Table information for 'specphot_stand_cat.main'

General

This table is available for ADQL queries and through the TAP endpoint.

Resource Description:

The Spectrophotometric Catalogue of Stars (A.V. Kharitonov, V.M. Tereshenko, L.N. Knyazeva, 2011) provides calibrated monochromatic irradiances for bright northern-hemisphere stars and is intended for absolute/relative flux calibration of spectra and photometry.

Content (one row per star):

Intended use:

Coverage:

For a list of all services and tables belonging to this table's resource, see Information on resource 'Spectrophotometric Standard Stars Catalog'

Citing this table

This table has an associated publication. If you use data from it, it may be appropriate to reference 1988scsb.book.....K (ADS BibTeX entry for the publication) either in addition to or instead of the service reference.

To cite the table as such, we suggest the following BibTeX entry:

@MISC{vo:specphot_stand_c,
  year=2025,
  title={Spectrophotometric Standard Stars Catalog},
  author={Kharitonov, A.V. and Tereschenko, V.M. and Knyazeva, L.N.},
  url={https://dachs.fai.kz/tableinfo/specphot_stand_cat.main},
  howpublished={{VO} resource provided by the {FAI} archives}
}

Columns

Sorted by DB column index. [Sort alphabetically]

NameTable Head DescriptionUnitUCD
number Number Sequential number in the catalog N/A meta.id
name Object Star name N/A meta.id;meta.main
bs BS Bright Star (BS) catalog number N/A meta.id
hd HD Henry Draper (HD) catalog number (primary) N/A meta.id;meta.main
raj2000 RA (J2000) Right Ascension J2000 deg pos.eq.ra;meta.main
dej2000 DEC Declination J2000 deg pos.eq.dec;meta.main
vmag V V magnitude mag phot.mag
b_v B-V B−V color index mag phot.color
parallax Parallax Parallax mas pos.parallax
sp_type Sp type Spectral type N/A src.spType
st_ds St_ds Standard-star mark. β Ari - A, γ Ori - R, β Tau - T, α Leo - L, η UMa - U, α Lyr - Y, α Aql - Q, α Peg - P, HD221525 - H N/A meta.code
n n Order of magnitude factor for monochromatic illuminances; given in table header as 10^(-n), to be applied to flux mantissas N/A arith.factor
f3225 F3225 Mantissa of monochromatic irradiance F_lambda at 3225 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f3275 F3275 Mantissa of monochromatic irradiance F_lambda at 3275 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f3325 F3325 Mantissa of monochromatic irradiance F_lambda at 3325 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f3375 F3375 Mantissa of monochromatic irradiance F_lambda at 3375 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f3425 F3425 Mantissa of monochromatic irradiance F_lambda at 3425 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f3475 F3475 Mantissa of monochromatic irradiance F_lambda at 3475 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f3525 F3525 Mantissa of monochromatic irradiance F_lambda at 3525 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f3575 F3575 Mantissa of monochromatic irradiance F_lambda at 3575 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f3625 F3625 Mantissa of monochromatic irradiance F_lambda at 3625 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f3675 F3675 Mantissa of monochromatic irradiance F_lambda at 3675 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f3725 F3725 Mantissa of monochromatic irradiance F_lambda at 3725 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f3775 F3775 Mantissa of monochromatic irradiance F_lambda at 3775 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f3825 F3825 Mantissa of monochromatic irradiance F_lambda at 3825 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f3875 F3875 Mantissa of monochromatic irradiance F_lambda at 3875 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f3925 F3925 Mantissa of monochromatic irradiance F_lambda at 3925 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f3975 F3975 Mantissa of monochromatic irradiance F_lambda at 3975 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4025 F4025 Mantissa of monochromatic irradiance F_lambda at 4025 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4075 F4075 Mantissa of monochromatic irradiance F_lambda at 4075 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4125 F4125 Mantissa of monochromatic irradiance F_lambda at 4125 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4175 F4175 Mantissa of monochromatic irradiance F_lambda at 4175 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4225 F4225 Mantissa of monochromatic irradiance F_lambda at 4225 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4275 F4275 Mantissa of monochromatic irradiance F_lambda at 4275 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4325 F4325 Mantissa of monochromatic irradiance F_lambda at 4325 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4375 F4375 Mantissa of monochromatic irradiance F_lambda at 4375 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4425 F4425 Mantissa of monochromatic irradiance F_lambda at 4425 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4475 F4475 Mantissa of monochromatic irradiance F_lambda at 4475 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4525 F4525 Mantissa of monochromatic irradiance F_lambda at 4525 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4575 F4575 Mantissa of monochromatic irradiance F_lambda at 4575 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4625 F4625 Mantissa of monochromatic irradiance F_lambda at 4625 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4675 F4675 Mantissa of monochromatic irradiance F_lambda at 4675 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4725 F4725 Mantissa of monochromatic irradiance F_lambda at 4725 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4775 F4775 Mantissa of monochromatic irradiance F_lambda at 4775 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4825 F4825 Mantissa of monochromatic irradiance F_lambda at 4825 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4875 F4875 Mantissa of monochromatic irradiance F_lambda at 4875 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4925 F4925 Mantissa of monochromatic irradiance F_lambda at 4925 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f4975 F4975 Mantissa of monochromatic irradiance F_lambda at 4975 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5025 F5025 Mantissa of monochromatic irradiance F_lambda at 5025 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5075 F5075 Mantissa of monochromatic irradiance F_lambda at 5075 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5125 F5125 Mantissa of monochromatic irradiance F_lambda at 5125 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5175 F5175 Mantissa of monochromatic irradiance F_lambda at 5175 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5225 F5225 Mantissa of monochromatic irradiance F_lambda at 5225 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5275 F5275 Mantissa of monochromatic irradiance F_lambda at 5275 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5325 F5325 Mantissa of monochromatic irradiance F_lambda at 5325 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5375 F5375 Mantissa of monochromatic irradiance F_lambda at 5375 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5425 F5425 Mantissa of monochromatic irradiance F_lambda at 5425 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5475 F5475 Mantissa of monochromatic irradiance F_lambda at 5475 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5525 F5525 Mantissa of monochromatic irradiance F_lambda at 5525 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5575 F5575 Mantissa of monochromatic irradiance F_lambda at 5575 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5625 F5625 Mantissa of monochromatic irradiance F_lambda at 5625 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5675 F5675 Mantissa of monochromatic irradiance F_lambda at 5675 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5725 F5725 Mantissa of monochromatic irradiance F_lambda at 5725 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5775 F5775 Mantissa of monochromatic irradiance F_lambda at 5775 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5825 F5825 Mantissa of monochromatic irradiance F_lambda at 5825 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5875 F5875 Mantissa of monochromatic irradiance F_lambda at 5875 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5925 F5925 Mantissa of monochromatic irradiance F_lambda at 5925 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f5975 F5975 Mantissa of monochromatic irradiance F_lambda at 5975 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6025 F6025 Mantissa of monochromatic irradiance F_lambda at 6025 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6075 F6075 Mantissa of monochromatic irradiance F_lambda at 6075 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6125 F6125 Mantissa of monochromatic irradiance F_lambda at 6125 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6175 F6175 Mantissa of monochromatic irradiance F_lambda at 6175 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6225 F6225 Mantissa of monochromatic irradiance F_lambda at 6225 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6275 F6275 Mantissa of monochromatic irradiance F_lambda at 6275 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6325 F6325 Mantissa of monochromatic irradiance F_lambda at 6325 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6375 F6375 Mantissa of monochromatic irradiance F_lambda at 6375 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6425 F6425 Mantissa of monochromatic irradiance F_lambda at 6425 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6475 F6475 Mantissa of monochromatic irradiance F_lambda at 6475 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6525 F6525 Mantissa of monochromatic irradiance F_lambda at 6525 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6575 F6575 Mantissa of monochromatic irradiance F_lambda at 6575 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6625 F6625 Mantissa of monochromatic irradiance F_lambda at 6625 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6675 F6675 Mantissa of monochromatic irradiance F_lambda at 6675 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6725 F6725 Mantissa of monochromatic irradiance F_lambda at 6725 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6775 F6775 Mantissa of monochromatic irradiance F_lambda at 6775 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6825 F6825 Mantissa of monochromatic irradiance F_lambda at 6825 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6875 F6875 Mantissa of monochromatic irradiance F_lambda at 6875 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6925 F6925 Mantissa of monochromatic irradiance F_lambda at 6925 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f6975 F6975 Mantissa of monochromatic irradiance F_lambda at 6975 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f7025 F7025 Mantissa of monochromatic irradiance F_lambda at 7025 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f7075 F7075 Mantissa of monochromatic irradiance F_lambda at 7075 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f7125 F7125 Mantissa of monochromatic irradiance F_lambda at 7125 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f7175 F7175 Mantissa of monochromatic irradiance F_lambda at 7175 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f7225 F7225 Mantissa of monochromatic irradiance F_lambda at 7225 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f7275 F7275 Mantissa of monochromatic irradiance F_lambda at 7275 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f7325 F7325 Mantissa of monochromatic irradiance F_lambda at 7325 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f7375 F7375 Mantissa of monochromatic irradiance F_lambda at 7375 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f7425 F7425 Mantissa of monochromatic irradiance F_lambda at 7425 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f7475 F7475 Mantissa of monochromatic irradiance F_lambda at 7475 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f7525 F7525 Mantissa of monochromatic irradiance F_lambda at 7525 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl
f7575 F7575 Mantissa of monochromatic irradiance F_lambda at 7575 Å; multiply by 10^{-6}. W m-2 m-1 phot.flux.density;em.wl

Columns that are parts of indices are marked like this.

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