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Table 1.

Parameters used in dust and type Ia SNe distribution simulations in a typical LT or S0-type galaxy.

Parameter Value Scaling relation
Total stellar mass [LT,S0] log10(M/M) = [10, 10.5] N/A
Optical radius [LT,S0] R25 = [8.5, 11.5] kpc log10(R25/kpc) = 0.26log10(M/M)−1.67 a

SN Ia disc parameters

Radial scale [LT,S0] RIa ≡ R = [2.1, 2.9] kpc R = 0.25R25b
Vertical scale [LT,S0] hIa = [0.47, 0.63] kpc hIa = 0.055R25c
Radial truncation R25 N/A
Vertical truncation 6hIa N/A

SN Ia bulge parameters

Bulge-to-total SN rate [LT,LT,S0] Nb/Nt ≡ Mb, ★/M = [0,  0.3,  0.5] N/A
Effective radius [LT,S0] Re, Ia ≡ Re, ★ = [0.43, 0.57] kpc Re/R = 0.2 d, e
Sérsic index n = 2 N/A
Truncation radius 8Re, Ia N/A

Dust disc parameters

Total dust mass [LT,S0] log10(Md/M) = [6.9, 6.1] log10(Md/M) = [ − 3.1, −4.4] f, g
Radial scale [LT,S0] Rd = [3.0, 4.0] kpc Rd/R = 1.4 h
Vertical scale [LT,S0] hd = [0.26, 0.35] kpc h/hd = 1.8 h
Radial truncation 2R25i N/A
Vertical truncation 6hd N/A

Notes. The dust distribution is given by an exponential disc and the SN distribution is a sum of an exponential disc and a spherical bulge with the density profile given by the Sérsic model. The model includes three cases of the bulge-to-total SN rate ratios: 0, 0.3, and 0.5, where the latter corresponds to the S0-type galaxy. Subscripts {d, ★, b, Ia} denote respectively dust, stars, bulge and type Ia SNe. Finally, R and h are the radial and vertical disc scales, while Re is the effective radius of the Sérsic density profile. aPilyugin et al. (2021), bCasasola et al. (2017), cHakobyan et al. (2017), dLaurikainen et al. (2010), eGraham & Worley (2008), fCortese et al. (2012), gSmith et al. (2012), hXilouris et al. (1999), iSmith et al. (2016).

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