Table A.2: CS line parameters obtained from Gaussian fits $^{(\diamondsuit )}$ . Typical rms noise in the spectra is $\sim$ 0.05 K and 0.06 K for the (2-1) and (3-2) lines, respectively.
Source CS(2-1) CS(3-2)

$\int T_{\rm MB}{\rm d}v$ $v_{\rm LSR}$ FWHM $\int T_{\rm MB}{\rm d}v$ $v_{\rm LSR}$ FWHM

(K km s^-1) (km s^-1) (km s^-1) (K km s^-1) (km s^-1) (km s^-1)

08211-4158 2.61(0.03) 10.80 1.76 1.99 10.93 1.59

08247-4223 0.42 8.04 1.5 0.38 7.81 1.9

08477-4359 2.27 8.47 2.97 1.82 8.15 2.76

08488-4457 $\leq$ 0.36 - - $\leq$ 0.30 - -

08563-4225 9.22 7.66 3.78 9.51 7.67 3.54

09014-4736 0.39 3.26 2.14 $\leq$ 0.30 - -

09026-4842 2.65 5.15 1.83 2.06 5.26 1.68

09131-4723 3.74 4.03 2.43 2.72 4.03 2.62

09166-4813 0.82 6.28 1.9 0.29 6.47 1.19

09209-5143 0.97 36.85 1.89 $\leq$ 0.33 - -

10088-5730 $\leq$ 0.34 - - $\leq$ 0.33 - -

10095-5843 3.62 -4.57 2.40 3.16 -4.38 1.98

10102-5706 $^{\spadesuit}$ 0.48 -3.59(-7, 0) 2.12 $\leq$ 0.33 - -

10123-5727 $^{\spadesuit}$ 4.60 -4.03(-7, -1) 2.73 2.39 -3.87(-7, -1) 2.47

10156-5804 $\leq$ 0.25 - - $\leq$ 0.25 - -

10277-5730 1.10 10.65 2.5 1.23 10.95 2.68

10308-6122 0.72 -6.65 2.32 0.52 -6.90 2.28

10317-5936 0.62 37.35 3.47 $\leq$ 0.33 - -

10439-5941 5.34 -14.57 2.42 4.33 -14.54 2.01

10521-6031 0.87 23.81 2.3 0.48 23.88 2.0

10537-5930 0.68 15.38 3.7 $\leq$ 0.33 - -

10545-6244 0.39 -11.62 1.9 0.31 -11.21 1.47

10548-5929 0.75 18.85 2.7 0.56 19.16 2.23

10554-6237 3.58 -16.78 2.18 2.61 -16.69 2.07

10555-5949 $\leq$ 0.31 - - 0.49 28.08 2.1

10572-6018 0.93 13.09 2.6 0.75 13.19 1.89

10575-5844 $\leq$ 0.33 - - $\leq$ 0.33 - -

10591-5934 1.15 -25.92 2.1 0.59 -25.47 2.4

11265-6158 1.42 -23.27 1.96 1.12 -23.21 1.76

11294-6257 1.04 -26.13 2.0 $\leq$ 0.36 - -

11380-6311 4.06 -11.33 2.71 2.67 -11.09 2.70

11396-6202 0.62 41.07 2.38 $\leq$ 0.33 - -

11404-6215 1.77 38.86 2.9 1.78 39.07 2.75

11476-6435 $\leq$ 0.30 - - $\leq$ 0.36 - -

12102-6133 0.54 -32.58 1.6 0.27 -32.41 0.9

12295-6224 3.51 -36.83 2.21 2.44 -36.48 2.11

12377-6237 0.44 22.0 2.8 $\leq$ 0.36 - -

12434-6355 $\leq$ 0.36 - - $\leq$ 0.33 - -

13023-6213 3.22 -43.19 2.82 2.55 -42.99 2.46

13039-6108 1.65 -26.21 1.70 0.95 -26.15 1.39

13078-6247 $\leq$ 0.33 - - $\leq$ 0.33 - -

13106-6050 3.42 -57.32 2.37 1.90 -57.42 2.24

13333-6234 8.66 -11.44 4.54 7.13 -11.14 3.73

13384-6152 2.75 -50.44 2.57 1.53 -50.36 2.04

13395-6153 18.04 -50. 84 3.83 17.52 -50.75 3.69

13438-6203 $^{\spadesuit}$ 3.27 -51.27(-58, -46) 6.03 0.43 -51.10 2.1

13481-6124 8.12 -41.38 3.13 5.05 -40.98 2.68

13558-6159 $\leq$ 0.35 - - $\leq$ 0.36 - -

13560-6133 3.38 -58.37 4.05 3.18 -58.56 3.44

14000-6104 3.53 -58.92 4.3 4.74 -58.95 4.24

14131-6126 0.77 -34.54 1.34 0.84 -34.42 1.44

14166-6118 1.63 -41.12 2.96 0.94 -41.05 2.67

14183-6050 0.60 -42.64 1.10 1.13 -42.65 1.43

14198-6115 $\leq$ 0.36 - - $\leq$ 0.36 - -

14201-6044 0.94 -49.84 1.89 0.94 -49.65 1.93

14395-5941 1.53 -42.40 2.22 0.98 -42.25 3.17

14412-5948 $\leq$ 0.38 - - $\leq$ 0.36 - -

14425-6023 5.97 -45.89 3.13 5.24 -45.74 3.19

14591-5843 1.14 -29.69 4.1 $\leq$ 0.33 - -

15038-5828 1.64 -67.14 3.65 $\leq$ 0.35 - -

15072-5855 4.73 -41.74 2.19 4.11 -41.65 2.23

15100-5903 1.79 -51.27 2.39 0.70 -50.91 2.77

15178-5641 0.90 -28.47 4.8 $\leq$ 0.33 - -

15219-5658 2.93 -15.99 4.0 2.99 -16.05 4.12

15239-5538 0.76 -46.79 2.5 0.41 -46.44 3.6

15246-5612 5.50 -65.44 3.06 3.57 -65.35 2.65

15262-5541 1.00 -54.15 2.9 0.17 -54.61 0.96

15347-5518 3.77 -61.54 3.04 2.59 -61.36 2.88

15371-5458 0.62 31.98 3.84 0.65 32.3 4.8

15470-5419 3.83 -61.73 4.9 3.11 -61.43 3.97

15506-5325 $\leq$ 0.32 - - $\leq$ 0.35 - -

15519-5430 10.92 -36.53 2.87 8.34 -36.40 2.72

15557-5337 46.28 -47.12 4.21 56.82 -47.02 4.51

15571-5218 $^{\spadesuit}$ 1.40 -101.3(-107, -98) 5.36 0.70 -100.7(-107, -98) 4.84

15579-5303 $^{\spadesuit}$ 15.2 -49.8(-60, -34) 11.87 14.45 -49.25(-62, -34) 11.60

15583-5314 2.57 -77.58 2.44 1.08 -77.30 2.15

16061-5048 3.72 -51.81 2.88 1.71 -51.67 2.07

16082-5031 2.10 -41.00 2.31 1.51 -40.95 2.26

16093-5015 2.43 -42.93 2.04 1.28 -42.82 1.66

16093-5128 2.29 -97.32 3.6 1.47 -96.96 3.45

16106-5048 $^{\spadesuit}$ 1.99 -87.55(-92, -80) 5.96 0.95 -87.36(-92,-80) 5.87

16107-4956 0.69 -83.20 2.0 0.32 -82.89 1.45

16148-5011 5.22 -44.76 2.64 4.04 -44.47 2.02

16153-5016 0.58 -41.3 2.5 0.40 -41.44 1.99

16170-5053 $^{\spadesuit}$ 2.53 -54.2(-59, -49) 4.25 0.55 -53.98 2.78

16187-4932 1.50 -60.58 3.56 0.32 -59.89 1.77

$^{\clubsuit}$ 0.74 -48.27 2.69 $\leq$ 0.30 - -

0.48 -44.65 1.74 $\leq$ 0.30 - -

16194-4934 1.41 -85.27 3.53 0.56 -84.64 2.67

16204-4916 $^{\spadesuit}$ 8.34 -70.43(-85, -60) 10.02 4.29 -70.60(-85, -62) 10.35

16204-4943 $\leq$ 0.54 - - $\leq$ 0.38 - -

16218-4931 $^{\spadesuit}$ 3.33 -37.80(-45, -30) 6.32 2.85 -37.64(-45, -30) 5.1

16219-4848 0.95 -79.99 2.5 0.74 -79.81 2.89

16231-4819 0.42 -59.1 2.4 $\leq$ 0.34 - -

16232-4917 3.22 -46.41 2.13 2.36 -46.37 1.99

16252-4853 1.19 -45.87 1.72 0.43 -45.77 1.65

16254-4844 1.55 -45.56 3.03 0.56 -45.27 2.44

$^{\clubsuit}$ 0.93 -40.84 1.49 0.80 -40.85 1.51

16344-4605 $^{\clubsuit}$ 5.93 -61.53 5.25 0.80 -63.95 2.25

$\leq$ 0.40 2.95 -60.64 3.54

16358-4614 $\leq$ 0.36 - - $\leq$ 0.36 - -

16363-4645 2.09 -65.29 3.39 1.64 -65.23 2.49

0.29 -61.02 2.12 0.90 -61.85 3.11

16369-4810 3.48 -39.09 4.58 1.44 -39.31 3.65

16403-4614 $^{\spadesuit}$ 0.95 -120.1(-124, -117) 3.62 $\leq$ 0.37 - -

16404-4518 $\leq$ 0.42 - - $\leq$ 0.37 - -

16417-4445 1.14 -56.06 2.2 0.78 -56.13 2.0

16419-4602 2.22 -37.29 2.68 $\leq$ 0.75^* - -

16428-4109 0.77 -25.65 1.21 0.50 -25.80 1.02

16464-4359 2.55 -79.09 3.14 1.83 -79.44 2.59

16501-4314 5.63 -118.96 3.10 4.13 -118.79 2.68

16535-4300 $^{\clubsuit}$ 1.38 -122.83 2.0 0.90 -123.06 1.67

$^{\clubsuit}$ 1.02 -88.16 2.75 0.47 -87.91 3.00

16573-4214 3.44 -23.68 2.49 $\leq$ 1.1^* - -

16581-4212 $\leq$ 0.32 - - $\leq$ 0.35 - -

17033-4035 3.22 -114.77 1.98 1.35 -114.85 1.44

17036-4033 $^{\clubsuit}$ 1.26 -80.17 3.15 0.64 -80.13 3.4

1.18 -38.49 3.23 $\leq$ 0.39 - -

17040-3959 $^{\spadesuit}$ 2.62 -0.40(-6, 6) 4.66 2.24 -0.21(-6, 6) 5.50

17082-4114 9.15 -20.18 3.50 $\leq$ 0.75^* - -

17114-3804 $\leq$ 0.37 - - $\leq$ 0.40 - -

17140-3747 $\leq$ 0.36 - - $\leq$ 0.38 - -

17141-3606 0.73 -3.97 1.6 0.19 -3.74 0.8

17156-3607 1.07 -3.15 2.4 0.68 -3.26 2.4

17211-3537 2.67 -69.58 3.37 2.00 -69.60 4.1

17218-3704 0.82 -20.68 1.6 0.60 -20.99 2.47

17225-3426 $^{\clubsuit}$ 4.97 -3.82 1.91 3.51 -4.00 1.73

1.30 -0.44 3.16 $\leq$ 0.50 - -

17230-3531 4.29 -91.89 4.2 3.02 -91.52 3.5

17256-3631 3.29 -12.45 3.13 3.29 -12.83 3.22

$^{\clubsuit}$ 8.02 -8.69 2.60 7.91 -8.80 2.50

17285-3346 0.71 -16.07 2.61 $\leq$ 0.38 - -

$^{\clubsuit}$ 1.84 17.60 3.9 0.76 17.15 2.62

17338-3044 1.35 -8.15 2.5 0.65 -8.04 2.36

17355-3241 $^{\clubsuit}$ 2.62 -3.68 2.21 1.28 -3.82 2.15

0.42 5.87 1.53 $\leq$ 0.40 - -

17368-3057 $\leq$ 0.37 - - $\leq$ 0.43 - -

17377-3109 10.57(-8, 10) 0.20 8.94 10.85 0.58 8.94

17410-3019 3.54 -22.15 2.16 1.89 -22.05 1.74

17419-3207 $\leq$ 0.41 - - $\leq$ 0.43 - -

17425-3017 2.34 -20.23 2.15 2.20 -20.30 3.1

$^{\diamondsuit}$ The typical errors from the fits are: $\sim$ 0.01-0.07 K km s^-1 in $\int T_{\rm MB}{\rm d}v$ , $\sim$ 0.01-0.1 km s^-1 in $v_{\rm LSR}$ , and $\sim$ 0.01-0.1 km s^-1 in FWHM.
$^{\spadesuit}$ Line parameters derived from moment integrals over the velocity range indicated in Cols. 2 and 5 between brackets.
$^{\clubsuit}$ Component observed also in the C¹⁷O (1-0) and/or (2-1) spectrum.
^* Not observed in the (3-2) line. The upper limits refer to the (5-4) transition.

**Table A.2:** CS line parameters obtained from Gaussian fits $^{(\diamondsuit )}$ . Typical rms noise in the spectra is $\sim$ 0.05 K and 0.06 K for the (2-1) and (3-2) lines, respectively.
Source		CS(2-1)			CS(3-2)
	$\int T_{\rm MB}{\rm d}v$	$v_{\rm LSR}$	FWHM	$\int T_{\rm MB}{\rm d}v$	$v_{\rm LSR}$	FWHM
	(K km s^-1)	(km s^-1)	(km s^-1)	(K km s^-1)	(km s^-1)	(km s^-1)
08211-4158	2.61(0.03)	10.80	1.76	1.99	10.93	1.59
08247-4223	0.42	8.04	1.5	0.38	7.81	1.9
08477-4359	2.27	8.47	2.97	1.82	8.15	2.76
08488-4457	$\leq$ 0.36	-	-	$\leq$ 0.30	-	-
08563-4225	9.22	7.66	3.78	9.51	7.67	3.54
09014-4736	0.39	3.26	2.14	$\leq$ 0.30	-	-
09026-4842	2.65	5.15	1.83	2.06	5.26	1.68
09131-4723	3.74	4.03	2.43	2.72	4.03	2.62
09166-4813	0.82	6.28	1.9	0.29	6.47	1.19
09209-5143	0.97	36.85	1.89	$\leq$ 0.33	-	-
10088-5730	$\leq$ 0.34	-	-	$\leq$ 0.33	-	-
10095-5843	3.62	-4.57	2.40	3.16	-4.38	1.98
10102-5706 $^{\spadesuit}$	0.48	-3.59(-7, 0)	2.12	$\leq$ 0.33	-	-
10123-5727 $^{\spadesuit}$	4.60	-4.03(-7, -1)	2.73	2.39	-3.87(-7, -1)	2.47
10156-5804	$\leq$ 0.25	-	-	$\leq$ 0.25	-	-
10277-5730	1.10	10.65	2.5	1.23	10.95	2.68
10308-6122	0.72	-6.65	2.32	0.52	-6.90	2.28
10317-5936	0.62	37.35	3.47	$\leq$ 0.33	-	-
10439-5941	5.34	-14.57	2.42	4.33	-14.54	2.01
10521-6031	0.87	23.81	2.3	0.48	23.88	2.0
10537-5930	0.68	15.38	3.7	$\leq$ 0.33	-	-
10545-6244	0.39	-11.62	1.9	0.31	-11.21	1.47
10548-5929	0.75	18.85	2.7	0.56	19.16	2.23
10554-6237	3.58	-16.78	2.18	2.61	-16.69	2.07
10555-5949	$\leq$ 0.31	-	-	0.49	28.08	2.1
10572-6018	0.93	13.09	2.6	0.75	13.19	1.89
10575-5844	$\leq$ 0.33	-	-	$\leq$ 0.33	-	-
10591-5934	1.15	-25.92	2.1	0.59	-25.47	2.4
11265-6158	1.42	-23.27	1.96	1.12	-23.21	1.76
11294-6257	1.04	-26.13	2.0	$\leq$ 0.36	-	-
11380-6311	4.06	-11.33	2.71	2.67	-11.09	2.70
11396-6202	0.62	41.07	2.38	$\leq$ 0.33	-	-
11404-6215	1.77	38.86	2.9	1.78	39.07	2.75
11476-6435	$\leq$ 0.30	-	-	$\leq$ 0.36	-	-
12102-6133	0.54	-32.58	1.6	0.27	-32.41	0.9
12295-6224	3.51	-36.83	2.21	2.44	-36.48	2.11
12377-6237	0.44	22.0	2.8	$\leq$ 0.36	-	-
12434-6355	$\leq$ 0.36	-	-	$\leq$ 0.33	-	-
13023-6213	3.22	-43.19	2.82	2.55	-42.99	2.46
13039-6108	1.65	-26.21	1.70	0.95	-26.15	1.39
13078-6247	$\leq$ 0.33	-	-	$\leq$ 0.33	-	-
13106-6050	3.42	-57.32	2.37	1.90	-57.42	2.24
13333-6234	8.66	-11.44	4.54	7.13	-11.14	3.73
13384-6152	2.75	-50.44	2.57	1.53	-50.36	2.04
13395-6153	18.04	-50. 84	3.83	17.52	-50.75	3.69
13438-6203 $^{\spadesuit}$	3.27	-51.27(-58, -46)	6.03	0.43	-51.10	2.1
13481-6124	8.12	-41.38	3.13	5.05	-40.98	2.68
13558-6159	$\leq$ 0.35	-	-	$\leq$ 0.36	-	-
13560-6133	3.38	-58.37	4.05	3.18	-58.56	3.44
14000-6104	3.53	-58.92	4.3	4.74	-58.95	4.24
14131-6126	0.77	-34.54	1.34	0.84	-34.42	1.44
14166-6118	1.63	-41.12	2.96	0.94	-41.05	2.67
14183-6050	0.60	-42.64	1.10	1.13	-42.65	1.43
14198-6115	$\leq$ 0.36	-	-	$\leq$ 0.36	-	-
14201-6044	0.94	-49.84	1.89	0.94	-49.65	1.93
14395-5941	1.53	-42.40	2.22	0.98	-42.25	3.17
14412-5948	$\leq$ 0.38	-	-	$\leq$ 0.36	-	-
14425-6023	5.97	-45.89	3.13	5.24	-45.74	3.19
14591-5843	1.14	-29.69	4.1	$\leq$ 0.33	-	-
15038-5828	1.64	-67.14	3.65	$\leq$ 0.35	-	-
15072-5855	4.73	-41.74	2.19	4.11	-41.65	2.23
15100-5903	1.79	-51.27	2.39	0.70	-50.91	2.77
15178-5641	0.90	-28.47	4.8	$\leq$ 0.33	-	-
15219-5658	2.93	-15.99	4.0	2.99	-16.05	4.12
15239-5538	0.76	-46.79	2.5	0.41	-46.44	3.6
15246-5612	5.50	-65.44	3.06	3.57	-65.35	2.65
15262-5541	1.00	-54.15	2.9	0.17	-54.61	0.96
15347-5518	3.77	-61.54	3.04	2.59	-61.36	2.88
15371-5458	0.62	31.98	3.84	0.65	32.3	4.8
15470-5419	3.83	-61.73	4.9	3.11	-61.43	3.97
15506-5325	$\leq$ 0.32	-	-	$\leq$ 0.35	-	-
15519-5430	10.92	-36.53	2.87	8.34	-36.40	2.72
15557-5337	46.28	-47.12	4.21	56.82	-47.02	4.51
15571-5218 $^{\spadesuit}$	1.40	-101.3(-107, -98)	5.36	0.70	-100.7(-107, -98)	4.84
15579-5303 $^{\spadesuit}$	15.2	-49.8(-60, -34)	11.87	14.45	-49.25(-62, -34)	11.60
15583-5314	2.57	-77.58	2.44	1.08	-77.30	2.15
16061-5048	3.72	-51.81	2.88	1.71	-51.67	2.07
16082-5031	2.10	-41.00	2.31	1.51	-40.95	2.26
16093-5015	2.43	-42.93	2.04	1.28	-42.82	1.66
16093-5128	2.29	-97.32	3.6	1.47	-96.96	3.45
16106-5048 $^{\spadesuit}$	1.99	-87.55(-92, -80)	5.96	0.95	-87.36(-92,-80)	5.87
16107-4956	0.69	-83.20	2.0	0.32	-82.89	1.45
16148-5011	5.22	-44.76	2.64	4.04	-44.47	2.02
16153-5016	0.58	-41.3	2.5	0.40	-41.44	1.99
16170-5053 $^{\spadesuit}$	2.53	-54.2(-59, -49)	4.25	0.55	-53.98	2.78
16187-4932	1.50	-60.58	3.56	0.32	-59.89	1.77
	$^{\clubsuit}$ 0.74	-48.27	2.69	$\leq$ 0.30	-	-
	0.48	-44.65	1.74	$\leq$ 0.30	-	-
16194-4934	1.41	-85.27	3.53	0.56	-84.64	2.67
16204-4916 $^{\spadesuit}$	8.34	-70.43(-85, -60)	10.02	4.29	-70.60(-85, -62)	10.35
16204-4943	$\leq$ 0.54	-	-	$\leq$ 0.38	-	-
16218-4931 $^{\spadesuit}$	3.33	-37.80(-45, -30)	6.32	2.85	-37.64(-45, -30)	5.1
16219-4848	0.95	-79.99	2.5	0.74	-79.81	2.89
16231-4819	0.42	-59.1	2.4	$\leq$ 0.34	-	-
16232-4917	3.22	-46.41	2.13	2.36	-46.37	1.99
16252-4853	1.19	-45.87	1.72	0.43	-45.77	1.65
16254-4844	1.55	-45.56	3.03	0.56	-45.27	2.44
	$^{\clubsuit}$ 0.93	-40.84	1.49	0.80	-40.85	1.51
16344-4605	$^{\clubsuit}$ 5.93	-61.53	5.25	0.80	-63.95	2.25
	$\leq$ 0.40			2.95	-60.64	3.54
16358-4614	$\leq$ 0.36	-	-	$\leq$ 0.36	-	-
16363-4645	2.09	-65.29	3.39	1.64	-65.23	2.49
	0.29	-61.02	2.12	0.90	-61.85	3.11
16369-4810	3.48	-39.09	4.58	1.44	-39.31	3.65
16403-4614 $^{\spadesuit}$	0.95	-120.1(-124, -117)	3.62	$\leq$ 0.37	-	-
16404-4518	$\leq$ 0.42	-	-	$\leq$ 0.37	-	-
16417-4445	1.14	-56.06	2.2	0.78	-56.13	2.0
16419-4602	2.22	-37.29	2.68	$\leq$ 0.75^*	-	-
16428-4109	0.77	-25.65	1.21	0.50	-25.80	1.02
16464-4359	2.55	-79.09	3.14	1.83	-79.44	2.59
16501-4314	5.63	-118.96	3.10	4.13	-118.79	2.68
16535-4300	$^{\clubsuit}$ 1.38	-122.83	2.0	0.90	-123.06	1.67
	$^{\clubsuit}$ 1.02	-88.16	2.75	0.47	-87.91	3.00
16573-4214	3.44	-23.68	2.49	$\leq$ 1.1^*	-	-
16581-4212	$\leq$ 0.32	-	-	$\leq$ 0.35	-	-
17033-4035	3.22	-114.77	1.98	1.35	-114.85	1.44
17036-4033	$^{\clubsuit}$ 1.26	-80.17	3.15	0.64	-80.13	3.4
	1.18	-38.49	3.23	$\leq$ 0.39	-	-
17040-3959 $^{\spadesuit}$	2.62	-0.40(-6, 6)	4.66	2.24	-0.21(-6, 6)	5.50
17082-4114	9.15	-20.18	3.50	$\leq$ 0.75^*	-	-
17114-3804	$\leq$ 0.37	-	-	$\leq$ 0.40	-	-
17140-3747	$\leq$ 0.36	-	-	$\leq$ 0.38	-	-
17141-3606	0.73	-3.97	1.6	0.19	-3.74	0.8
17156-3607	1.07	-3.15	2.4	0.68	-3.26	2.4
17211-3537	2.67	-69.58	3.37	2.00	-69.60	4.1
17218-3704	0.82	-20.68	1.6	0.60	-20.99	2.47
17225-3426	$^{\clubsuit}$ 4.97	-3.82	1.91	3.51	-4.00	1.73
	1.30	-0.44	3.16	$\leq$ 0.50	-	-
17230-3531	4.29	-91.89	4.2	3.02	-91.52	3.5
17256-3631	3.29	-12.45	3.13	3.29	-12.83	3.22
	$^{\clubsuit}$ 8.02	-8.69	2.60	7.91	-8.80	2.50
17285-3346	0.71	-16.07	2.61	$\leq$ 0.38	-	-
	$^{\clubsuit}$ 1.84	17.60	3.9	0.76	17.15	2.62
17338-3044	1.35	-8.15	2.5	0.65	-8.04	2.36
17355-3241	$^{\clubsuit}$ 2.62	-3.68	2.21	1.28	-3.82	2.15
	0.42	5.87	1.53	$\leq$ 0.40	-	-
17368-3057	$\leq$ 0.37	-	-	$\leq$ 0.43	-	-
17377-3109	10.57(-8, 10)	0.20	8.94	10.85	0.58	8.94
17410-3019	3.54	-22.15	2.16	1.89	-22.05	1.74
17419-3207	$\leq$ 0.41	-	-	$\leq$ 0.43	-	-
17425-3017	2.34	-20.23	2.15	2.20	-20.30	3.1

Source LaTeX | All tables | In the text

	1 Introduction
	2 Observations
	3 Observational results
	4 Derivation of the physical parameters
	5 Discussion
	6 Conclusions
	References
	Online Material