Table 4.
Open in new tab

Error budget.

Parameter pδlog paPower
Virial luminosity
λEdd0.132
|$\kappa /(\bar{\nu _\rm{i}})$|0.020–0.0331
|$10^{n_\rm{H}U}$|0.050–0.1001
fS0.043–0.0872
FWHM0.0654
Prop. err.0.379–0.418
z-based luminosity
fλ0.0431
z0.000–0.0012
|$\text{B. C.}$|0.043–0.0871
Anisotropy0.085–0.151
Prop. err.0.105–0.179
Total err.0.394–0.455
Parameter pδlog paPower
Virial luminosity
λEdd0.132
|$\kappa /(\bar{\nu _\rm{i}})$|0.020–0.0331
|$10^{n_\rm{H}U}$|0.050–0.1001
fS0.043–0.0872
FWHM0.0654
Prop. err.0.379–0.418
z-based luminosity
fλ0.0431
z0.000–0.0012
|$\text{B. C.}$|0.043–0.0871
Anisotropy0.085–0.151
Prop. err.0.105–0.179
Total err.0.394–0.455

aEstimated statistical errors for the actual sample of 92 sources presented in this paper.

Table 4.
Open in new tab

Error budget.

Parameter pδlog paPower
Virial luminosity
λEdd0.132
|$\kappa /(\bar{\nu _\rm{i}})$|0.020–0.0331
|$10^{n_\rm{H}U}$|0.050–0.1001
fS0.043–0.0872
FWHM0.0654
Prop. err.0.379–0.418
z-based luminosity
fλ0.0431
z0.000–0.0012
|$\text{B. C.}$|0.043–0.0871
Anisotropy0.085–0.151
Prop. err.0.105–0.179
Total err.0.394–0.455
Parameter pδlog paPower
Virial luminosity
λEdd0.132
|$\kappa /(\bar{\nu _\rm{i}})$|0.020–0.0331
|$10^{n_\rm{H}U}$|0.050–0.1001
fS0.043–0.0872
FWHM0.0654
Prop. err.0.379–0.418
z-based luminosity
fλ0.0431
z0.000–0.0012
|$\text{B. C.}$|0.043–0.0871
Anisotropy0.085–0.151
Prop. err.0.105–0.179
Total err.0.394–0.455

aEstimated statistical errors for the actual sample of 92 sources presented in this paper.

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