Table A.7
Column densities and abundances for S-bearing molecules from different substructures in Orion-KL denoted in Fig. 4.
Species | HC | mm2 | mm3a | mm3b | NE | SR | OF1N | OF1S | ||
(199 ± 45 K) | (173 ± 40 K) | (101 ± 26 K) | (176 ± 23 K) | (89 ± 24 K) | (193 ± 42 K) | (43 ± 3 K) | (43 ± 3 K) | (43 ± 3 K) | (43 ± 3 K) | |
|
||||||||||
I. Column densities (in the form of x ± y(z) = (x ± y) × 10z cm-2) | ||||||||||
|
||||||||||
OCS | 1.69± 0.11(17) † | 1.35± 0.05(17) † | 9.02± 1.00(16) † | 9.84± 0.23(16) † | 1.73± 0.36(17) † | 1.92± 0.08(17) † | ≤ 1.08(16) † | ≤ 8.26(15) † | ≤ 2.08(15) † | − † |
O13CS | 2.12± 0.12(15) | 1.66± 0.02(15) | 1.13± 0.17(15) | 1.23± 0.02(15) | 2.22± 0.46(15) | 2.46± 0.10(15) | ≤ 5.53(13) | ≤ 6.81(13) | ≤ 2.06(13) | ≤ 2.73(13) |
SO2 | 4.16± 0.78(17) | 2.79± 0.43(17) | 1.09± 0.00(17) | 1.52± 0.12(17) | 1.47± 0.09(17) | 2.28± 0.38(17) | 7.03± 0.81(16) | ≤ 4.26(14) | ≤ 3.29(14) | ≤ 3.82(14) |
34SO2 | 5.00 ± 3.82(16) | 2.84 ± 2.51(16) | 8.67 ± 6.00(15) | 1.25 ± 0.61(16) | 8.62 ± 6.64(15) | 1.31 ± 0.99(16) | 2.55± 0.05(15) | ≤ 2.91(13) | ≤ 1.70(13) | ≤ 1.03(13) |
SO | 8.20± 1.53(16) | 7.16± 1.29(16) | 3.13± 0.55(16) | 4.86± 0.48(16) | 3.79± 0.63(16) | 6.94± 1.23(16) | 2.26± 0.03(16) | 1.32± 0.02(15) | 6.31± 0.09(15) | 9.18± 0.26(14) |
13CS | 8.69± 1.49(14) | 4.72± 0.78(14) | 3.49± 0.53(14) | 5.30± 0.48(14) | 2.77± 0.30(14) | 4.89± 0.63(14) | 1.99± 0.12(13) | 4.80± 0.05(13) | 9.61± 0.98(12) | ≤ 1.61(12) |
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||||||||||
II. Abundances (in the form of x ± y(z) = (x ± y) × 10z) | ||||||||||
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||||||||||
OCS | 1.41± 0.18( − 7) † | 1.45± 0.07( − 7) † | 1.45± 0.18( − 7) † | 1.58± 0.06( − 7) † | 2.61± 0.56( − 7) † | 2.89± 0.14( − 7) † | ≤ 3.27( − 8) † | ≤ 8.12( − 8) † | ≤ 1.90( − 8) † | − † |
O13CS | 1.77± 0.22( − 9) | 1.78± 0.04( − 9) | 1.81± 0.30( − 9) | 1.98± 0.05( − 9) | 3.34± 0.72( − 9) | 3.70± 0.18( − 9) | ≤ 1.68( − 10) | ≤ 6.69( − 10) | ≤ 1.88( − 10) | ≤ 4.72( − 10) |
SO2 | 3.47± 0.91( − 7) | 2.99± 0.51( − 7) | 1.76± 0.02( − 7) | 2.44± 0.22( − 7) | 2.21± 0.15( − 7) | 3.43± 0.60( − 7) | 2.13± 0.29( − 7) | ≤ 4.19( − 9) | ≤ 3.01( − 9) | ≤ 6.58( − 9) |
34SO2 | 4.18 ± 3.65( − 8) | 3.04 ± 2.78( − 8) | 1.39 ± 0.99( − 8) | 2.01 ± 1.01( − 8) | 1.30 ± 1.01( − 8) | 1.97 ± 1.51( − 8) | 7.75± 0.29( − 9) | ≤ 2.86( − 10) | ≤ 1.55( − 10) | ≤ 1.78( − 10) |
SO | 6.85± 1.79( − 8) | 7.69± 1.51( − 8) | 5.04± 0.95( − 8) | 7.81± 0.88( − 8) | 5.71± 1.00( − 8) | 1.04± 0.19( − 7) | 6.87± 0.21( − 8) | 1.30± 0.05( − 8) | 5.77± 0.19( − 8) | 1.58± 0.05( − 8) |
13CS | 7.26± 1.77( − 10) | 5.06± 0.92( − 10) | 5.62± 0.92( − 10) | 8.51± 0.88( − 10) | 4.16± 0.49( − 10) | 7.36± 1.00( − 10) | 6.03± 0.48( − 11) | 4.71± 0.16( − 10) | 8.80± 1.06( − 11) | ≤ 2.78( − 11) |
Notes. Values and uncertainties in bold face are obtained directly from the rotation diagram fittings in Fig. 9. 2) Values in italic font are derived from upper limit of Trot in mm3a and mm3b. 3) For the species whose transitions are not sufficient to derive the rotation diagrams, their column densities are obtained from one strongest transition by assuming LTE with the excitation temperatures list in the table head (derived from 34SO2 for HC, mm2, mm3a and mm3b). 4) Values of all species in the outflow regions (NE, SR, OF1N, and OF1S) are derived from the temperatures the same as CH3CN at NE. 5) Uncertainties for the values derived from one transition (written as the subscript) are determined from Trot, partition function Q(Trot), and fitting to . 6) For species which are not detected, an upper limit derived from 3σ rms is given. 7) “†” mark the values which are likely obtained from optically thick lines and for those we did the optical depth correction.
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