J/AcA/52/195ivo://CDS.VizieR/J/AcA/52/195doi:10.26093/cds/vizier.120520195CDSHalenka J.Madej J.2025-09-25T20:14:51Z2019-01-21T15:05:33ZCDS support team

CDS, Observatoire de Strasbourg, 11 rue de l'Universite, F-67000 Strasbourg, France

cds-question@unistra.fratomic-physicsThe authors calculated atomic partition functions (APF) for iron ions, FeI-FeX, using recent compilations of atomic energy levels. Observed sets of atomic energy levels were filled through levels predicted in quantum mechanics and autoionization levels. Therefore, our APFs include levels above those tabulated. APFs are functions of temperature T and the lowering of ionisation energy (LIE). LIE is the result of emitter-plasma interactions in gas that cause dissolution of the highest energy levels and is applied here in a cut-off approximation.2002AcA....52..195Hhttps://cdsarc.cds.unistra.fr/viz-bin/cat/J/AcA/52/195CatalogResearchIsServedByTAP VizieR generic servicerelated-toJ/AcA/51/347 : Partition functions of NiI-NiX (Halenka+, 2001)https://cds.unistra.fr/vizier-org/licences_vizier.htmlhttps://vizier.cds.unistra.fr/viz-bin/VizieR-2?-source=J/AcA/52/195https://vizier.iucaa.in/viz-bin/VizieR-2?-source=J/AcA/52/195http://vizieridia.saao.ac.za/viz-bin/VizieR-2?-source=J/AcA/52/195https://vizier.cds.unistra.fr/viz-bin/votable?-source=J/AcA/52/195https://vizier.iucaa.in/viz-bin/votable?-source=J/AcA/52/195http://vizieridia.saao.ac.za/viz-bin/votable?-source=J/AcA/52/195GETtext/xml+votablehttps://tapvizier.cds.unistra.fr/TAPVizieR/tapdefaultJ/AcA/52/195/table1Partition function of Fe IrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintTTemperatureKphys.temperatureint0.001Log10 of the partition function, LIE=0.001eV (1)phys.atmoldouble0.003Log10 of the partition function, LIE=0.003eV (1)phys.atmoldouble0.010Log10 of the partition function, LIE=0.010eV (1)phys.atmoldouble0.030Log10 of the partition function, LIE=0.030eV (1)phys.atmoldouble0.100Log10 of the partition function, LIE=0.100eV (1)phys.atmoldouble0.300Log10 of the partition function, LIE=0.300eV (1)phys.atmoldouble1.000Log10 of the partition function, LIE=1.000eV (1)phys.atmoldouble3.000Log10 of the partition function, LIE=3.000eV (1)phys.atmoldouble5.000Log10 of the partition function, LIE=5.000eV (1)phys.atmoldoubleJ/AcA/52/195/table2Partition function of Fe IIrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintTTemperatureKphys.temperatureint0.001Log10 of the partition function, LIE=0.001eV (1)phys.atmoldouble0.003Log10 of the partition function, LIE=0.003eV (1)phys.atmoldouble0.010Log10 of the partition function, LIE=0.010eV (1)phys.atmoldouble0.030Log10 of the partition function, LIE=0.030eV (1)phys.atmoldouble0.100Log10 of the partition function, LIE=0.100eV (1)phys.atmoldouble0.300Log10 of the partition function, LIE=0.300eV (1)phys.atmoldouble1.000Log10 of the partition function, LIE=1.000eV (1)phys.atmoldouble3.000Log10 of the partition function, LIE=3.000eV (1)phys.atmoldouble5.000Log10 of the partition function, LIE=5.000eV (1)phys.atmoldoubleJ/AcA/52/195/table3Partition function of Fe IIITTemperatureKphys.temperatureintrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordint0.001Log10 of the partition function, LIE=0.001eV (1)phys.atmoldouble0.003Log10 of the partition function, LIE=0.003eV (1)phys.atmoldouble0.010Log10 of the partition function, LIE=0.010eV (1)phys.atmoldouble0.030Log10 of the partition function, LIE=0.030eV (1)phys.atmoldouble0.100Log10 of the partition function, LIE=0.100eV (1)phys.atmoldouble0.300Log10 of the partition function, LIE=0.300eV (1)phys.atmoldouble1.000Log10 of the partition function, LIE=1.000eV (1)phys.atmoldouble3.000Log10 of the partition function, LIE=3.000eV (1)phys.atmoldouble5.000Log10 of the partition function, LIE=5.000eV (1)phys.atmoldoubleJ/AcA/52/195/table4Partition function of Fe IVrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintTTemperatureKphys.temperatureint0.001Log10 of the partition function, LIE=0.001eV (1)phys.atmoldouble0.003Log10 of the partition function, LIE=0.003eV (1)phys.atmoldouble0.010Log10 of the partition function, LIE=0.010eV (1)phys.atmoldouble0.030Log10 of the partition function, LIE=0.030eV (1)phys.atmoldouble0.100Log10 of the partition function, LIE=0.100eV (1)phys.atmoldouble0.300Log10 of the partition function, LIE=0.300eV (1)phys.atmoldouble1.000Log10 of the partition function, LIE=1.000eV (1)phys.atmoldouble3.000Log10 of the partition function, LIE=3.000eV (1)phys.atmoldouble5.000Log10 of the partition function, LIE=5.000eV (1)phys.atmoldoubleJ/AcA/52/195/table5Partition function of Fe VrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintTTemperatureKphys.temperatureint0.001Log10 of the partition function, LIE=0.001eV (1)phys.atmoldouble0.003Log10 of the partition function, LIE=0.003eV (1)phys.atmoldouble0.010Log10 of the partition function, LIE=0.010eV (1)phys.atmoldouble0.030Log10 of the partition function, LIE=0.030eV (1)phys.atmoldouble0.100Log10 of the partition function, LIE=0.100eV (1)phys.atmoldouble0.300Log10 of the partition function, LIE=0.300eV (1)phys.atmoldouble1.000Log10 of the partition function, LIE=1.000eV (1)phys.atmoldouble3.000Log10 of the partition function, LIE=3.000eV (1)phys.atmoldouble5.000Log10 of the partition function, LIE=5.000eV (1)phys.atmoldoubleJ/AcA/52/195/table6Partition function of Fe VIrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintTTemperatureKphys.temperatureint0.001Log10 of the partition function, LIE=0.001eV (1)phys.atmoldouble0.003Log10 of the partition function, LIE=0.003eV (1)phys.atmoldouble0.010Log10 of the partition function, LIE=0.010eV (1)phys.atmoldouble0.030Log10 of the partition function, LIE=0.030eV (1)phys.atmoldouble0.100Log10 of the partition function, LIE=0.100eV (1)phys.atmoldouble0.300Log10 of the partition function, LIE=0.300eV (1)phys.atmoldouble1.000Log10 of the partition function, LIE=1.000eV (1)phys.atmoldouble3.000Log10 of the partition function, LIE=3.000eV (1)phys.atmoldouble5.000Log10 of the partition function, LIE=5.000eV (1)phys.atmoldoubleJ/AcA/52/195/table7Partition function of Fe VIIrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintTTemperatureKphys.temperatureint0.001Log10 of the partition function, LIE=0.001eV (1)phys.atmoldouble0.003Log10 of the partition function, LIE=0.003eV (1)phys.atmoldouble0.010Log10 of the partition function, LIE=0.010eV (1)phys.atmoldouble0.030Log10 of the partition function, LIE=0.030eV (1)phys.atmoldouble0.100Log10 of the partition function, LIE=0.100eV (1)phys.atmoldouble0.300Log10 of the partition function, LIE=0.300eV (1)phys.atmoldouble1.000Log10 of the partition function, LIE=1.000eV (1)phys.atmoldouble3.000Log10 of the partition function, LIE=3.000eV (1)phys.atmoldouble5.000Log10 of the partition function, LIE=5.000eV (1)phys.atmoldoubleJ/AcA/52/195/table8Partition function of Fe VIIIrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintTTemperatureKphys.temperatureint0.001Log10 of the partition function, LIE=0.001eV (1)phys.atmoldouble0.003Log10 of the partition function, LIE=0.003eV (1)phys.atmoldouble0.010Log10 of the partition function, LIE=0.010eV (1)phys.atmoldouble0.030Log10 of the partition function, LIE=0.030eV (1)phys.atmoldouble0.100Log10 of the partition function, LIE=0.100eV (1)phys.atmoldouble0.300Log10 of the partition function, LIE=0.300eV (1)phys.atmoldouble1.000Log10 of the partition function, LIE=1.000eV (1)phys.atmoldouble3.000Log10 of the partition function, LIE=3.000eV (1)phys.atmoldouble5.000Log10 of the partition function, LIE=5.000eV (1)phys.atmoldoubleJ/AcA/52/195/table9Partition function of Fe IXrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintTTemperatureKphys.temperatureint0.001Log10 of the partition function, LIE=0.001eV (1)phys.atmoldouble0.003Log10 of the partition function, LIE=0.003eV (1)phys.atmoldouble0.010Log10 of the partition function, LIE=0.010eV (1)phys.atmoldouble0.030Log10 of the partition function, LIE=0.030eV (1)phys.atmoldouble0.100Log10 of the partition function, LIE=0.100eV (1)phys.atmoldouble0.300Log10 of the partition function, LIE=0.300eV (1)phys.atmoldouble1.000Log10 of the partition function, LIE=1.000eV (1)phys.atmoldouble3.000Log10 of the partition function, LIE=3.000eV (1)phys.atmoldouble5.000Log10 of the partition function, LIE=5.000eV (1)phys.atmoldoubleJ/AcA/52/195/table10Partition function of Fe XrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintTTemperatureKphys.temperatureint0.001Log10 of the partition function, LIE=0.001eV (1)phys.atmoldouble0.003Log10 of the partition function, LIE=0.003eV (1)phys.atmoldouble0.010Log10 of the partition function, LIE=0.010eV (1)phys.atmoldouble0.030Log10 of the partition function, LIE=0.030eV (1)phys.atmoldouble0.100Log10 of the partition function, LIE=0.100eV (1)phys.atmoldouble0.300Log10 of the partition function, LIE=0.300eV (1)phys.atmoldouble1.000Log10 of the partition function, LIE=1.000eV (1)phys.atmoldouble3.000Log10 of the partition function, LIE=3.000eV (1)phys.atmoldouble5.000Log10 of the partition function, LIE=5.000eV (1)phys.atmoldouble