Show | Sort | Join tables | Column | Constraint | Explain (UCD) |
| | (ALL) | recno | | Record number assigned by the VizieR team. Should Not be used for identification. (meta.record) (RECORD) |
| | (1) | S | (char) | [HL] (L)ow- or (H)igh-Absorption Sample (meta.id) (ID_SET) |
| | (1) | n_COUP | (char) | A indicates abundances available in table2 (meta.ref.url) (DATA_LINK) |
| | (ALL) | COUP | | (i) COUP number (Cat. J/ApJS/160/319) (meta.id;meta.main) (ID_MAIN) |
| | (1) | SpType | (char) | Spectral type (src.spType) (SPECT_TYPE_MK) |
| | (1) | Mass | solMass | (n) Stellar Mass (phys.mass) (PHYS_MASS_MISC) |
| | (1) | Age | [yr] | (n) Stellar Age (log scale) (time.age) (TIME_AGE) |
| | (1) | AV | mag | (n) Absorption in V band (phot.mag;em.opt.V) (PHOT_EXTINCTION_ISM) |
| | (1) | D(I-K) | mag | (n) Δ(I-K) near-infrared excess (phot.color.excess) (PHOT_COLOR_EXCESS) |
| | (1) | EW | 0.1nm | (n) Ca II equivalent width (spect.line.eqWidth) (SPECT_EQ-WIDTH) |
| | (1) | Vmag | mag | (n) V magnitude (phot.mag;em.opt.V) (PHOT_JHN_V) |
ALL cols | | | |
| | (1) | Imag | mag | (n) I magnitude (phot.mag;em.opt.I) (PHOT_COUS_I) |
| | (1) | Jmag | mag | (n) J magnitude (phot.mag;em.IR.J) (PHOT_JHN_J) |
| | (1) | Hmag | mag | (n) H magnitude (phot.mag;em.IR.H) (PHOT_JHN_H) |
| | (1) | Ksmag | mag | (n) Ks magnitude (phot.mag;em.IR.K) (PHOT_JHN_K) |
| | (1) | Lmag | mag | (n) L magnitude (phot.mag;em.IR.3-4um) (PHOT_JHN_L) |
| | (1) | Simbad | (char) | ask the Simbad data-base about this object (DATA_LINK) |
| | (1) | _RA | deg | (i) Right Ascension (J2000) from SIMBAD (not part of the original data) (pos.eq.ra;meta.main) (POS_EQ_RA_MAIN) |
| | (1) | _DE | deg | (i) Declination (J2000) from SIMBAD (not part of the original data) (pos.eq.dec;meta.main) (POS_EQ_DEC_MAIN) |
| | (2) | NH | 10+21cm-2 | Interstellar absorption H column density (phys.columnDensity) (PHYS_COLUMN_DENSITY) |
| | (2) | T1 | keV | (n) Plasma temperature of the first component (phys.temperature) (PHYS_TEMP_PLASMA) |
| | (2) | T2 | keV | Plasma temperature of the second component (phys.temperature) (PHYS_TEMP_PLASMA) |
| | (2) | T3 | keV | Plasma temperature of the third component (phys.temperature) (PHYS_TEMP_PLASMA) |
| | (2) | k1 | m-5 | (n) Volume emission measure for the first component, divided by 4πD2 (Note 1)
(meta.bib.volume) (PHYS_EM-MEASURE) |
ALL cols | | | |
| | (2) | k2 | m-5 | (n) Volume emission measure for the second component, divided by 4πD2 (Note 1)
(meta.bib.volume) (PHYS_EM-MEASURE) |
| | (2) | k3 | m-5 | (n) Volume emission measure for the third component, divided by 4πD2 (Note 1)
(meta.bib.volume) (PHYS_EM-MEASURE) |
| | (2) | O | Sun | O abundance (in solar units) (phys.abund) (PHYS_ABUND_MISC) |
| | (2) | Ne | Sun | Ne abundance (in solar units) (phys.abund) (PHYS_ABUND_MISC) |
| | (2) | Mg | Sun | Mg abundance (in solar units) (phys.abund) (PHYS_ABUND_MISC) |
| | (2) | Si | Sun | Si abundance (in solar units) (phys.abund) (PHYS_ABUND_MISC) |
| | (2) | S | Sun | S abundance (in solar units) (phys.abund) (PHYS_ABUND_MISC) |
| | (2) | Ar | Sun | Ar abundance (in solar units) (phys.abund) (PHYS_ABUND_MISC) |
| | (2) | Ca | Sun | Ca abundance (in solar units) (phys.abund) (PHYS_ABUND_MISC) |
| | (2) | Fe | Sun | Fe abundance (in solar units) (phys.abund) (PHYS_ABUND_MISC) |
| | (2) | Ni | Sun | Ni abundance (in solar units) (phys.abund) (PHYS_ABUND_MISC) |
| | (2) | Rchi2 | | Reduced χ2 (stat.fit.chi2) (FIT_CHI2) |
| | (2) | DOF | | Degrees of freedom (stat.fit.dof) (STAT_N-DOF) |
| | (2) | fX | 10-16W/m2 | Absorbed source X-ray flux, in the 2-8keV (hard) band, in 10–13erg/cm2/s (phot.flux;em.X-ray) (PHOT_FLUX_X) |
ALL cols | | | |