Information on Service 'Spectrophotometric Standard Stars Catalog'

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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 service's resource, see Information on resource 'Spectrophotometric Standard Stars Catalog'

Overview

You can access this service using:

This service is published as follows:

local means it is listed on our front page, ivo_managed means it has a record in the VO registry.

Input Fields

The following fields are available to provide input to the service (with some renderers, some of these fields may be unavailable):

NameTable Head DescriptionUnitUCD
bs BS Bright Star (BS) catalog number N/A meta.id
dej2000 DEC Declination J2000 deg pos.eq.dec;meta.main
hd HD Henry Draper (HD) catalog number (primary) N/A meta.id;meta.main
name Object Star name N/A meta.id;meta.main
parallax Parallax Parallax mas pos.parallax
raj2000 RA (J2000) Right Ascension J2000 deg pos.eq.ra;meta.main
sp_type Sp type Spectral type N/A src.spType
vmag V V magnitude mag phot.mag

Default Output Fields

The following fields are contained in the output by default. More fields may be available for selection; these would be given below in the VOTable output fields.

NameTable Head DescriptionUnitUCD
b_v B-V B−V color index mag phot.color
bs BS Bright Star (BS) catalog number N/A meta.id
dej2000 DEC Declination J2000 deg pos.eq.dec;meta.main
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
hd HD Henry Draper (HD) catalog number (primary) N/A meta.id;meta.main
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
name Object Star name N/A meta.id;meta.main
number Number Sequential number in the catalog N/A meta.id
parallax Parallax Parallax mas pos.parallax
raj2000 RA (J2000) Right Ascension J2000 deg pos.eq.ra;meta.main
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
vmag V V magnitude mag phot.mag

VOTable Output Fields

The following fields are available in VOTable output. The verbosity level is a number intended to represent the relative importance of the field on a scale of 1 to 30. The services take a VERB argument. A field is included in the output if their verbosity level is less or equal VERB*10.

NameTable Head DescriptionUnitUCD Verb. Level
number Number Sequential number in the catalog N/A meta.id 20
name Object Star name N/A meta.id;meta.main 20
bs BS Bright Star (BS) catalog number N/A meta.id 20
hd HD Henry Draper (HD) catalog number (primary) N/A meta.id;meta.main 20
raj2000 RA (J2000) Right Ascension J2000 deg pos.eq.ra;meta.main 20
dej2000 DEC Declination J2000 deg pos.eq.dec;meta.main 20
vmag V V magnitude mag phot.mag 20
b_v B-V B−V color index mag phot.color 20
parallax Parallax Parallax mas pos.parallax 20
sp_type Sp type Spectral type N/A src.spType 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20
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 20

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VOResource XML (that's something exclusively for VO nerds)