Table 8.

Clumpy torus model parameters. i = 0° is face-on and i = 90° is edge-on. We note that the foreground extinction is unrelated to the torus.

ParameterSymbolInterval
Radial extent of the torusY[5, 100]
Width of clouds angular distributionσ[15°, 70°]
Number of clouds along an equatorial rayN0[1, 15]
Index of the radial density profileq[0, 3]
Inclination angle of the torusi[0°, 90°]
Optical depth per single cloudτV[5, 150]
Foreground extinctionA|$_{V}^{for}$|Sy1s: [0, 2] mag
Sy1.8/1.9/2s: [0, 8] mag
ParameterSymbolInterval
Radial extent of the torusY[5, 100]
Width of clouds angular distributionσ[15°, 70°]
Number of clouds along an equatorial rayN0[1, 15]
Index of the radial density profileq[0, 3]
Inclination angle of the torusi[0°, 90°]
Optical depth per single cloudτV[5, 150]
Foreground extinctionA|$_{V}^{for}$|Sy1s: [0, 2] mag
Sy1.8/1.9/2s: [0, 8] mag
Table 8.

Clumpy torus model parameters. i = 0° is face-on and i = 90° is edge-on. We note that the foreground extinction is unrelated to the torus.

ParameterSymbolInterval
Radial extent of the torusY[5, 100]
Width of clouds angular distributionσ[15°, 70°]
Number of clouds along an equatorial rayN0[1, 15]
Index of the radial density profileq[0, 3]
Inclination angle of the torusi[0°, 90°]
Optical depth per single cloudτV[5, 150]
Foreground extinctionA|$_{V}^{for}$|Sy1s: [0, 2] mag
Sy1.8/1.9/2s: [0, 8] mag
ParameterSymbolInterval
Radial extent of the torusY[5, 100]
Width of clouds angular distributionσ[15°, 70°]
Number of clouds along an equatorial rayN0[1, 15]
Index of the radial density profileq[0, 3]
Inclination angle of the torusi[0°, 90°]
Optical depth per single cloudτV[5, 150]
Foreground extinctionA|$_{V}^{for}$|Sy1s: [0, 2] mag
Sy1.8/1.9/2s: [0, 8] mag
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