J/ApJS/168/213ivo://CDS.VizieR/J/ApJS/168/213doi:10.26093/cds/vizier.21680213CDSGnat O.Sternberg A.2009-09-13T15:27:12Z2009-09-13T15:20:01ZCDS support team

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

cds-question@unistra.fratomic-physicschemical-abundancesinterstellar-mediumquasarsWe present new computations of the equilibrium and nonequilibrium cooling efficiencies and ionization states for low-density radiatively cooling gas containing the elements H, He, C, N, O, Ne, Mg, Si, S, and Fe. We present results for gas temperatures between 10^4^ and 10^8^K, assuming dust-free and optically thin conditions, and no external radiation.2007ApJS..168..213Ghttps://cdsarc.cds.unistra.fr/viz-bin/cat/J/ApJS/168/213CatalogResearchIsServedByTAP VizieR generic servicehttps://cds.unistra.fr/vizier-org/licences_vizier.htmlhttps://vizier.cds.unistra.fr/viz-bin/VizieR-2?-source=J/ApJS/168/213https://vizier.iucaa.in/viz-bin/VizieR-2?-source=J/ApJS/168/213http://vizieridia.saao.ac.za/viz-bin/VizieR-2?-source=J/ApJS/168/213https://vizier.cds.unistra.fr/viz-bin/votable?-source=J/ApJS/168/213https://vizier.iucaa.in/viz-bin/votable?-source=J/ApJS/168/213http://vizieridia.saao.ac.za/viz-bin/votable?-source=J/ApJS/168/213GETtext/xml+votablehttps://tapvizier.cds.unistra.fr/TAPVizieR/tapdefaultJ/ApJS/168/213/ion_CIEIon fractions for CIE (Collisional Ionization Equilibrium)recnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintTTemperatureKphys.temperaturedoubleH0/HH0 fractional abundance (G1) (1)phys.abunddoubleH+/HH^+^ fractional abundance (1) (G1)phys.abunddoubleHe0/HeHe0 fractional abundance (1) (G1)phys.abunddoubleHe+/HeHe^+^ fractional abundance (1) (G1)phys.abunddoubleHe2+/HeHe^2+^ fractional abundance (1) (G1)phys.abunddoubleC0/CC0 fractional abundance (1) (G1)phys.abunddoubleC+/CC^+^ fractional abundance (1) (G1)phys.abunddoubleC2+/CC^2+^ fractional abundance (1) (G1)phys.abunddoubleC3+/CC^3+^ fractional abundance (1) (G1)phys.abunddoubleC4+/CC^4+^ fractional abundance (1) (G1)phys.abunddoubleC5+/CC^5+^ fractional abundance (1) (G1)phys.abunddoubleC6+/CC^6+^ fractional abundance (1) (G1)phys.abunddoubleN0/NN0 fractional abundance (1) (G1)phys.abunddoubleN+/NN^+^ fractional abundance (1) (G1)phys.abunddoubleN2+/NN^2+^ fractional abundance (1) (G1)phys.abunddoubleN3+/NN^3+^ fractional abundance (1) (G1)phys.abunddoubleN4+/NN^4+^ fractional abundance (1) (G1)phys.abunddoubleN5+/NN^5+^ fractional abundance (1) (G1)phys.abunddoubleN6+/NN^6+^ fractional abundance (1) (G1)phys.abunddoubleN7+/NN^7+^ fractional abundance (1) (G1)phys.abunddoubleO0/OO0 fractional abundance (1) (G1)phys.abunddoubleO+/OO^+^ fractional abundance (1) (G1)phys.abunddoubleO2+/OO^2+^ fractional abundance (1) (G1)phys.abunddoubleO3+/OO^3+^ fractional abundance (1) (G1)phys.abunddoubleO4+/OO^4+^ fractional abundance (1) (G1)phys.abunddoubleO5+/OO^5+^ fractional abundance (1) (G1)phys.abunddoubleO6+/OO^6+^ fractional abundance (1) (G1)phys.abunddoubleO7+/OO^7+^ fractional abundance (1) (G1)phys.abunddoubleO8+/OO^8+^ fractional abundance (1) (G1)phys.abunddoubleNe0/NeNe0 fractional abundance (1) (G1)phys.abunddoubleNe+/NeNe^+ fractional abundance (1) (G1)phys.abunddoubleNe2+/NeNe^2+^ fractional abundance (1) (G1)phys.abunddoubleNe3+/NeNe^3+^ fractional abundance (1) (G1)phys.abunddoubleNe4+/NeNe^4+^ fractional abundance (1) (G1)phys.abunddoubleNe5+/NeNe^5+^ fractional abundance (1) (G1)phys.abunddoubleNe6+/NeNe^6+^ fractional abundance (1) (G1)phys.abunddoubleNe7+/NeNe^7+^ fractional abundance (1) (G1)phys.abunddoubleNe8+/NeNe^8+^ fractional abundance (1) (G1)phys.abunddoubleNe9+/NeNe^9+^ fractional abundance (1) (G1)phys.abunddoubleNe10+/NeNe^10+^ fractional abundance (1) (G1)phys.abunddoubleMg0/MgMg0 fractional abundance (1) (G1)phys.abunddoubleMg+/MgMg^+^ fractional abundance (1) (G1)phys.abunddoubleMg2+/MgMg^2+^ fractional abundance (1) (G1)phys.abunddoubleMg3+/MgMg^3+^ fractional abundance (1) (G1)phys.abunddoubleMg4+/MgMg^4+^ fractional abundance (1) (G1)phys.abunddoubleMg5+/MgMg^5+^ fractional abundance (1) (G1)phys.abunddoubleMg6+/MgMg^6+^ fractional abundance (1) (G1)phys.abunddoubleMg7+/MgMg^7+^ fractional abundance (1) (G1)phys.abunddoubleMg8+/MgMg^8+^ fractional abundance (1) (G1)phys.abunddoubleMg9+/MgMg^9+^ fractional abundance (1) (G1)phys.abunddoubleMg10+/MgMg^10+^ fractional abundance (1) (G1)phys.abunddoubleMg11+/MgMg^11+^ fractional abundance (1) (G1)phys.abunddoubleMg12+/MgMg^12+^ fractional abundance (1) (G1)phys.abunddoubleSi0/SiSi0 fractional abundance (1) (G1)phys.abunddoubleSi+/SiSi^+^ fractional abundance (1) (G1)phys.abunddoubleSi2+/SiSi^2+^ fractional abundance (1) (G1)phys.abunddoubleSi3+/SiSi^3+^ fractional abundance (1) (G1)phys.abunddoubleSi4+/SiSi^4+^ fractional abundance (1) (G1)phys.abunddoubleSi5+/SiSi^5+^ fractional abundance (1) (G1)phys.abunddoubleSi6+/SiSi^6+^ fractional abundance (1) (G1)phys.abunddoubleSi7+/SiSi^7+^ fractional abundance (1) (G1)phys.abunddoubleSi8+/SiSi^8+^ fractional abundance (1) (G1)phys.abunddoubleSi9+/SiSi^9+^ fractional abundance (1) (G1)phys.abunddoubleSi10+/SiSi^10+^ fractional abundance (1) (G1)phys.abunddoubleSi11+/SiSi^11+^ fractional abundance (1) (G1)phys.abunddoubleSi12+/SiSi^12+^ fractional abundance (1) (G1)phys.abunddoubleSi13+/SiSi^13+^ fractional abundance (1) (G1)phys.abunddoubleSi14+/SiSi^14+^ fractional abundance (1) (G1)phys.abunddoubleS0/SS0 fractional abundance (1) (G1)phys.abunddoubleS+/SS^+^ fractional abundance (1) (G1)phys.abunddoubleS2+/SS^2+^ fractional abundance (1) (G1)phys.abunddoubleS3+/SS^3+^ fractional abundance (1) (G1)phys.abunddoubleS4+/SS^4+^ fractional abundance (1) (G1)phys.abunddoubleS5+/SS^5+^ fractional abundance (1) (G1)phys.abunddoubleS6+/SS^6+^ fractional abundance (1) (G1)phys.abunddoubleS7+/SS^7+^ fractional abundance (1) (G1)phys.abunddoubleS8+/SS^8+^ fractional abundance (1) (G1)phys.abunddoubleS9+/SS^9+^ fractional abundance (1) (G1)phys.abunddoubleS10+/SS^10+^ fractional abundance (1) (G1)phys.abunddoubleS11+/SS^11+^ fractional abundance (1) (G1)phys.abunddoubleS12+/SS^12+^ fractional abundance (1) (G1)phys.abunddoubleS13+/SS^13+^ fractional abundance (1) (G1)phys.abunddoubleS14+/SS^14+^ fractional abundance (1) (G1)phys.abunddoubleS15+/SS^15+^ fractional abundance (1) (G1)phys.abunddoubleS16+/SS^16+^ fractional abundance (1) (G1)phys.abunddoubleFe0/FeFe0 fractional abundance (1) (G1)phys.abunddoubleFe+/FeFe^+^ fractional abundance (1) (G1)phys.abunddoubleFe2+/FeFe^2+^ fractional abundance (1) (G1)phys.abunddoubleFe3+/FeFe^3+^ fractional abundance (1) (G1)phys.abunddoubleFe4+/FeFe^4+^ fractional abundance (1) (G1)phys.abunddoubleFe5+/FeFe^5+^ fractional abundance (1) (G1)phys.abunddoubleFe6+/FeFe^6+^ fractional abundance (1) (G1)phys.abunddoubleFe7+/FeFe^7+^ fractional abundance (1) (G1)phys.abunddoubleFe8+/FeFe^8+^ fractional abundance (1) (G1)phys.abunddoubleFe9+/FeFe^9+^ fractional abundance (1) (G1)phys.abunddoubleFe10+/FeFe^10+^ fractional abundance (1) (G1)phys.abunddoubleFe11+/FeFe^11+^ fractional abundance (1) (G1)phys.abunddoubleFe12+/FeFe^12+^ fractional abundance (1) (G1)phys.abunddoubleFe13+/FeFe^13+^ fractional abundance (1) (G1)phys.abunddoubleFe14+/FeFe^14+^ fractional abundance (1) (G1)phys.abunddoubleFe15+/FeFe^15+^ fractional abundance (1) (G1)phys.abunddoubleFe16+/FeFe^16+^ fractional abundance (1) (G1)phys.abunddoubleFe17+/FeFe^17+^ fractional abundance (1) (G1)phys.abunddoubleFe18+/FeFe^18+^ fractional abundance (1) (G1)phys.abunddoubleFe19+/FeFe^19+^ fractional abundance (1) (G1)phys.abunddoubleFe20+/FeFe^20+^ fractional abundance (1) (G1)phys.abunddoubleFe21+/FeFe^21+^ fractional abundance (1) (G1)phys.abunddoubleFe22+/FeFe^22+^ fractional abundance (1) (G1)phys.abunddoubleFe23+/FeFe^23+^ fractional abundance (1) (G1)phys.abunddoubleFe24+/FeFe^24+^ fractional abundance (1) (G1)phys.abunddoubleFe25+/FeFe^25+^ fractional abundance (1) (G1)phys.abunddoubleFe26+/FeFe^26+^ fractional abundance (1) (G1)phys.abunddoubleJ/ApJS/168/213/ion_chorIon fractions for isochoric cooling (Tables 2b, 2d, 2f, 2h and 2j of the paper)TTemperatureKphys.temperaturedoublerecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintZMetallicity fraction (relative to Sun)Sunphys.abund.ZfloatnullableH0/HH0 fractional abundance (G1) (1)phys.abunddoubleH+/HH^+^ fractional abundance (1) (G1)phys.abunddoubleHe0/HeHe0 fractional abundance (1) (G1)phys.abunddoubleHe+/HeHe^+^ fractional abundance (1) (G1)phys.abunddoubleHe2+/HeHe^2+^ fractional abundance (1) (G1)phys.abunddoubleC0/CC0 fractional abundance (1) (G1)phys.abunddoubleC+/CC^+^ fractional abundance (1) (G1)phys.abunddoubleC2+/CC^2+^ fractional abundance (1) (G1)phys.abunddoubleC3+/CC^3+^ fractional abundance (1) (G1)phys.abunddoubleC4+/CC^4+^ fractional abundance (1) (G1)phys.abunddoubleC5+/CC^5+^ fractional abundance (1) (G1)phys.abunddoubleC6+/CC^6+^ fractional abundance (1) (G1)phys.abunddoubleN0/NN0 fractional abundance (1) (G1)phys.abunddoubleN+/NN^+^ fractional abundance (1) (G1)phys.abunddoubleN2+/NN^2+^ fractional abundance (1) (G1)phys.abunddoubleN3+/NN^3+^ fractional abundance (1) (G1)phys.abunddoubleN4+/NN^4+^ fractional abundance (1) (G1)phys.abunddoubleN5+/NN^5+^ fractional abundance (1) (G1)phys.abunddoubleN6+/NN^6+^ fractional abundance (1) (G1)phys.abunddoubleN7+/NN^7+^ fractional abundance (1) (G1)phys.abunddoubleO0/OO0 fractional abundance (1) (G1)phys.abunddoubleO+/OO^+^ fractional abundance (1) (G1)phys.abunddoubleO2+/OO^2+^ fractional abundance (1) (G1)phys.abunddoubleO3+/OO^3+^ fractional abundance (1) (G1)phys.abunddoubleO4+/OO^4+^ fractional abundance (1) (G1)phys.abunddoubleO5+/OO^5+^ fractional abundance (1) (G1)phys.abunddoubleO6+/OO^6+^ fractional abundance (1) (G1)phys.abunddoubleO7+/OO^7+^ fractional abundance (1) (G1)phys.abunddoubleO8+/OO^8+^ fractional abundance (1) (G1)phys.abunddoubleNe0/NeNe0 fractional abundance (1) (G1)phys.abunddoubleNe+/NeNe^+ fractional abundance (1) (G1)phys.abunddoubleNe2+/NeNe^2+^ fractional abundance (1) (G1)phys.abunddoubleNe3+/NeNe^3+^ fractional abundance (1) (G1)phys.abunddoubleNe4+/NeNe^4+^ fractional abundance (1) (G1)phys.abunddoubleNe5+/NeNe^5+^ fractional abundance (1) (G1)phys.abunddoubleNe6+/NeNe^6+^ fractional abundance (1) (G1)phys.abunddoubleNe7+/NeNe^7+^ fractional abundance (1) (G1)phys.abunddoubleNe8+/NeNe^8+^ fractional abundance (1) (G1)phys.abunddoubleNe9+/NeNe^9+^ fractional abundance (1) (G1)phys.abunddoubleNe10+/NeNe^10+^ fractional abundance (1) (G1)phys.abunddoubleMg0/MgMg0 fractional abundance (1) (G1)phys.abunddoubleMg+/MgMg^+^ fractional abundance (1) (G1)phys.abunddoubleMg2+/MgMg^2+^ fractional abundance (1) (G1)phys.abunddoubleMg3+/MgMg^3+^ fractional abundance (1) (G1)phys.abunddoubleMg4+/MgMg^4+^ fractional abundance (1) (G1)phys.abunddoubleMg5+/MgMg^5+^ fractional abundance (1) (G1)phys.abunddoubleMg6+/MgMg^6+^ fractional abundance (1) (G1)phys.abunddoubleMg7+/MgMg^7+^ fractional abundance (1) (G1)phys.abunddoubleMg8+/MgMg^8+^ fractional abundance (1) (G1)phys.abunddoubleMg9+/MgMg^9+^ fractional abundance (1) (G1)phys.abunddoubleMg10+/MgMg^10+^ fractional abundance (1) (G1)phys.abunddoubleMg11+/MgMg^11+^ fractional abundance (1) (G1)phys.abunddoubleMg12+/MgMg^12+^ fractional abundance (1) (G1)phys.abunddoubleSi0/SiSi0 fractional abundance (1) (G1)phys.abunddoubleSi+/SiSi^+^ fractional abundance (1) (G1)phys.abunddoubleSi2+/SiSi^2+^ fractional abundance (1) (G1)phys.abunddoubleSi3+/SiSi^3+^ fractional abundance (1) (G1)phys.abunddoubleSi4+/SiSi^4+^ fractional abundance (1) (G1)phys.abunddoubleSi5+/SiSi^5+^ fractional abundance (1) (G1)phys.abunddoubleSi6+/SiSi^6+^ fractional abundance (1) (G1)phys.abunddoubleSi7+/SiSi^7+^ fractional abundance (1) (G1)phys.abunddoubleSi8+/SiSi^8+^ fractional abundance (1) (G1)phys.abunddoubleSi9+/SiSi^9+^ fractional abundance (1) (G1)phys.abunddoubleSi10+/SiSi^10+^ fractional abundance (1) (G1)phys.abunddoubleSi11+/SiSi^11+^ fractional abundance (1) (G1)phys.abunddoubleSi12+/SiSi^12+^ fractional abundance (1) (G1)phys.abunddoubleSi13+/SiSi^13+^ fractional abundance (1) (G1)phys.abunddoubleSi14+/SiSi^14+^ fractional abundance (1) (G1)phys.abunddoubleS0/SS0 fractional abundance (1) (G1)phys.abunddoubleS+/SS^+^ fractional abundance (1) (G1)phys.abunddoubleS2+/SS^2+^ fractional abundance (1) (G1)phys.abunddoubleS3+/SS^3+^ fractional abundance (1) (G1)phys.abunddoubleS4+/SS^4+^ fractional abundance (1) (G1)phys.abunddoubleS5+/SS^5+^ fractional abundance (1) (G1)phys.abunddoubleS6+/SS^6+^ fractional abundance (1) (G1)phys.abunddoubleS7+/SS^7+^ fractional abundance (1) (G1)phys.abunddoubleS8+/SS^8+^ fractional abundance (1) (G1)phys.abunddoubleS9+/SS^9+^ fractional abundance (1) (G1)phys.abunddoubleS10+/SS^10+^ fractional abundance (1) (G1)phys.abunddoubleS11+/SS^11+^ fractional abundance (1) (G1)phys.abunddoubleS12+/SS^12+^ fractional abundance (1) (G1)phys.abunddoubleS13+/SS^13+^ fractional abundance (1) (G1)phys.abunddoubleS14+/SS^14+^ fractional abundance (1) (G1)phys.abunddoubleS15+/SS^15+^ fractional abundance (1) (G1)phys.abunddoubleS16+/SS^16+^ fractional abundance (1) (G1)phys.abunddoubleFe0/FeFe0 fractional abundance (1) (G1)phys.abunddoubleFe+/FeFe^+^ fractional abundance (1) (G1)phys.abunddoubleFe2+/FeFe^2+^ fractional abundance (1) (G1)phys.abunddoubleFe3+/FeFe^3+^ fractional abundance (1) (G1)phys.abunddoubleFe4+/FeFe^4+^ fractional abundance (1) (G1)phys.abunddoubleFe5+/FeFe^5+^ fractional abundance (1) (G1)phys.abunddoubleFe6+/FeFe^6+^ fractional abundance (1) (G1)phys.abunddoubleFe7+/FeFe^7+^ fractional abundance (1) (G1)phys.abunddoubleFe8+/FeFe^8+^ fractional abundance (1) (G1)phys.abunddoubleFe9+/FeFe^9+^ fractional abundance (1) (G1)phys.abunddoubleFe10+/FeFe^10+^ fractional abundance (1) (G1)phys.abunddoubleFe11+/FeFe^11+^ fractional abundance (1) (G1)phys.abunddoubleFe12+/FeFe^12+^ fractional abundance (1) (G1)phys.abunddoubleFe13+/FeFe^13+^ fractional abundance (1) (G1)phys.abunddoubleFe14+/FeFe^14+^ fractional abundance (1) (G1)phys.abunddoubleFe15+/FeFe^15+^ fractional abundance (1) (G1)phys.abunddoubleFe16+/FeFe^16+^ fractional abundance (1) (G1)phys.abunddoubleFe17+/FeFe^17+^ fractional abundance (1) (G1)phys.abunddoubleFe18+/FeFe^18+^ fractional abundance (1) (G1)phys.abunddoubleFe19+/FeFe^19+^ fractional abundance (1) (G1)phys.abunddoubleFe20+/FeFe^20+^ fractional abundance (1) (G1)phys.abunddoubleFe21+/FeFe^21+^ fractional abundance (1) (G1)phys.abunddoubleFe22+/FeFe^22+^ fractional abundance (1) (G1)phys.abunddoubleFe23+/FeFe^23+^ fractional abundance (1) (G1)phys.abunddoubleFe24+/FeFe^24+^ fractional abundance (1) (G1)phys.abunddoubleFe25+/FeFe^25+^ fractional abundance (1) (G1)phys.abunddoubleFe26+/FeFe^26+^ fractional abundance (1) (G1)phys.abunddoubleJ/ApJS/168/213/ion_barIon fractions for isobaric cooling (Tables 2c, 2e, 2g, 2i and 2k of the paper)S0/SS0 fractional abundance (1) (G1)phys.abunddoubleMg0/MgMg0 fractional abundance (1) (G1)phys.abunddoubleTTemperatureKphys.temperaturedoublerecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintZMetallicity fraction (relative to Sun)Sunphys.abund.ZfloatnullableH0/HH0 fractional abundance (G1) (1)phys.abunddoubleH+/HH^+^ fractional abundance (1) (G1)phys.abunddoubleHe0/HeHe0 fractional abundance (1) (G1)phys.abunddoubleHe+/HeHe^+^ fractional abundance (1) (G1)phys.abunddoubleHe2+/HeHe^2+^ fractional abundance (1) (G1)phys.abunddoubleC0/CC0 fractional abundance (1) (G1)phys.abunddoubleC+/CC^+^ fractional abundance (1) (G1)phys.abunddoubleC2+/CC^2+^ fractional abundance (1) (G1)phys.abunddoubleC3+/CC^3+^ fractional abundance (1) (G1)phys.abunddoubleC4+/CC^4+^ fractional abundance (1) (G1)phys.abunddoubleC5+/CC^5+^ fractional abundance (1) (G1)phys.abunddoubleC6+/CC^6+^ fractional abundance (1) (G1)phys.abunddoubleN0/NN0 fractional abundance (1) (G1)phys.abunddoubleN+/NN^+^ fractional abundance (1) (G1)phys.abunddoubleN2+/NN^2+^ fractional abundance (1) (G1)phys.abunddoubleN3+/NN^3+^ fractional abundance (1) (G1)phys.abunddoubleN4+/NN^4+^ fractional abundance (1) (G1)phys.abunddoubleN5+/NN^5+^ fractional abundance (1) (G1)phys.abunddoubleN6+/NN^6+^ fractional abundance (1) (G1)phys.abunddoubleN7+/NN^7+^ fractional abundance (1) (G1)phys.abunddoubleO0/OO0 fractional abundance (1) (G1)phys.abunddoubleO+/OO^+^ fractional abundance (1) (G1)phys.abunddoubleO2+/OO^2+^ fractional abundance (1) (G1)phys.abunddoubleO3+/OO^3+^ fractional abundance (1) (G1)phys.abunddoubleO4+/OO^4+^ fractional abundance (1) (G1)phys.abunddoubleO5+/OO^5+^ fractional abundance (1) (G1)phys.abunddoubleO6+/OO^6+^ fractional abundance (1) (G1)phys.abunddoubleO7+/OO^7+^ fractional abundance (1) (G1)phys.abunddoubleO8+/OO^8+^ fractional abundance (1) (G1)phys.abunddoubleNe0/NeNe0 fractional abundance (1) (G1)phys.abunddoubleNe+/NeNe^+ fractional abundance (1) (G1)phys.abunddoubleNe2+/NeNe^2+^ fractional abundance (1) (G1)phys.abunddoubleNe3+/NeNe^3+^ fractional abundance (1) (G1)phys.abunddoubleNe4+/NeNe^4+^ fractional abundance (1) (G1)phys.abunddoubleNe5+/NeNe^5+^ fractional abundance (1) (G1)phys.abunddoubleNe6+/NeNe^6+^ fractional abundance (1) (G1)phys.abunddoubleNe7+/NeNe^7+^ fractional abundance (1) (G1)phys.abunddoubleNe8+/NeNe^8+^ fractional abundance (1) (G1)phys.abunddoubleNe9+/NeNe^9+^ fractional abundance (1) (G1)phys.abunddoubleNe10+/NeNe^10+^ fractional abundance (1) (G1)phys.abunddoubleMg+/MgMg^+^ fractional abundance (1) (G1)phys.abunddoubleMg2+/MgMg^2+^ fractional abundance (1) (G1)phys.abunddoubleMg3+/MgMg^3+^ fractional abundance (1) (G1)phys.abunddoubleMg4+/MgMg^4+^ fractional abundance (1) (G1)phys.abunddoubleMg5+/MgMg^5+^ fractional abundance (1) (G1)phys.abunddoubleMg6+/MgMg^6+^ fractional abundance (1) (G1)phys.abunddoubleMg7+/MgMg^7+^ fractional abundance (1) (G1)phys.abunddoubleMg8+/MgMg^8+^ fractional abundance (1) (G1)phys.abunddoubleMg9+/MgMg^9+^ fractional abundance (1) (G1)phys.abunddoubleMg10+/MgMg^10+^ fractional abundance (1) (G1)phys.abunddoubleMg11+/MgMg^11+^ fractional abundance (1) (G1)phys.abunddoubleMg12+/MgMg^12+^ fractional abundance (1) (G1)phys.abunddoubleSi0/SiSi0 fractional abundance (1) (G1)phys.abunddoubleSi+/SiSi^+^ fractional abundance (1) (G1)phys.abunddoubleSi2+/SiSi^2+^ fractional abundance (1) (G1)phys.abunddoubleSi3+/SiSi^3+^ fractional abundance (1) (G1)phys.abunddoubleSi4+/SiSi^4+^ fractional abundance (1) (G1)phys.abunddoubleSi5+/SiSi^5+^ fractional abundance (1) (G1)phys.abunddoubleSi6+/SiSi^6+^ fractional abundance (1) (G1)phys.abunddoubleSi7+/SiSi^7+^ fractional abundance (1) (G1)phys.abunddoubleSi8+/SiSi^8+^ fractional abundance (1) (G1)phys.abunddoubleSi9+/SiSi^9+^ fractional abundance (1) (G1)phys.abunddoubleSi10+/SiSi^10+^ fractional abundance (1) (G1)phys.abunddoubleSi11+/SiSi^11+^ fractional abundance (1) (G1)phys.abunddoubleSi12+/SiSi^12+^ fractional abundance (1) (G1)phys.abunddoubleSi13+/SiSi^13+^ fractional abundance (1) (G1)phys.abunddoubleSi14+/SiSi^14+^ fractional abundance (1) (G1)phys.abunddoubleS+/SS^+^ fractional abundance (1) (G1)phys.abunddoubleS2+/SS^2+^ fractional abundance (1) (G1)phys.abunddoubleS3+/SS^3+^ fractional abundance (1) (G1)phys.abunddoubleS4+/SS^4+^ fractional abundance (1) (G1)phys.abunddoubleS5+/SS^5+^ fractional abundance (1) (G1)phys.abunddoubleS6+/SS^6+^ fractional abundance (1) (G1)phys.abunddoubleS7+/SS^7+^ fractional abundance (1) (G1)phys.abunddoubleS8+/SS^8+^ fractional abundance (1) (G1)phys.abunddoubleS9+/SS^9+^ fractional abundance (1) (G1)phys.abunddoubleS10+/SS^10+^ fractional abundance (1) (G1)phys.abunddoubleS11+/SS^11+^ fractional abundance (1) (G1)phys.abunddoubleS12+/SS^12+^ fractional abundance (1) (G1)phys.abunddoubleS13+/SS^13+^ fractional abundance (1) (G1)phys.abunddoubleS14+/SS^14+^ fractional abundance (1) (G1)phys.abunddoubleS15+/SS^15+^ fractional abundance (1) (G1)phys.abunddoubleS16+/SS^16+^ fractional abundance (1) (G1)phys.abunddoubleFe0/FeFe0 fractional abundance (1) (G1)phys.abunddoubleFe+/FeFe^+^ fractional abundance (1) (G1)phys.abunddoubleFe2+/FeFe^2+^ fractional abundance (1) (G1)phys.abunddoubleFe3+/FeFe^3+^ fractional abundance (1) (G1)phys.abunddoubleFe4+/FeFe^4+^ fractional abundance (1) (G1)phys.abunddoubleFe5+/FeFe^5+^ fractional abundance (1) (G1)phys.abunddoubleFe6+/FeFe^6+^ fractional abundance (1) (G1)phys.abunddoubleFe7+/FeFe^7+^ fractional abundance (1) (G1)phys.abunddoubleFe8+/FeFe^8+^ fractional abundance (1) (G1)phys.abunddoubleFe9+/FeFe^9+^ fractional abundance (1) (G1)phys.abunddoubleFe10+/FeFe^10+^ fractional abundance (1) (G1)phys.abunddoubleFe11+/FeFe^11+^ fractional abundance (1) (G1)phys.abunddoubleFe12+/FeFe^12+^ fractional abundance (1) (G1)phys.abunddoubleFe13+/FeFe^13+^ fractional abundance (1) (G1)phys.abunddoubleFe14+/FeFe^14+^ fractional abundance (1) (G1)phys.abunddoubleFe15+/FeFe^15+^ fractional abundance (1) (G1)phys.abunddoubleFe16+/FeFe^16+^ fractional abundance (1) (G1)phys.abunddoubleFe17+/FeFe^17+^ fractional abundance (1) (G1)phys.abunddoubleFe18+/FeFe^18+^ fractional abundance (1) (G1)phys.abunddoubleFe19+/FeFe^19+^ fractional abundance (1) (G1)phys.abunddoubleFe20+/FeFe^20+^ fractional abundance (1) (G1)phys.abunddoubleFe21+/FeFe^21+^ fractional abundance (1) (G1)phys.abunddoubleFe22+/FeFe^22+^ fractional abundance (1) (G1)phys.abunddoubleFe23+/FeFe^23+^ fractional abundance (1) (G1)phys.abunddoubleFe24+/FeFe^24+^ fractional abundance (1) (G1)phys.abunddoubleFe25+/FeFe^25+^ fractional abundance (1) (G1)phys.abunddoubleFe26+/FeFe^26+^ fractional abundance (1) (G1)phys.abunddoubleJ/ApJS/168/213/cef_CIECIE (Collisional Ionization Equilibrium) cooling efficienciesTTemperatureKphys.temperaturedoublerecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintLambda(Z=1e-3)Z=1e-3 cooling efficiency (G1) (1)1e-13W.m**3stat.paramdoubleLambda(Z=1e-2)Z=1e-2 cooling efficiency (1) (G1)1e-13W.m**3stat.paramdoubleLambda(Z=1e-1)Z=1e-1 cooling efficiency (1) (G1)1e-13W.m**3stat.paramdoubleLambda(Z=1)Z=1 cooling efficiency (1) (G1)1e-13W.m**3stat.paramdoubleLambda(Z=2)Z=2 cooling efficiency (1) (G1)1e-13W.m**3stat.paramdoubleJ/ApJS/168/213/cef_chorIsochoric cooling efficienciesTTemperatureKphys.temperaturedoublerecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintLambda(Z=1e-3)Z=1e-3 cooling efficiency (G1) (1)1e-13W.m**3stat.paramdoubleLambda(Z=1e-2)Z=1e-2 cooling efficiency (1) (G1)1e-13W.m**3stat.paramdoubleLambda(Z=1e-1)Z=1e-1 cooling efficiency (1) (G1)1e-13W.m**3stat.paramdoubleLambda(Z=1)Z=1 cooling efficiency (1) (G1)1e-13W.m**3stat.paramdoubleLambda(Z=2)Z=2 cooling efficiency (1) (G1)1e-13W.m**3stat.paramdoubleJ/ApJS/168/213/cef_barIsobaric cooling efficienciesrecnoRecord number assigned by the VizieR team. Should Not be used for identification.meta.recordintTTemperatureKphys.temperaturedoubleLambda(Z=1e-3)Z=1e-3 cooling efficiency (G1) (1)1e-13W.m**3stat.paramdoubleLambda(Z=1e-2)Z=1e-2 cooling efficiency (1) (G1)1e-13W.m**3stat.paramdoubleLambda(Z=1e-1)Z=1e-1 cooling efficiency (1) (G1)1e-13W.m**3stat.paramdoubleLambda(Z=1)Z=1 cooling efficiency (1) (G1)1e-13W.m**3stat.paramdoubleLambda(Z=2)Z=2 cooling efficiency (1) (G1)1e-13W.m**3stat.paramdouble