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Table B.2:

13CO Gaussian fitsa. $T_{\rm b}$ uses a source size for the PDR (narrow component) of 120 $^{\prime \prime }$  $\rightarrow \eta _{\rm bf}$ = 2, and a source size for the broad outflow component of 85 $^{\prime \prime }$  $\rightarrow \eta _{\rm bf}$ = 3.
Pos. $\upsilon_{{\rm LSR}}$ err $T^{~*}_{{\rm A}}$ $T_{\rm b}$ err $\Delta \upsilon$ err
  [km s-1] [km s-1] [mK] [mK] [mK] [km s-1] [km s-1]
1 -7.7 0.04 2665 5920 68 2.8 0.08
2 -7.3 0.02 5877 13 060 56 3.3 0.04
3 -7.3 0.01 6610 14 690 199 3.2 0.07
3 -6.8 0.33 612 2040 207 8.2 1.54
4 -7.3 0.03 3620 8040 66 3.5 0.07
5 -8.2 0.25 1124 2500 282 2.1 0.62
a Gaussian fits (including errors) to the spectra in 5 positions. For most positions two Gaussians are needed to fit the spectra. Parameters: $\upsilon_{{\rm LSR}}$ = the LSR velocity at the peak temperature, $T^{~*}_{{\rm A}}$ = the amplitude of the Gaussian fit, $\Delta \upsilon$ = FWHM line width.

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