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Table 12.

Far infrared continuum and line luminosities.

ID LTIR LFIRw LFIRn, SED LFIRn, H88 LCII LOI63 LOIII88 LCO10
3−1100 μm 40−500 μm 40−120 μm 40−120 μm
[1042 erg s−1] [1042 erg s−1] [1042 erg s−1] [1042 erg s−1] [1039 erg s−1] [1039 erg s−1] [1039 erg s−1] [1036 erg s−1]
1 < 48
2 17 ± 8 62 ± 43 < 80
3 1564 ± 36 2994 ± 145 1918 ± 124 619 ± 31
4
5 1260 ± 223 671 ± 114 < 53
6
7 < 62
8 3580 ± 549 629 ± 14
9 1471 ± 29 1284 ± 119 69 ± 7
10 < 434
11 8930 ± 542 671 ± 43
12 383 ± 55 532 ± 158 < 653
13 1785 ± 182 2124 ± 446 502 ± 45
14

Notes. For continuum (TIR and FIR) luminosities we integrate the best-fit Draine et al. (2007) SED model for each model, using a variety of ranges along the wavelength axis. For total infrared (TIR), we use 3−1100 μm, as defined in Kennicutt & Evans (2012). In order to compare our measurements to previous studies (as done in Fig. 12), we further calculate several versions of the FIR luminosity: LFIRw, which is integrated over 40−500 μm and used on the x-axis of Fig. 12, and LFIRn, H88, which is the FIR luminosity valid for the range of 40−120 μm, but estimated from single flux densities at 60 and 100 μm as defined by Helou et al. (1988). The luminosity LFIRn, H88 is used for the [C II]-to-FIR ratio that is given on the y-axis in Fig. 12. For comparison, we also provide LFIRn, SED, which is the SED-integrated luminosity along the same range of 40−120 μm. The line luminosities are derived via Gaussian fitting.

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