-Cur20-R23a
uncertainty
(eOHCur20R23alpha_fit)
3151- 3157 F7.5 --- OH-Cur20-O3N2Re [8/9]? Oxygen abundance using
the calibrator Cur20_O3N2 at
1Re (OHCur20O3N2Refit) (1)
3159- 3165 F7.5 --- e_OH-Cur20-O3N2Re [0.0007/0.5]? OH-Cur20-O3N2Re
uncertainty
(eOHCur20O3N2Re_fit)
3167- 3174 F8.5 --- OH-Cur20-O3N2a [-0.6/0.4]? Slope of the O/H
gradient using the calibrator
Cur20_O3N2 in dex/Re
(OHCur20O3N2alphafit)
3176- 3182 F7.5 --- e_OH-Cur20-O3N2a [0.0006/0.3]? OH-Cur20-O3N2a
uncertainty
(eOHCur20O3N2alpha_fit)
3184- 3189 F6.4 --- OH-Cur20-O3S2Re [8/9]? Oxygen abundance using
the calibrator Cur20_O3S2 at
1Re (OHCur20O3S2Refit) (1)
3191- 3196 F6.4 --- e_OH-Cur20-O3S2Re [0.002/0.9]? OH-Cur20-O3S2Re
uncertainty
(eOHCur20O3S2Re_fit)
3198- 3204 F7.4 --- OH-Cur20-O3S2a [-0.8/0.6]? Slope of the O/H
gradient using the calibrator
Cur20_O3S2 in dex/Re
(OHCur20O3S2alphafit)
3206- 3211 F6.4 --- e_OH-Cur20-O3S2a [0.0019/0.7]? OH-Cur20-O3S2a
uncertainty
(eOHCur20O3S2alpha_fit)
3213- 3219 F7.5 --- OH-KK04Re [7.8/9.8]? Oxygen abundance
using the calibrator KK04 at
1Re (OHKK04Re_fit) (1)
3221- 3227 F7.5 --- e_OH-KK04Re [0.0008/2.1]? OH-KK04Re
uncertainty (eOHKK04Refit)
3229- 3236 F8.5 --- OH-KK04a [-1.8/3.4]? Slope of the O/H
gradient using the calibrator
KK04 in dex/Re
(OHKK04alpha_fit)
3238- 3244 F7.5 --- e_OH-KK04a [0.0007/2.1]? OH-KK04a
uncertainty
(eOHKK04alphafit)
3246- 3251 F6.4 --- OH-Pil16-RRe [7/9.1]? Oxygen abundance
using the calibrator Pil16_R
at 1Re (OHPil16RRefit) (1)
3253- 3258 F6.4 --- e_OH-Pil16-RRe [0.0019/2.4]? OH-Pil16-RRe
uncertainty
(eOHPil16RRe_fit)
3260- 3266 F7.4 --- OH-Pil16-Ra [-1.6/1.5]? Slope of the O/H
gradient using the calibrator
Pil16_R in dex/Re
(OHPil16Ralphafit)
3268- 3273 F6.4 --- e_OH-Pil16-Ra [0.0016/1.7]? OH-Pil16-Ra
uncertainty
(eOHPil16Ralpha_fit)
3275- 3280 F6.4 --- OH-Pil16-SRe [7.2/9]? Oxygen abundance
using the calibrator Pil16_S
at 1Re (OHPil16SRefit) (1)
3282- 3287 F6.4 --- e_OH-Pil16-SRe [0.0014/1.4]? OH-Pil16-SRe
uncertainty
(eOHPil16SRe_fit)
3289- 3295 F7.4 --- OH-Pil16-Sa [-1.8/1.5]? Slope of the O/H
gradient using the calibrator
Pil16_S in dex/Re
(OHPil16Salphafit)
3297- 3302 F6.4 --- e_OH-Pil16-Sa [0.0012/1.4]? OH-Pil16-Sa
uncertainty
(eOHPil16Salpha_fit)
3304- 3309 F6.4 --- OH-HoRe [7.7/9.6]? Oxygen abundance
using the calibrator Ho at
1Re (OHHoRe_fit) (1)
3311- 3316 F6.4 --- e_OH-HoRe [0.0015/1.1]? OH-HoRe
uncertainty (eOHHoRefit)
3318- 3324 F7.4 --- OH-Hoa [-0.9/1.2]? Slope of the O/H
gradient using the calibrator
Ho in dex/Re (OHHoalpha_fit)
3326- 3331 F6.4 --- e_OH-Hoa [0.0013/1.2]? OH-Hoa
uncertainty
(eOHHoalphafit)
3333- 3339 F7.4 --- U-Dors-O32Re [-4.5/-1]? Log(U) ionization
parameter using the
calibrator Dors_O32 at 1Re
(UDorsO32Refit) (1)
3341- 3346 F6.4 --- e_U-Dors-O32Re [0.0048/3]? U-Dors-O32Re
uncertainty
(eUDorsO32Re_fit)
3348- 3354 F7.4 --- U-Dors-O32a [-1.93/2.4]? Slope of the
log(U) gradient using the
calibrator Dors_O32 in dex/Re
(UDorsO32alphafit)
3356- 3361 F6.4 --- e_U-Dors-O32a [0.004/2]? U-Dors-O32a
uncertainty
(eUDorsO32alpha_fit)
3363- 3369 F7.4 --- U-Dors-SRe [-5.21/1.8]? Log(U)
ionization parameter using
the calibrator Dors_S at 1Re
(UDorsSRefit) (1)
3371- 3376 F6.4 --- e_U-Dors-SRe [0.004/4]? U-Dors-SRe
uncertainty
(eUDorsSRe_fit)
3378- 3384 F7.4 --- U-Dors-Sa [-3.1/2.4]? Slope of the
log(U) gradient using the
calibrator Dors_S in dex/Re
(UDorsSalphafit)
3386- 3391 F6.4 --- e_U-Dors-Sa [0.003/2.5]? U-Dors-Sa
uncertainty
(eUDorsSalpha_fit)
3393- 3399 F7.4 --- U-Mor16-O23fsRe [-7/-0.3]? Log(U) ionization
parameter using the
calibrator Mor16O23fs at
1Re (UMor16O23fsRe_fit) (1)
3401- 3406 F6.4 --- e_U-Mor16-O23fsRe [0.009/6]? U-Mor16-O23fsRe
uncertainty
(eUMor16O23fsRefit)
3408- 3414 F7.4 --- U-Mor16-O23fsa [-3.8/4.5]? Slope of the
log(U) gradient using the
calibrator Mor16O23fs in
dex/Re
(UMor16O23fsalpha_fit)
3416- 3421 F6.4 --- e_U-Mor16-O23fsa [0.007/4]? U-Mor16-O23fsa
uncertainty
(eUMor16O23fsalphafit)
3423- 3429 F7.4 --- U-Mor16-O23tsRe [-4.7/-1.8]? Log(U)
ionization parameter using
the calibrator Mor16O23ts
at 1Re
(UMor16O23tsRe_fit) (1)
3431- 3436 F6.4 --- e_U-Mor16-O23tsRe [0.0039/2.4]? U-Mor16-O23tsRe
uncertainty
(eUMor16O23tsRefit)
3438- 3444 F7.4 --- U-Mor16-O23tsa [-1.6/2]? Slope of the log(U)
gradient using the calibrator
Mor16O23ts in dex/Re
(UMor16O23tsalpha_fit)
3446- 3451 F6.4 --- e_U-Mor16-O23tsa [0.003/1.6]? U-Mor16-O23tsa
uncertainty
(eUMor16O23tsalphafit)
3453- 3458 F6.4 --- NH-Pil16RRe [5.3/9.1]? Nitrogen abundance
using the calibrator Pil16_R
at 1Re (NHPil16RRefit) (1)
3460- 3465 F6.4 --- e_NH-Pil16RRe [0.003/2]? NH-Pil16RRe
uncertainty
(eNHPil16RRe_fit)
3467- 3473 F7.4 --- NH-Pil16Ra [-2.7/2.6]? Slope of the N/H
gradient using the calibrator
Pil16_R in dex/Re
(NHPil16Ralphafit)
3475- 3480 F6.4 --- e_NH-Pil16Ra [0.003/2]? NH-Pil16Ra
uncertainty
(eNHPil16Ralpha_fit)
3482- 3488 F7.4 --- NO-Pil16RRe [-2.7/0.5]? N/O abundance
using the calibrator Pil16_R
at 1Re (NOPil16RRefit) (1)
3490- 3495 F6.4 --- e_NO-Pil16RRe [0.003/3.1]? NO-Pil16RRe
uncertainty
(eNOPil16RRe_fit)
3497- 3503 F7.4 --- NO-Pil16Ra [-2.4/1.9]? Slope of the N/O
gradient using the calibrator
Pil16_R in dex/Re
(NOPil16Ralphafit)
3505- 3510 F6.4 --- e_NO-Pil16Ra [0.0029/2]? NO-Pil16Ra
uncertainty
(eNOPil16Ralpha_fit)
3512- 3518 F7.4 --- NO-Pil16-HoRRe [-3.5/0.5]? N/O abundance
using the calibrator
Pil16HoR at 1Re
(NOPil16HoRRe_fit) (1)
3520- 3525 F6.4 --- e_NO-Pil16-HoRRe [0.0028/2.3]? NO-Pil16-HoRRe
uncertainty
(eNOPil16HoRRefit)
3527- 3533 F7.4 --- NO-Pil16-HoRa [-2.9/2.7]? Slope of the N/O
gradient using the calibrator
Pil16HoR in dex/Re
(NOPil16HoRalpha_fit)
3535- 3540 F6.4 --- e_NO-Pil16-HoRa [0.002/2.2]? NO-Pil16-HoRa
uncertainty
(eNOPil16HoRalphafit)
3542- 3548 F7.4 --- NO-Pil16-N2R2Re [-1.61/-0.27]? N/O abundance
using the calibrator
Pil16N2R2 at 1Re
(NOPil16N2R2Re_fit) (1)
3550- 3555 F6.4 --- e_NO-Pil16-N2R2Re [0.0029/1.2]? NO-Pil16-N2R2Re
uncertainty
(eNOPil16N2R2Refit)
3557- 3563 F7.4 --- NO-Pil16-N2R2a [-1.2/1.1]? Slope of the N/O
gradient using the calibrator
Pil16N2R2 in dex/Re
(NOPil16N2R2alpha_fit) (1)
3565- 3570 F6.4 --- e_NO-Pil16-N2R2a [0.002/0.8]? NO-Pil16-N2R2a
uncertainty
(eNOPil16N2R2alphafit)
3572- 3576 F5.3 --- Ne-Oster-SRe [1.39/3.6]? Electron density
using the Oster_S estimator
at 1Re (NeOsterSRefit)
3578- 3582 F5.3 --- e_Ne-Oster-SRe [0.015/1]? Ne-Oster-SRe
uncertainty
(eNeOsterSRe_fit)
3584- 3589 F6.3 --- Ne-Oster-Sa [-0.98/1.6]? Slope of the n_e
gradient using the Oster_S
estimator in dex/Re
(NeOsterSalphafit)
3591- 3595 F5.3 --- e_Ne-Oster-Sa [0.013/0.7]? Ne-Oster-Sa
uncertainty
(eNeOsterSalpha_fit)
3597- 3602 F6.3 0.1nm HdRe [-3.61/11]? Value of the Hd
stellar index at 1Re in Å
(HdRefit)
3604- 3608 F5.3 0.1nm e_HdRe [0.02/4.4]? HdRe uncertainty
(eHdRe_fit)
3610- 3616 F7.3 --- Hda [-32.3/17]? Slope of the
gradient of the Hd index in
Å/Re (Hdalphafit)
3618- 3622 F5.3 --- e_Hda [0.03/6]? Hda uncertainty
(eHdalpha_fit)
3624- 3629 F6.3 0.1nm HbRe [-2.02/16.2]? Value of the
Hβ stellar index at 1Re
in Å (HbRefit)
3631- 3635 F5.3 0.1nm e_HbRe [0.018/6]? HbRe uncertainty
(eHbRe_fit)
3637- 3643 F7.3 --- Hba [-7.3/14]? Slope of the
gradient of the Hβ index
in Å/Re (Hbalphafit)
3645- 3649 F5.3 --- e_Hba [0.015/7.5]? Hba uncertainty
(eHbalpha_fit)
3651- 3656 F6.3 0.1nm MgbRe [-2.8/16.2]? Value of the Mgb
stellar index at 1Re in Å
(MgbRefit)
3658- 3662 F5.3 0.1nm e_MgbRe [0.019/6]? MgbRe uncertainty
(eMgbRe_fit)
3664- 3669 F6.3 --- Mgba [-8.8/17]? Slope of the
gradient of the Mgb index in
Å/Re (Mgbalphafit)
3671- 3675 F5.3 --- e_Mgba [0.016/10]? Mgba uncertainty
(eMgbalpha_fit)
3677- 3682 F6.3 0.1nm Fe5270Re [-3.7/22.2]? Value of the
Fe5270 stellar index at 1Re
in Å (Fe5270Refit)
3684- 3688 F5.3 0.1nm e_Fe5270Re [0.017/5]? Fe5270Re
uncertainty (eFe5270Re_fit)
3690- 3695 F6.3 --- Fe5270a [-9.3/32]? Slope of the
gradient of the Fe5270 index
in Å/Re (Fe5270alphafit)
3697- 3701 F5.3 --- e_Fe5270a [0.015/9]? Fe5270a
uncertainty
(eFe5270alpha_fit)
3703- 3708 F6.3 0.1nm Fe5335Re [-3.8/21]? Value of the
Fe5335 stellar index at 1Re
in Å (Fe5335Refit)
3710- 3715 F6.3 0.1nm e_Fe5335Re [0.016/18]? Fe5335Re
uncertainty (eFe5335Re_fit)
3717- 3723 F7.3 --- Fe5335a [-12/24]? Slope of the
gradient of the Fe5335 index
in Å/Re (Fe5335alphafit)
3725- 3730 F6.3 --- e_Fe5335a [0.013/12]? Fe5335a
uncertainty
(eFe5335alpha_fit)
3732- 3737 F6.4 --- D4000Re [0.57/4.6]? Value of the
D4000 stellar index at 1Re
(D4000Refit1)
3739- 3744 F6.4 --- e_D4000Re [0.002/1.3]? D4000Re
uncertainty (eD4000Re_fit)
3746- 3752 F7.4 --- D4000a [-0.8/6]? Slope of the
gradient of the D4000 index
(D4000alphafit)
3754- 3759 F6.4 --- e_D4000a [0.002/1.5]? D4000a
uncertainty
(eD4000alpha_fit)
3761- 3766 F6.3 0.1nm HdmodRe [-3.2/14]? Value of the Hdmod
stellar index at 1Re in Å
(HdmodRefit)
3768- 3772 F5.3 0.1nm e_HdmodRe [0.05/6]? HdmodRe uncertainty
(eHdmodRe_fit)
3774- 3780 F7.3 --- Hdmoda [-27/24]? Slope of the
gradient of the Hdmod index
in Å/Re (Hdmodalphafit)
3782- 3786 F5.3 --- e_Hdmoda [0.04/10]? Hdmoda uncertainty
(eHdmodalpha_fit)
3788- 3793 F6.3 0.1nm HgRe [-5/11]? Value of the Hg
stellar index at 1Re in Å
(HgRefit)
3795- 3799 F5.3 0.1nm e_HgRe [0.03/6]? HgRe uncertainty
(eHgRe_fit)
3801- 3806 F6.3 --- Hga [-5.4/10]? Slope of the
gradient of the Hg index in
Å/Re (Hgalphafit)
3808- 3812 F5.3 --- e_Hga [0.027/6]? Hga uncertainty
(eHgalpha_fit)
3814- 3819 F6.3 mag umag [14.48/23.15] u-band
magnitude derived from the
original cube (ubandmag)
3821- 3825 F5.3 mag e_umag [0.05/6] Uncertainty on the
umag (ubandmag_error)
3827- 3833 F7.3 mag uMag [-24.64/-7.9] u-band absolute
magnitude derived from the
original cube (ubandabs_mag)
3835- 3839 F5.3 mag e_uMag [0.05/6] uMag uncertainty
(ubandabsmagerror)
3841- 3846 F6.3 mag gmag [13.41/20.83] g-band
magnitude derived from the
original cube (gbandmag)
3848- 3852 F5.3 mag e_gmag [0.05/1.1] Uncertainty on the
gmag (gbandmag_error)
3854- 3860 F7.3 mag gMag [-25.15/-8.61] g-band absolute
magnitude derived from the
original cube (gbandabs_mag)
3862- 3866 F5.3 mag e_gMag [0.05/1.1] gMag uncertainty
(gbandabsmagerror)
3868- 3873 F6.3 mag rmag [12.75/20.4] r-band magnitude
derived from the original
cube (rbandmag)
3875- 3879 F5.3 mag e_rmag [0.05/1.2] Uncertainty on the
rmag (rbandmag_error)
3881- 3887 F7.3 mag rMag [-25.3/-8.7] r-band absolute
magnitude derived from the
original cube (rbandabs_mag)
3889- 3893 F5.3 mag e_rMag [0.05/1.2] rMag uncertainty
(rbandabsmagerror)
3895- 3900 F6.3 mag imag [12.32/21.76] i-band
magnitude derived from the
original cube (ibandmag)
3902- 3907 F6.3 mag e_imag [0.05/17.1] Uncertainty on
the imag (ibandmag_error)
3909- 3915 F7.3 mag iMag [-25.4/-8.7] i-band absolute
magnitude derived from the
original cube (iMag)
3917- 3922 F6.3 mag e_iMag [0.05/17.1] iMag uncertainty
(iMag_error)
3924- 3929 F6.3 mag Bmag [13.6/20.6] B-band magnitude
derived from the original
cube (Bbandmag)
3931- 3935 F5.3 mag e_Bmag [0.05/0.8] Uncertainty on the
Bmag (Bbandmag_error)
3937- 3943 F7.3 mag BMag [-25.04/-8.5] B-band absolute
magnitude derived from the
original cube (Bbandabs_mag)
3945- 3949 F5.3 mag e_BMag [0.05/0.8] BMag uncertainty
(Bbandabsmagerror)
3951- 3956 F6.3 mag Vmag [13.12/21.3] V-band magnitude
derived from the original
cube (Vbandmag)
3958- 3962 F5.3 mag e_Vmag [0.05/2] Uncertainty on the
Vmag (Vbandmag_error)
3964- 3970 F7.3 mag VMag [-25.25/-8.6] V-band absolute
magnitude derived from the
original cube (Vbandabs_mag)
3972- 3976 F5.3 mag e_VMag [0.05/2] VMag uncertainty
(Vbandabsmagerror)
3978- 3983 F6.3 mag RJmag [12.66/20.35] R-band
magnitude derived from the
original cube (RJbandmag)
3985- 3989 F5.3 mag e_RJmag [0.05/1.3] Uncertainty on the
RJmag (RJbandmag_error)
3991- 3997 F7.3 mag RJMag [-25.3/-8.7] R-band absolute
magnitude derived from the
original cube
(RJbandabs_mag)
3999- 4003 F5.3 mag e_RJMag [0.05/1.3] RJMag uncertainty
(RJbandabsmagerror)
4005- 4012 F8.5 arcsec R50 [1.9/23] Radius at which half
of the light within the FOV
in the g-band is integrated
4014- 4023 E10.5 arcsec e_R50 [2.7e-5/9.6] R50 uncertainty
(error_R50)
4025- 4032 F8.5 arcsec R90 [3.8/30.2] Radius at which
90% of the light within the
FOV in the g-band is
integrated
4034- 4043 E10.5 arcsec e_R90 [6e-7/2] R90 uncertainty
(error_R90)
4045- 4051 F7.5 --- C [1/6] R90/R50 concentration
index
4053- 4062 E10.5 --- e_C [5.9e-5/3.2] C uncertainty
4064- 4069 F6.3 mag B-V [-1/1.5] B-V color index
4071- 4075 F5.3 mag e_B-V [0.07/2.1] B-V uncertainty
(error_B-V)
4077- 4082 F6.3 mag B-R [-0.28/2.2] B-R color index
4084- 4088 F5.3 mag e_B-R [0.07/1.6] B-R uncertainty
(error_B-R)
4090- 4094 F5.2 [Msun] logMph [4.7/12] Stellar masses
derived from the photometric
data within the FOV
(logMassphot)
4096- 4099 F4.2 [Msun] e_logMph [0.13/4] logMph uncertainty
(elogMass_phot)
4101- 4106 F6.3 mag/arcsec2 SBV1Re [17.8/38.9] V-band surface
brightness at 1Re
(V-bandSBat_Re)
4108- 4112 F5.3 mag/arcsec2 e_SBV1Re [0/9] SBV1Re uncertainty
(errorV-bandSBatRe)
4114- 4119 F6.3 mag/arcsec2 SBVR50 [18/39] V-band surface
brightness at R50
(V-bandSBatR50)
4121- 4125 F5.3 mag/arcsec2 e_SBVR50 [0/10] SBVR50 uncertainty
(errorV-bandSBatR_50)
4127- 4134 F8.6 --- nNSA [0.5/6] NSA Sersic index
(nsasersicn_morph)
4136- 4144 F9.6 mag u-g [-3.2/9.2] u-g NSA color index
4146- 4154 F9.6 mag g-r [-0.94/2.5] g-r NSA color index
4156- 4164 F9.6 mag r-i [-2.2/2] r-i NSA color index
4166- 4174 F9.6 mag i-z [-7/2.8] i-z NSA color index
4176- 4183 F8.6 --- P(CD) [0/1] Probability of being a
cD galaxy
4185- 4192 F8.6 --- P(E) [0/0.97] Probability of being
an E galaxy
4194- 4201 F8.6 --- P(S0) [0.0001/0.94] Probability of
being an S0 galaxy
4203- 4210 F8.6 --- P(Sa) [0.0002/0.92] Probability of
being an Sa galaxy
4212- 4219 F8.6 --- P(Sab) [0.0001/0.8] Probability of
being an Sab galaxy
4221- 4228 F8.6 --- P(Sb) [0.0005/0.9] Probability of
being an Sb galaxy
4230- 4237 F8.6 --- P(Sbc) [0.0003/0.85] Probability of
being an Sbc galaxy
4239- 4246 F8.6 --- P(Sc) [0.0004/0.92] Probability of
being an Sc galaxy
4248- 4255 F8.6 --- P(Scd) [0/0.93] Probability of being
an Scd galaxy
4257- 4264 F8.6 --- P(Sd) [0/0.94] Probability of being
an Sd galaxy
4266- 4273 F8.6 --- P(Sdm) [0/0.99] Probability of being
an Sdm galaxy
4275- 4282 F8.6 --- P(Sm) [0/0.94] Probability of being
an Sm galaxy
4284- 4291 F8.6 --- P(Irr) [0/0.96] Probability of being
an Irr galaxy
4293- 4294 I2 --- Type [-2/10]? Best morphological
type index based on the NN
analysis (besttypen)
4296- 4298 A3 --- Morph [nan] Morphological type
derived by the NN analysis;
always "nan" (best_type)
4300- 4305 I6 --- NSAid [58/698275]? NSA identifier
(nsa_nsaid)
4307- 4314 F8.6 --- w_Vmax [0/0.0012]? Weight for the
volume correction in volume
in Mpc-3/dex (Vmax_w)
4316- 4323 F8.2 --- w_Num [0/13314]? Weight for the
volume correction in number
(Num_w)
4325 I1 --- Q [0/7]? QC flag: 0=good,
2=bad, >2 warning (QCFLAG)
--------------------------------------------------------------------------------
Note (1): List of oxygen, nitrogen, and ionization parameter calibrators
adopted to estimate the values at the effective radius (see Table 15):
------------------------------------------------------------------------------
ID at Re Emission lines Reference
(central aperture) and ratios
------------------------------------------------------------------------------
OHMar13N2 (OH_N2) [NII]6548/Hα Marino+ (2013,
J/A+A/559/A114)
OHMar13O3N2 (OH_O3N2) O3N2 Marino+ (2013,
J/A+A/559/A114)
OH_T04 [NII]6548/Hα, R23 Tremonti+
2004ApJ...613..898T 2004ApJ...613..898T
OHPet04N2_lin [NII]6548/Hα Pettini & Pagel
2004MNRAS.348L..59P 2004MNRAS.348L..59P
OHPet04N2_poly [NII]6548/Hα Pettini & Pagel
2004MNRAS.348L..59P 2004MNRAS.348L..59P
OHPet04O3N2 O3N2 Pettini & Pagel
2004MNRAS.348L..59P 2004MNRAS.348L..59P
OHKew02N2O2 [NII]6583/[OII]3727 Kewley & Dopita
2002ApJS..142...35K 2002ApJS..142...35K
OHPil10ONS (OH_ONS) [NII]6583/Hβ, R2, R3, Pilyugin et al.
P, [SII]/Hα 2010ApJ...720.1738P 2010ApJ...720.1738P
OHPil10ON [NII]6583/Hβ, R2, R3, Pilyugin et al.
[SII]/Hα 2010ApJ...720.1738P 2010ApJ...720.1738P
OHPil11NS [NII]6583/Hβ, R3, Pilyugin & Mattsson
[SII]/Hα 2011MNRAS.412.1145P 2011MNRAS.412.1145P
OHCur20RS32 R3+[SII]/Hα/Hα Curti et al.
2020MNRAS.491..944C 2020MNRAS.491..944C
OHCur20R3 R3 Curti et al.
2020MNRAS.491..944C 2020MNRAS.491..944C
OHCur20O3O2 [OIII]5007, [OII]3727 + 29 Curti et al.
2020MNRAS.491..944C 2020MNRAS.491..944C
OHCur20S2 [SII]/Hα Curti et al.
2020MNRAS.491..944C 2020MNRAS.491..944C
OHCur20R2 R2 Curti et al.
2020MNRAS.491..944C 2020MNRAS.491..944C
OHCur20N2 [NII]6583/Hα Curti et al.
2020MNRAS.491..944C 2020MNRAS.491..944C
OHCur20R23 R23 Curti et al.
2020MNRAS.491..944C 2020MNRAS.491..944C
OHCur20O3N2 R3, [NII]6583/Hα Curti et al.
2020MNRAS.491..944C 2020MNRAS.491..944C
OHCur20O3S2 R3/[SII]/Hα/Hα Curti et al.
2020MNRAS.491..944C 2020MNRAS.491..944C
OH_KK04 (OH_R23) R23, [OIII]/[OII] Kobulnicky & Kewley
(2004, J/ApJ/617/240)
OHPil16R [NII]6583/Hβ, R2, R3 Pilyugin & Grebel
2016MNRAS.457.3678P 2016MNRAS.457.3678P
OHPil16S [NII]6583/Hβ, R3, Pilyugin & Grebel
[SII]/Hα 2016MNRAS.457.3678P 2016MNRAS.457.3678P
OH_Ho R2, R3, [NII]6583/Hβ, Ho I.-T.
[SII]/Hα/Hα 2019MNRAS.485.3569H 2019MNRAS.485.3569H
UDorsO32 [OIII]5007, [OII]3727 + 29 Dors et al.
2011MNRAS.415.3616D 2011MNRAS.415.3616D
UDorsS2 [NII]6583/Hα, Dors et al.
[SII]/Hα 2011MNRAS.415.3616D 2011MNRAS.415.3616D
UMor16O32_fs [OIII]5007, [OII]3727 + 29 Morisset et al.
2016A&A...594A..37M 2016A&A...594A..37M
UMor16O32_ts [OIII]5007, [OII]3727 + 29 Morisset et al.
2016A&A...594A..37M 2016A&A...594A..37M
NHPil16R [NII]6583/Hβ, R2, R3 Pilyugin & Grebel
2016MNRAS.457.3678P 2016MNRAS.457.3678P
NOPil16R [NII]6583/Hβ, R2, R3 Pilyugin & Grebel
2016MNRAS.457.3678P 2016MNRAS.457.3678P
NOPil16Ho_R [NII]6583/Hβ, R2, R3, Pilyugin & Grebel
[SII]/Hα/Hα 2016MNRAS.457.3678P 2016MNRAS.457.3678P and
Ho (2019MNRAS.485.3569H 2019MNRAS.485.3569H)
NOPil16N2_R2 [NII]6583/Hβ, R2, R3 Pilyugin & Grebel
2016MNRAS.457.3678P 2016MNRAS.457.3678P
------------------------------------------------------------------------------
--------------------------------------------------------------------------------
History:
Catalog (SDSS17Pipe3Dv31_1.fits) downloaded from:
http://ifs.astroscu.unam.mx/MaNGA/Pipe3D_v3_1_1/
(End) Emmanuelle Perret [CDS] 17-Nov-2022