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Table 1:

Target list.
  Source RA Dec $V_{\rm lsr}$ Obs.a Moleculesb Referencesc
#   (J2000.0) (J2000.0) (km s-1 )      
1 L1355 02:53:12.1 +68:55:52 -3.7 m, e NH3 14
2 NH3SRC8 03:25:26.3 +30:45:05 +4.1 m, e, n NH3, N2H+ 5
3 NH3SRC28 03:27:26.4 +29:51:08 +5.6 e NH3 5
4 NH3SRC36 03:27:55.9 +30:06:18 +4.7 m NH3 5
5 NH3SRC91 03:30:15.2 +30:23:39 +5.9 m NH3 5
6 NH3SRC95 03:30:32.1 +30:26:19 +6.1 m NH3, HC3N 5
7 NH3SRC97 03:30:50.5 +30:49:17 +7.7 e NH3 5
8 L1489 04:04:49.0 +26:18:42 +6.7 e, n NH3, HC3N, N2H+ 1, 4
9 L1498 04:10:51.4 +25:09:58 +7.8 e, n NH3, HC3N, N2H+ 1, 3, 4, 6
10 L1495 04:14:08.2 +28:08:16 +6.8 e, n NH3, HC3N, N2H+ 1, 6
11 L1521F 04:28:39.8 +26:51:35 +6.5 e NH3, HC3N 4, 6, 10
12 L1524 04:29:22.7 +24:34:58 +6.5 e, n NH3, HC3N, N2H+ 4, 8, 10
13 B217S-W 04:27:46.4 +26:17:52 +7.0 e NH3, HC3N 1, 4, 12
14 L1400K 04:30:52.0 +54:51:55 +3.3 e, n NH3, HC3N 1, 3, 4, 6
15 TMC-2 04:32:48.6 +24:25:12 +6.2 e, n NH3, HC3N, N2H+ 1
16 L1536 04:33:23.5 +22:42:46 +5.6 e, n NH3, HC3N, N2H+ 1, 4
17 CB22 04:40:33.1 +29:55:04 +6.0 e NH3, HC3N 4
18 TMC-1C 04:41:38.8 +26:00:42 +5.2 m,e,n NH3, HC3N, N2H+ 1, 2, 3, 4
19 TMC-1/HC3N 04:41:41.8 +25:41:42 +5.9 m NH3, HC3N 9, 11
20 CB23 04:43:27.7 +29:39:11 +6.0 e, n NH3, HC3N, N2H+ 4, 6
21 L1517B 04:55:18.8 +30:38:04 +5.8 e, n NH3, HC3N, N2H+ 2, 4, 6
22 L1512 05:04:09.6 +32:43:09 +7.1 m, e, n NH3, HC3N, N2H+ 1, 2, 4, 6, 8
23 L1544 05:04:16.5 +25:10:48 +7.2 e, n NH3, HC3N 3, 4, 6, 8, 9
24 L134A 15:53:36.2 -04:35:26 +2.7 e NH3 4, 6, 8
25 L183 15:54:06.4 -02:52:23 +2.4 m, e, n NH3, HC3N, N2H+ 4, 6, 7, 8
26 L43 16:34:35.0 -15:46:36 +0.7 e, n NH3, HC3N, N2H+ 4
27 L260-NH3 16:47:06.6 -09:35:21 +3.5 e, n NH3, HC3N, N2H+ 1, 8, 12
28 L234A 16:48:06.8 -10:51:48 +2.9 e NH3, HC3N 4, 8
29 L234S-E 16:48:08.6 -10:57:25 +3.2 e NH3 4
30 L63 16:50:15.4 -18:06:06 +5.7 e NH3, HC3N 4, 8
31 CB68 16:57:19.4 -16:09:25 +5.2 e NH3, HC3N 4
32 L492 18:15:49.6 -03:46:14 +7.7 e NH3, HC3N 6
33 L778 19:26:32.5 +23:58:42 +9.9 m NH3 1, 4
34 B335 19:37:01.3 +07:34:07 +8.4 e NH3, HC3N 4, 8
35 L694-2 19:41:04.4 +10:57:02 +9.5 m, e NH3 6, 13
36 L1049-2 20:41:30.5 +57:33:44 +0.1 e NH3 15
37 L1251T3 22:29:50.3 +75:13:25 -3.8 e, n NH3, HC3N, N2H+ 4
38 L1251T2 22:30:31.2 +75:13:38 -4.0 e, n NH3, HC3N, N2H+ 4
39 L1251T1 22:31:02.3 +75:13:39 -4.2 e, n NH3, HC3N, N2H+ 4
40 L1251C 22:35:53.6 +75:18:55 -4.7 e, n NH3, HC3N, N2H+ 16,17
41 L1197 22:37:02.1 +58:57:22 -3.1 e, n NH3, HC3N, N2H+ 6,13

Notes. (a) Observations: m - Medicina 32-m, e - Effelsberg 100-m, and n - Nobeyama 45-m radio telescopes. (b) Detected transitions: NH3 (J,K) = (1,1), HC3N J = 2-1, N2H+ J = 1-0. (c) References: (1) Benson & Myers (1989); (2) Myers et al. (1983); (3) Howe et al. (1994); (4) Jijina et al. (1999); (5) Rosolowsky et al. (2008); (6) Crapsi et al. (2005); (7) Pagani et al. (2009); (8) Fuller & Myers (1993); (9) Churchwell et al. (1984); (10) Codella et al. (1997); (11) Benson & Myers (1983); (12) Motte & Andre (2001); (13) Lee et al. (2007); (14) Park et al. (2004); (15) Lee et al. (1999); (16) Caselli et al. (2002); (17) Walsh et al. (2004).


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