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J/ApJ/619/755
458
Modeling starburst SEDs (Dopita+, 2005)
ReadMe+ftp
2005ApJ...619..755D
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1.
J/ApJ/619/755/table6
Model starburst SEDs
(3162 rows)
meta
J/ApJ/619/755/table6
2.
J/ApJ/619/755/table7
Galex, IRAS, and Spitzer filter functions
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(
Plot
)
(1054 rows)
meta
J/ApJ/619/755/table7
3.
J/ApJ/619/755/table8
Attenuation curve for the models presented in the paper
(817 rows)
meta
J/ApJ/619/755/table8
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Column
Constraint
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(
UCD
)
(ALL)
recno
Record number assigned by the VizieR team. Should Not be used for identification.
(
meta.record
)
(
RECORD
)
(1)
P/k
cm-3.K
ISM pressure
(
phys.pressure
)
(
PHYS_PRESS_GAS
)
(1+2)
Freq
Hz
Frequency
(
em.freq
)
(
OBS_FREQUENCY
)
(ALL)
Lambda
um
Wavelength
(
em.wl
)
(
SPECT_WAVELENGTH_MISC
)
(1)
nuFnu1
mW/m2
The 1Myr model νf(ν)
(Note 1)
(
phot.flux.density
)
(
PHOT_FLUX_DENSITY
)
(1)
nuFnu2
mW/m2
The 2Myr model νf(ν)
(Note 1)
(
phot.flux.density
)
(
PHOT_FLUX_DENSITY
)
(1)
nuFnu4
mW/m2
The 4Myr model νf(ν)
(Note 1)
(
phot.flux.density
)
(
PHOT_FLUX_DENSITY
)
(1)
nuFnu8
mW/m2
The 8Myr model νf(ν)
(Note 1)
(
phot.flux.density
)
(
PHOT_FLUX_DENSITY
)
(1)
nuFnu16
mW/m2
The 16Myr model νf(ν)
(Note 1)
(
phot.flux.density
)
(
PHOT_FLUX_DENSITY
)
(1)
nuFnu32
mW/m2
The 32Myr model νf(ν)
(Note 1)
(
phot.flux.density
)
(
PHOT_FLUX_DENSITY
)
(1)
nuFnuL
mW/m2
Linear combination model νf(ν)
(Note 1)
(
phot.flux.density
)
(
PHOT_FLUX_DENSITY
)
ALL
cols
(i)
indexed column
(1)
Fnu1
mW/m2/Hz
The 1Myr model f(ν)
(Note 2)
(
phot.flux.density
)
(
PHOT_FLUX_DENSITY
)
(1)
Fnu2
mW/m2/Hz
The 2Myr model f(ν)
(Note 2)
(
phot.flux.density
)
(
PHOT_FLUX_DENSITY
)
(1)
Fnu4
mW/m2/Hz
The 4Myr model f(ν)
(Note 2)
(
phot.flux.density
)
(
PHOT_FLUX_DENSITY
)
(1)
Fnu8
mW/m2/Hz
The 8Myr model f(ν)
(Note 2)
(
phot.flux.density
)
(
PHOT_FLUX_DENSITY
)
(1)
Fnu16
mW/m2/Hz
The 16Myr model f(ν)
(Note 2)
(
phot.flux.density
)
(
PHOT_FLUX_DENSITY
)
(1)
Fnu32
mW/m2/Hz
The 32Myr model f(ν)
(Note 2)
(
phot.flux.density
)
(
PHOT_FLUX_DENSITY
)
(1)
FnuL
mW/m2/Hz
Linear combination model f(ν)
(Note 2)
(
phot.flux.density
)
(
PHOT_FLUX_DENSITY
)
(2)
Galex1500A
Galex 1500 Angstrom filter transmission
(
phys.transmission;instr.filter
)
(
INST_FILTER_TRANSM
)
(2)
Galex2300A
Galex 2300 Angstrom filter transmission
(
phys.transmission;instr.filter
)
(
INST_FILTER_TRANSM
)
(2)
IRAS100um
IRAS 100 micron filter transmission
(
phys.transmission;instr.filter
)
(
INST_FILTER_TRANSM
)
(2)
IRAS60um
IRAS 60 micron filter transmission
(
phys.transmission;instr.filter
)
(
INST_FILTER_TRANSM
)
(2)
IRAS25um
IRAS 25 micron filter transmission
(
phys.transmission;instr.filter
)
(
INST_FILTER_TRANSM
)
(2)
IRAS12um
IRAS 12 micron filter transmission
(
phys.transmission;instr.filter
)
(
INST_FILTER_TRANSM
)
ALL
cols
(i)
indexed column
(2)
IRAC3.5um
IRAC 3.5 micron filter transmission
(
phys.transmission;instr.filter
)
(
INST_FILTER_TRANSM
)
(2)
IRAC4.5um
IRAC 4.5 micron filter transmission
(
phys.transmission;instr.filter
)
(
INST_FILTER_TRANSM
)
(2)
IRAC5.7um
IRAC 5.7 micron filter transmission
(
phys.transmission;instr.filter
)
(
INST_FILTER_TRANSM
)
(2)
IRAC7.9um
IRAC 7.9 micron filter transmission
(
phys.transmission;instr.filter
)
(
INST_FILTER_TRANSM
)
(2)
MIPS160um
MIPS 160 micron filter transmission
(
phys.transmission;instr.filter
)
(
INST_FILTER_TRANSM
)
(2)
MIPS70um
MIPS 70 micron filter transmission
(
phys.transmission;instr.filter
)
(
INST_FILTER_TRANSM
)
(2)
MIPS24um
MIPS 24 micron filter transmission
(
phys.transmission;instr.filter
)
(
INST_FILTER_TRANSM
)
(3)
Atten
The E(Lambda-V)/E(B-V) attenuation
(
phys.absorption
)
(
PHOT_EXTINCTION_R
)
ALL
cols
(i)
indexed column
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https://cdsannotations.u-strasbg.fr/annotations/vizierTable//
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