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Table 2

Warped disk model parameters, most of which have been unchanged from the best fit model in Tobin et al. (2013).

Parameters Description Values
γ’s Number of photons 1 × 108
R(R) Stellar radius 2.09
T(K) Stellar temperature 4000
M(M) Stellar mass 0.5
Mdisk(M) Disk mass 0.005
h (100 AU) Disk scale height at 100 AU 48.0
H0 (R) Disk scale height at R 0.03
α Disk radial density exponent 2.5
β Disk scale height exponent 1.3
disk (M yr−1) Disk accretion rate 1.5 × 10−6
Rtrunc (R) Magnetosphere co-rotation radius 3.0
Fspot Fractional area of accretion hotspot 0.01
Rdisk, min (R, AU) Disk inner radius 14.25, 0.14
Rdisk, max (AU) Disk outer radius 125
Renv, min (R) Envelope inner radius 42.75
Renv, max (AU) Envelope outer radius 15000
env (M yr−1) Envelope mass infall rate 4.5 × 10−6
ρ1 AU (g cm−3) Envelope density at 1 AU 7.25 × 10−14
bout Outer cavity shape exponent 1.5
θopen, out (°) Outer cavity opening angle 20
ρc (g cm−3) Cavity density 0
βdust, mm Millimeter dust spectral index 0.25
Warp height Multiplicative factor of warp scale height above disk scale height 10.0
n Exponent for azimuthal disk warp (cosn) 41
θ (°) Inclination angles of high S/N images 85.0
ϕ (°) Azimuthal angles 0,15.0,30.0,…,180.0
λ (μm) wavelength 2.15

Notes. Parameters most relevant to this result are in boldface and parameters that have been adjusted from the value in the best fit model are italicized. The stellar mass is only used in setting the density structure, changing this to the measured protostar mass would require increasing the envelope infall rate to maintain the same density structure.

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