Free Access

Table B.1

Summary of the RADMC models.

Model T in M disk aminamax p q (H/R)out Summary of disk properties
(K) (M) (μm) (n(a) ∝ ap) (H/RRq)

I_V_p3.5 1500 1e-3 0.1–10 000 3.5 v v Intermediate-mass, Well-mixed gas and dust
I_S0.2_p3.5 1500 1e-3 0.1–10 000 3.5 0 0.2 Intermediate-mass, Settled, Thick
I_S0.3_p3.5 1500 1e-3 0.1–10 000 3.5 0 0.3 Intermediate-mass, Settled, Very Thick
I_S0.1_p3.5 1500 1e-3 0.1–10 000 3.5 0 0.1 Intermediate-mass, Settled, Thin
M_S0.1_p3.5 1500 1e-2 0.1–10 000 3.5 0 0.1 Massive, Settled, Thin
M_V_p3.5 1500 1e-2 0.1–10 000 3.5 v v Massive, Well-mixed gas and dust
M_F0.1_p3.5 1500 1e-2 0.1–10 000 3.5 1/7 0.1 Massive, Flared, Thin
M_F0.05_p3.5 1500 1e-2 0.1–10 000 3.5 1/7 0.05 Massive, Flared, Very Thin
M_F0.2_p3.5 1500 1e-2 0.1–10 000 3.5 1/7 0.2 Massive, Flared, Thick
M_F0.3_p3.5 1500 1e-2 0.1–10 000 3.5 1/7 0.3 Massive, Flared, Very Thick
I_F0.05_p3.5 1500 1e-3 0.1–10 000 3.5 1/7 0.05 Intermediate-mass, Flared, Very Thin
I_F0.2_p3.5 1500 1e-3 0.1–10 000 3.5 1/7 0.2 Intermediate-mass, Flared, Thick
I_F0.3_p3.5 1500 1e-3 0.1–10 000 3.5 1/7 0.3 Intermediate-mass, Flared, Very Thick
I_F0.1_p3.5 1500 1e-3 0.1–10 000 3.5 1/7 0.1 Intermediate-mass, Flared, Thin
L_V_p3.5 1500 1e-4 0.1–10 000 3.5 v v Low-mass, Well-mixed gas and dust
L_F0.05_p3.5 1500 1e-4 0.1–10 000 3.5 1/7 0.05 Low-mass, Flared, Very Thin
L_F0.1_p3.5 1500 1e-4 0.1–10 000 3.5 1/7 0.1 Low-mass, Flared, Thin
L_F0.1_p3.5 1500 1e-4 0.1–10 000 3.5 1/7 0.2 Low-mass, Flared, Thick
L_F0.3_p3.5 1500 1e-4 0.1–10 000 3.5 1/7 0.3 Low-mass, Flared, Very Thick
L_S0.1_p3.5 1500 1e-4 0.1–10 000 3.5 0 0.1 Low-mass, Settled, Very Thick
I_XF0.1_p3.5 1500 1e-3 0.1–10 000 3.5 1/4 0.1 Intermediate-mass, Very Flared, Thin
I_XF0.1_p3.5 1500 1e-3 0.1–10 000 3.5 1/4 0.2 Intermediate-mass, Very Flared, Thick
I_F0.1_p3.5_sm 1500 1e-3 0.1–100 3.5 1/7 0.1 Intermediate-mass, Flared, Thin, Small Grains
I_V_p3.5_sm 1500 1e-3 0.1–100 3.5 v v Intermediate-mass, Well-mixed gas and dust, Small Grains
I_F0.2_p3.5_sm 1500 1e-3 0.1–100 3.5 1/7 0.2 Intermediate-mass, Flared, Thick, Small Grains
I_F0.1_p2.5 1500 1e-3 0.1–10 000 2.5 1/7 0.1 Intermediate-mass, Flared, Thin, Distribution 2.5
I_F0.2_p2.5 1500 1e-3 0.1–10 000 2.5 1/7 0.2 Intermediate-mass, Flared, Thick, Distribution 2.5
I_V_p2.5 1500 1e-3 0.1–10 000 2.5 v v Intermediate-mass, Flared, Well-mixed gas and dust, Distribution 2.5
I_V_p2.5_sm 1500 1e-3 0.1–100 2.5 v v Intermediate-mass, Flared, Well-mixed gas and dust, Distribution 2.5, Small Grains
M_F0.1_p2.5 1500 1e-2 0.1–10 000 2.5 1/7 0.1 Massive, Flared, Thin, Distribution 2.5
M_F0.2_p2.5 1500 1e-2 0.1–10 000 2.5 1/7 0.2 Massive, Flared, Thick, Distribution 2.5
M_V_p2.5 1500 1e-2 0.1–10 000 2.5 v v Massive, Flared, Well-mixed gas and dust, Distribution 2.5
PTD200_F0.1_p3.5 1500/200 1e-3 0.1–2/0.1–10 000 3.5 1/7 0.1 Intermediate-mass, PTD (3.6 AU), Flared, Thin
PTD200_F0.2_p3.5 1500/200 1e-3 0.1–2/0.1–10 000 3.5 1/7 0.2 Intermediate-mass, PTD (3.6 AU, Flared, Thick
PTD200_V_p3.5 1500/200 1e-3 0.1–2/0.1–10 000 3.5 v v Intermediate-mass, PTD (3.6 AU), Well-mixed gas and dust
PTD380_F0.1_p3.5 1500/380 1e-3 0.1–2/0.1–10 000 3.5 1/7 0.1 Intermediate-mass, PTD (1.0 AU), Flared, Thin
PTD380_F0.2_p3.5 1500/380 1e-3 0.1–2/0.1–10 000 3.5 1/7 0.2 Intermediate-mass, PTD (1.0 AU, Flared, Thick
PTD380_V_p3.5 1500/380 1e-3 0.1–2/0.1–10 000 3.5 v v Intermediate-mass, PTD (1.0 AU), Well-mixed gas and dust
TD200_F0.1_p3.5 200 1e-3 0.1–10 000 3.5 1/7 0.1 Intermediate-mass, TD (3.6 AU), Flared, Thin
TD200_F0.2_p3.5 200 1e-3 0.1–10 000 3.5 1/7 0.2 Intermediate-mass, TD (3.6 AU, Flared, Thick
TD200_V_p3.5 200 1e-3 0.1–10 000 3.5 v v Intermediate-mass, TD (3.6 AU), Well-mixed gas and dust
TD380_F0.1_p3.5 380 1e-3 0.1–10 000 3.5 1/7 0.1 Intermediate-mass, TD (1.0 AU), Flared, Thin
TD380_F0.2_p3.5 380 1e-3 0.1–10 000 3.5 1/7 0.2 Intermediate-mass, TD (1.0 AU), Flared, Thick
TD380_V_p3.5 380 1e-3 0.1–10 000 3.5 v v Intermediate-mass, TD (1.0 AU), Well-mixed gas and dust

Notes. All models are constructed for M = 1.0 M, R = 1.7 R (typical of low-mass stars in Cep OB2) and outer disk radius Rout=200 AU. Models with well-mixed dust and gas in hydrostatic equilibrium are marked in the disk structure parameters with “v”. Otherwise, we give the vertical scale height at the outer radius [(H/R)out] and the power-law exponent of the disk surface (H/RRq). The ID names of the models include some information about the disk mass (massive [M], intermediate-mass [I], low-mass [L]), the vertical scale height (vertical hydrostatic equilibrium [V] for models with well-mixed gas and dust, normal flaring with q = 1 / 7 [F], settled/flat disks with q = 0 [S], very flared disks with q = 1/4 [XF], together with the value of (H/R)out if no vertical iteration is performed), indication of inner holes/gaps (inner hole in transitional disk [TD] with innermost disk temperature, radial temperature at which radial properties change in pre-transitional disk [PTD]), followed by the grain distribution (with p = 2.5 or p = 3.5) and a label in case we consider grains up to 100 μm only (sm).

Current usage metrics show cumulative count of Article Views (full-text article views including HTML views, PDF and ePub downloads, according to the available data) and Abstracts Views on Vision4Press platform.

Data correspond to usage on the plateform after 2015. The current usage metrics is available 48-96 hours after online publication and is updated daily on week days.

Initial download of the metrics may take a while.