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Table B.2

Fitted line parameters from XCLASS for the P Cygni and absorption line profiles.

Source Component Trot(a) [K] Ntot [×1012cm−2] ∆υ [kms−1] υLSR[kms−1] R1(b)
G327.293−00.579 core 27.5 9.2−6.7+5.0$9.2_{ - 6.7}^{ + 5.0}$ 9.0−1.4+2.1$9.0_{ - 1.4}^{ + 2.1}$ −45.1−3.7+2.1$ - 45.1_{ - 3.7}^{ + 2.1}$ 1.9−0.9+1.0$1.9_{ - 0.9}^{ + 1.0}$
outflow 27.5 48.0−20.5+13.0$48.0_{ - 20.5}^{ + 13.0}$ 3.8−0.6+0.7$3.8_{ - 0.6}^{ + 0.7}$ −39.8−0.9+3.5$ - 39.8_{ - 0.9}^{ + 3.5}$ 2.0−0.9+1.0$2.0_{ - 0.9}^{ + 1.0}$
absorption 2.73 25.8−7.1+7.8$25.8_{ - 7.1}^{ + 7.8}$ 6.7−1.0+3.1$6.7_{ - 1.0}^{ + 3.1}$ −50.4−5.0+1.5$ - 50.4_{ - 5.0}^{ + 1.5}$ 2.0−1.0+1.5$2.0_{ - 1.0}^{ + 1.5}$
absorption 2.73 16.8−8.0+4.1$16.8_{ - 8.0}^{ + 4.1}$ 2.5−0.2+0.3$2.5_{ - 0.2}^{ + 0.3}$ −44.2−0.4+3.9$ - 44.2_{ - 0.4}^{ + 3.9}$ 2.0−1.0+1.5$2.0_{ - 1.0}^{ + 1.5}$
IRAS 16060−5146 core 32.2 311.0−72.7+380.0$311.0_{ - 72.7}^{ + 380.0}$ 19.4−1.4+12.9$19.4_{ - 1.4}^{ + 12.9}$ −92.0−10.5+10.4$ - 92.0_{ - 10.5}^{ + 10.4}$ 2.4−0.9+1.2$2.4_{ - 0.9}^{ + 1.2}$
(G330.95) outflow 32.2 1.4−0.4+0.0$1.4_{ - 0.4}^{ + 0.0}$ 8.1−1.0+5.6$8.1_{ - 1.0}^{ + 5.6}$ −91.2−9.1+8.9$ - 91.2_{ - 9.1}^{ + 8.9}$ 2.1−0.6+1.2$2.1_{ - 0.6}^{ + 1.2}$
absorption 2.73 60.0−42.1+203.0$60.0_{ - 42.1}^{ + 203.0}$ 6.1−2.1+2.6$6.1_{ - 2.1}^{ + 2.6}$ −89.1−5.4+7.1$ - 89.1_{ - 5.4}^{ + 7.1}$ 3.0−1.5+0.7$3.0_{ - 1.5}^{ + 0.7}$
G337.704−00.054 core 23.6 7.7−2.0+11.2$7.7_{ - 2.0}^{ + 11.2}$ 2.4−0.6+1.7$2.4_{ - 0.6}^{ + 1.7}$ −49.0−8.0+6.4$ - 49.0_{ - 8.0}^{ + 6.4}$ 1.5−0.6+2.6$1.5_{ - 0.6}^{ + 2.6}$
outflow 23.6 2.7−0.1+4.5$2.7_{ - 0.1}^{ + 4.5}$ 4.4−1.6+3.7$4.4_{ - 1.6}^{ + 3.7}$ −34.9−3.5+2.7$ - 34.9_{ - 3.5}^{ + 2.7}$ 10.7−3.8+0.7$10.7_{ - 3.8}^{ + 0.7}$
absorption 2.73 28.0−18.7+22.8$28.0_{ - 18.7}^{ + 22.8}$ 14.9−4.0+11.0$14.9_{ - 4.0}^{ + 11.0}$ −54.7−13.8+6.3$ - 54.7_{ - 13.8}^{ + 6.3}$ 2.0−0.7+1.5$2.0_{ - 0.7}^{ + 1.5}$
IRAS 16352−4721 core 30.4 49.6−23.4+20.3$49.6_{ - 23.4}^{ + 20.3}$ 8.0−2.9+6.8$8.0_{ - 2.9}^{ + 6.8}$ −40.5−1.2+3.2$ - 40.5_{ - 1.2}^{ + 3.2}$ 2.0−0.4+1.2$2.0_{ - 0.4}^{ + 1.2}$
outflow 30.4 38.0−22.5+41.2$38.0_{ - 22.5}^{ + 41.2}$ 33.5−0.8+0.8$33.5_{ - 0.8}^{ + 0.8}$ −38.0−5.0+6.7$ - 38.0_{ - 5.0}^{ + 6.7}$ 3.2−1.0+2.1$3.2_{ - 1.0}^{ + 2.1}$
absorption 2.73 27.8−18.7+12.6$27.8_{ - 18.7}^{ + 12.6}$ 2.0−0.5+0.5$2.0_{ - 0.5}^{ + 0.5}$ −39.1−2.0+8.2$ - 39.1_{ - 2.0}^{ + 8.2}$ 3.1−1.1+3.2$3.1_{ - 1.1}^{ + 3.2}$
IRAS 16547−4247 core 28.9 48.5−31.3+14.3$48.5_{ - 31.3}^{ + 14.3}$ 8.0−2.9+4.4$8.0_{ - 2.9}^{ + 4.4}$ −30.6−2.2+3.3$ - 30.6_{ - 2.2}^{ + 3.3}$ 1.8−0.4+0.6$1.8_{ - 0.4}^{ + 0.6}$
outflow 28.9 30.7−15.3+56.1$30.7_{ - 15.3}^{ + 56.1}$ 19.4−6.7+6.7$19.4_{ - 6.7}^{ + 6.7}$ −26.9−11.7+8.7$ - 26.9_{ - 11.7}^{ + 8.7}$ 5.7−1.8+2.6$5.7_{ - 1.8}^{ + 2.6}$
absorption 2.73 10.6−4.1+11.5$10.6_{ - 4.1}^{ + 11.5}$ 2.4−0.7+0.9$2.4_{ - 0.7}^{ + 0.9}$ −29.0−2.8+9.0$ - 29.0_{ - 2.8}^{ + 9.0}$ 3.2−1.2+3.6$3.2_{ - 1.2}^{ + 3.6}$
G351.581−00.352 absorption 2.73 17.9−11.0+6.7$17.9_{ - 11.0}^{ + 6.7}$ 6.1−1.1+1.6$6.1_{ - 1.1}^{ + 1.6}$ −100.4−6.2+3.0$ - 100.4_{ - 6.2}^{ + 3.0}$ 2.9−0.7+2.8$2.9_{ - 0.7}^{ + 2.8}$
absorption 2.73 12.3−8.8+4.5$12.3_{ - 8.8}^{ + 4.5}$ 3.8−1.1+1.3$3.8_{ - 1.1}^{ + 1.3}$ −97.2−3.1+1.5$ - 97.2_{ - 3.1}^{ + 1.5}$ 5.3−1.6+2.9$5.3_{ - 1.6}^{ + 2.9}$
absorption 2.73 18.2−6.2+5.8$18.2_{ - 6.2}^{ + 5.8}$ 2.2−0.5+0.6$2.2_{ - 0.5}^{ + 0.6}$ −94.2−0.3+0.3$ - 94.2_{ - 0.3}^{ + 0.3}$ 1.1−0.3+0.3$1.1_{ - 0.3}^{ + 0.3}$
Sgr B2 (M) absorption 2.73 90.0−25.6+22.5$90.0_{ - 25.6}^{ + 22.5}$ 6.3−0.6+0.7$6.3_{ - 0.6}^{ + 0.7}$ 6.3−0.6+0.7$6.3_{ - 0.6}^{ + 0.7}$ 11.8−1.5+1.5$11.8_{ - 1.5}^{ + 1.5}$
absorption 2.73 118.0−23.9+37.7$118.0_{ - 23.9}^{ + 37.7}$ 7.9−0.7+0.9$7.9_{ - 0.7}^{ + 0.9}$ 62.0−0.7+0.8$62.0_{ - 0.7}^{ + 0.8}$ 4.8−0.4+0.7$4.8_{ - 0.4}^{ + 0.7}$
absorption 2.73 8.5−2.7+3.9$8.5_{ - 2.7}^{ + 3.9}$ 2.8−0.3+1.0$2.8_{ - 0.3}^{ + 1.0}$ 73.7−5.3+0.4$73.7_{ - 5.3}^{ + 0.4}$ 18.1−2.4+2.0$18.1_{ - 2.4}^{ + 2.0}$
HGAL 000.546−00.852 core 27.2 25.1−7.3+22.2$25.1_{ - 7.3}^{ + 22.2}$ 2.9−0.4+3.7$2.9_{ - 0.4}^{ + 3.7}$ 16.6−0.4+1.3$16.6_{ - 0.4}^{ + 1.3}$ 4.4−1.3+7.0$4.4_{ - 1.3}^{ + 7.0}$
absorption 2.73 34.0−11.3+13.3$34.0_{ - 11.3}^{ + 13.3}$ 2.4−0.3+0.5$2.4_{ - 0.3}^{ + 0.5}$ 20.9−0.1+3.9$20.9_{ - 0.1}^{ + 3.9}$ 6.8−1.8+3.4$6.8_{ - 1.8}^{ + 3.4}$
G010.472+00.027 core 25.1 63.2−26.3+78.3$63.2_{ - 26.3}^{ + 78.3}$ 3.0−0.8+0.8$3.0_{ - 0.8}^{ + 0.8}$ 65.4−0.5+0.5$65.4_{ - 0.5}^{ + 0.5}$ 2.0−0.7+2.9$2.0_{ - 0.7}^{ + 2.9}$
outflow 25.1 2.4−1.2+1.1$2.4_{ - 1.2}^{ + 1.1}$ 3.3−0.9+1.7$3.3_{ - 0.9}^{ + 1.7}$ 72.8−0.6+0.9$72.8_{ - 0.6}^{ + 0.9}$ 3.2−0.7+4.2$3.2_{ - 0.7}^{ + 4.2}$
absorption 2.73 13.4−3.1+5.1$13.4_{ - 3.1}^{ + 5.1}$ 17.4−2.7+3.3$17.4_{ - 2.7}^{ + 3.3}$ 64.6−3.0+1.0$64.6_{ - 3.0}^{ + 1.0}$ 1.7−0.4+0.5$1.7_{ - 0.4}^{ + 0.5}$
W31 C core 31.0 45.1−35.3+20.9$45.1_{ - 35.3}^{ + 20.9}$ 4.7−1.3+2.3$4.7_{ - 1.3}^{ + 2.3}$ −3.5−8.5+5.2$ - 3.5_{ - 8.5}^{ + 5.2}$ 0.7−0.2+0.5$0.7_{ - 0.2}^{ + 0.5}$
(G010.624−00.384) outflow 31.0 22.0−16.0+8.4$22.0_{ - 16.0}^{ + 8.4}$ 7.5−1.8+3.4$7.5_{ - 1.8}^{ + 3.4}$ −8.0−11.0+2.9$ - 8.0_{ - 11.0}^{ + 2.9}$ 2.3−1.5+1.9$2.3_{ - 1.5}^{ + 1.9}$
absorption 2.73 4.3−1.8+3.0$4.3_{ - 1.8}^{ + 3.0}$ 2.5−0.7+0.7$2.5_{ - 0.7}^{ + 0.7}$ −2.0−6.6+5.4$ - 2.0_{ - 6.6}^{ + 5.4}$ 2.1−0.7+1.0$2.1_{ - 0.7}^{ + 1.0}$
absorption 2.73 8.6−4.9+3.4$8.6_{ - 4.9}^{ + 3.4}$ 2.3−0.6+0.7$2.3_{ - 0.6}^{ + 0.7}$ 1.2−2.9+9.3$1.2_{ - 2.9}^{ + 9.3}$ 2.1−0.7+1.0$2.1_{ - 0.7}^{ + 1.0}$
G019.609−00.234 core 29.6 9.5−3.9+15.5$9.5_{ - 3.9}^{ + 15.5}$ 14.5−7.2+8.7$14.5_{ - 7.2}^{ + 8.7}$ 41.7−16.3+17.3$41.7_{ - 16.3}^{ + 17.3}$ —
outflow 29.6 4.5−1.2+4.9$4.5_{ - 1.2}^{ + 4.9}$ 7.9−3.8+8.9$7.9_{ - 3.8}^{ + 8.9}$ 27.7−18.8+10.6$27.7_{ - 18.8}^{ + 10.6}$ 2.3−0.7+2.1$2.3_{ - 0.7}^{ + 2.1}$
absorption 2.73 12.6−7.0+6.9$12.6_{ - 7.0}^{ + 6.9}$ 2.9−0.8+1.4$2.9_{ - 0.8}^{ + 1.4}$ 44.7−5.6+8.0$44.7_{ - 5.6}^{ + 8.0}$ 2.3−0.9+1.7$2.3_{ - 0.9}^{ + 1.7}$
G031.412+00.307 core 22.0 23.5−17.5+12.8$23.5_{ - 17.5}^{ + 12.8}$ 3.7−1.7+1.4$3.7_{ - 1.7}^{ + 1.4}$ 97.3−11.2+4.2$97.3_{ - 11.2}^{ + 4.2}$ 1.9−0.7+1.6$1.9_{ - 0.7}^{ + 1.6}$
outflow 22.0 30.1−20.7+14.3$30.1_{ - 20.7}^{ + 14.3}$ 25.5−8.6+4.7$25.5_{ - 8.6}^{ + 4.7}$ 97.4−10.7+8.7$97.4_{ - 10.7}^{ + 8.7}$ 2.3−0.8+1.2$2.3_{ - 0.8}^{ + 1.2}$
absorption 2.73 10.0−4.3+10.1$10.0_{ - 4.3}^{ + 10.1}$ 2.3−0.5+1.1$2.3_{ - 0.5}^{ + 1.1}$ 99.4−6.1+10.3$99.4_{ - 6.1}^{ + 10.3}$ 2.0−0.7+2.0$2.0_{ - 0.7}^{ + 2.0}$
W43-MM1 outflow 25.1 16.4−10.6+12.4$16.4_{ - 10.6}^{ + 12.4}$ 8.4−0.2+4.7$8.4_{ - 0.2}^{ + 4.7}$ 106.1−1.3+4.4$106.1_{ - 1.3}^{ + 4.4}$ —
absorption 2.73 6.4−0.4+18.7$6.4_{ - 0.4}^{ + 18.7}$ 2.6−1.1+2.1$2.6_{ - 1.1}^{ + 2.1}$ 102.6−0.2+4.8$102.6_{ - 0.2}^{ + 4.8}$ 7.5−3.0+2.2$7.5_{ - 3.0}^{ + 2.2}$
absorption 2.73 18.7−11.5+8.8$18.7_{ - 11.5}^{ + 8.8}$ 4.2−1.6+3.0$4.2_{ - 1.6}^{ + 3.0}$ 98.7−0.8+1.2$98.7_{ - 0.8}^{ + 1.2}$ 2.8−0.5+4.1$2.8_{ - 0.5}^{ + 4.1}$
G032.797+00.191 core 14.6 241.0−105.0+453.0$241.0_{ - 105.0}^{ + 453.0}$ 7.1−3.3+8.1$7.1_{ - 3.3}^{ + 8.1}$ 14.9−10.0+5.9$14.9_{ - 10.0}^{ + 5.9}$ 1.3−0.4+2.3$1.3_{ - 0.4}^{ + 2.3}$
outflow 14.6 26.6−18.9+25.4$26.6_{ - 18.9}^{ + 25.4}$ 5.1−1.7+5.0$5.1_{ - 1.7}^{ + 5.0}$ 5.4−11.6+7.9$5.4_{ - 11.6}^{ + 7.9}$ 2.7−1.2+1.7$2.7_{ - 1.2}^{ + 1.7}$
absorption 2.73 44.9−0.1+289.0$44.9_{ - 0.1}^{ + 289.0}$ 4.0−1.6+2.5$4.0_{ - 1.6}^{ + 2.5}$ 14.6−8.6+9.9$14.6_{ - 8.6}^{ + 9.9}$ 2.0−0.9+2.0$2.0_{ - 0.9}^{ + 2.0}$
G034.258+00.154 core 29.2 243.0−58.4+97.1$243.0_{ - 58.4}^{ + 97.1}$ 3.5−0.5+0.5$3.5_{ - 0.5}^{ + 0.5}$ 57.6−0.7+7.8$57.6_{ - 0.7}^{ + 7.8}$ 2.6−0.7+0.5$2.6_{ - 0.7}^{ + 0.5}$
outflow 29.2 87.7−35.6+36.4$87.7_{ - 35.6}^{ + 36.4}$ 5.5−0.4+1.3$5.5_{ - 0.4}^{ + 1.3}$ 63.8−0.3+3.0$63.8_{ - 0.3}^{ + 3.0}$ 3.8−0.4+0.7$3.8_{ - 0.4}^{ + 0.7}$
absorption 2.73 84.4−29.1+16.8$84.4_{ - 29.1}^{ + 16.8}$ 4.3−0.3+1.1$4.3_{ - 0.3}^{ + 1.1}$ 62.1−0.3+5.6$62.1_{ - 0.3}^{ + 5.6}$ 2.3−0.3+0.4$2.3_{ - 0.3}^{ + 0.4}$
W49N core 33.3 98.2−28.9+15.8$98.2_{ - 28.9}^{ + 15.8}$ 14.0−0.9+1.4$14.0_{ - 0.9}^{ + 1.4}$ 4.0−9.2+7.4$4.0_{ - 9.2}^{ + 7.4}$ 5.4−0.8+0.8$5.4_{ - 0.8}^{ + 0.8}$
core 33.3 368.0−96.1+130.0$368.0_{ - 96.1}^{ + 130.0}$ 16.2−1.5+0.0$16.2_{ - 1.5}^{ + 0.0}$ 13.2−2.4+2.3$13.2_{ - 2.4}^{ + 2.3}$ 2.0−0.1+1.2$2.0_{ - 0.1}^{ + 1.2}$
absorption 2.73 1.9−0.3+1.4$1.9_{ - 0.3}^{ + 1.4}$ 3.2−0.7+0.8$3.2_{ - 0.7}^{ + 0.8}$ 10.7−3.1+1.2$10.7_{ - 3.1}^{ + 1.2}$ 3.5−0.2+0.2$3.5_{ - 0.2}^{ + 0.2}$
absorption 2.73 38.8−3.9+0.3$38.8_{ - 3.9}^{ + 0.3}$ 11.2−0.4+0.7$11.2_{ - 0.4}^{ + 0.7}$ 8.6−4.3+3.7$8.6_{ - 4.3}^{ + 3.7}$ 3.5−0.2+0.2$3.5_{ - 0.2}^{ + 0.2}$ .-

Notes. For sources known under multiple designations, the alternative designation not used in this work is provided in italics below the source name. The errors correspond to 1σ confidence intervals. (a) XCLASS assumes LTE, such that Trot = Tex = Tkin, further we assume Trot = Tdust from Schuller et al. (2009), (b) R1=N(H35Cl)N(H37Cl)${R_1} = {{N({H^{35}}Cl)} \over {N({H^{37}}Cl)}}$.

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