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Christer Watson edited Using_the_midIR_inte.tex
over 8 years ago
Commit id: 0f88a0c3d311b3c09b3941a1982451060004e813
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Using {\bf Further analysis requires determining a distance. We assume a rotation curve following \citet{1993A&A...275...67B} and the near kinematic distance of 4.4 kpc.} We then can use the mid-IR integrated fluxes for toward N117-3 as measured by Herschel/Hi-Gal
and assuming the near kinematic distance (4.4 kpc), we can to estimate the mass and mass accretion rate. The mid-IR fluxes can be fit using the same modified blackbody model described above, yielding as mass of 96 M$_\odot$. We can further roughly estimate the mass infall rate using:
\begin{equation}
\dot M_{in} = 4 \pi R^2 v_{in} \rho\\