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Table 2

Sources extracted with Gaussclumps in the 870 μm continuum sum map of Cha I at scale 5, and possible associations found in the SIMBAD database.

Ngcl RA Decl. fpeaka ftota maj.a min.a PAa Sb Typ.c SIMBAD possible Dist.d
(J2000) (J2000) (Jy/beam) (Jy) (″) (″) (°) (″) associationsd (″)
(1) (2) (3) (4) (5) (6) (7) (8) (9) (10) (11) (12)

1 11:08:03.22 –77:39:17.9 2.580 3.093 23.5 22.9 50.0 23.2 S V* CU Cha (Or*) 0.5
BRAN 341B (BNe) 1.3
2 11:08:38.96 –77:43:52.9 1.206 1.893 26.6 26.6 –33.2 26.6 S Cha IR NEBULA (TT*) 6.2
3 11:10:00.13 –76:34:59.1 1.169 1.501 25.1 23.0 61.3 24.0 S V* WW Cha (Or*) 1.2
CHXR 44 (X) 6.6
[RNC96] Cha-MMS 2 (mm) 7.5
4 11:06:31.94 –77:23:38.9 1.053 6.350 55.1 49.3 41.5 52.1 C [RNC96] Cha-MMS 1a (mm) 6.9
5 11:06:46.44 –77:22:32.2 0.607 2.418 57.8 31.0 80.9 42.3 S [PMG2001] NIR 69 (IR) 2.2
IRAS 11051–7706 (Y*O) 2.9
[PMG2001] NIR 72 (IR) 5.9
[PMG2001] NIR 74 (IR) 6.4
[PMG2001] NIR 80 (IR) 12.8
6 11:06:15.51 –77:24:04.9 0.306 3.067 98.2 45.9 –7.0 67.2 C [PMG2001] NIR 16 (IR) 38.2
7 10:58:16.92 –77:17:18.3 0.293 0.314 22.7 21.3 –34.0 21.9 S V* SZ Cha (Or*) 1.3
8 11:07:01.85 –77:23:00.8 0.283 2.197 76.1 45.9 53.7 59.1 C ISO-ChaI 86 (Y*O) 14.6
IRAS 11057–7706 (Y*O) 26.4
[PCW91] Ced 110 IRS 6A (IR) 27.0
9 11:04:16.41 –77:47:32.1 0.209 1.249 53.4 50.4 –78.1 51.9 C
10 11:02:24.98 –77:33:36.3 0.195 0.197 21.4 21.2 –63.0 21.3 S V* CS Cha (Or*) 0.6
11 11:08:50.40 –77:43:46.7 0.167 0.773 60.3 34.5 5.2 45.6 C HJM C 9-1 (IR) 8.2
12 11:08:15.28 –77:33:51.9 0.168 0.173 21.9 21.2 –63.0 21.6 S Glass Ia (TT*) 1.2
SSTc2d J110815.3–773353 (*) 1.4
13 11:08:00.07 –77:38:43.8 0.161 0.412 44.3 26.0 79.7 33.9 C HH 920B (HH) 6.8
2M J11075792–7738449 (TT*) 7.0
2M J11080297–7738425 (Y*O) 9.4
[HTN2003] HD 97048 2 (IR) 11.5
ESO-HA 562 (Y*O) 12.3
14 11:09:45.85 –76:34:49.7 0.148 1.552 98.3 48.1 –7.9 68.8 C 2M J11094621-7634463 (TT*) 3.5
Hn 10W (Em*) 4.5
[ACA2003] Cha I4 (Em*) 7.3
OTS 20 (*) 13.0
[ACA2003] Cha I3 (pr*) 16.2
15 11:06:59.93 –77:22:00.6 0.154 0.276 31.0 26.1 15.0 28.4 C [PMG2001] NIR 103 (IR) 7.5
[PMG2001] NIR 96 (IR) 7.9
[PMG2001] NIR 101 (IR) 10.8
[PMG2001] NIR 93 (IR) 11.9
16 10:56:42.95 –77:04:05.1 0.134 1.278 82.6 51.8 23.0 65.4 C
17 10:56:30.56 –77:11:39.8 0.137 0.142 22.0 21.2 –88.6 21.6 S V* SY Cha (Or*) 0.6
18 11:09:47.42 –77:26:31.5 0.129 0.132 21.8 21.2 –10.2 21.5 S 2M J11094742–7726290 (Y*O) 2.4
19 11:06:39.88 –77:24:18.1 0.130 0.521 68.1 26.5 53.7 42.4 R
20 11:07:21.34 –77:22:12.1 0.119 0.121 21.6 21.2 –5.7 21.4 S DENIS-P J1107.4–7722 (Y*O) 1.3
[PMG2001] NIR 137 (IR) 3.8
[PMG2001] NIR 140 (IR) 4.4
21 11:06:06.48 –77:25:06.7 0.116 0.583 65.9 34.3 –20.9 47.5 C
22 11:04:23.35 –77:18:07.8 0.114 0.115 21.4 21.2 –19.0 21.3 S HH 48 IRS (HH) 2.0
HH 48E (HH) 7.5
23 11:02:10.85 –77:42:31.8 0.111 1.434 126.7 45.8 38.6 76.2 C
24 11:09:26.24 –76:33:28.3 0.111 0.455 56.3 32.7 27.1 42.9 C DENIS-P J1109.4-7633 (Y*O) 5.2
[ACA2003] Cha I2 (pr*) 8.1
25 11:03:36.59 –77:59:19.3 0.104 1.023 69.4 63.7 85.8 66.5 C
26 11:07:17.13 –77:23:20.2 0.109 0.403 49.8 33.6 –17.3 40.9 C [PMG2001] NIR 134 (IR) 4.8
DENIS-P J1107.3–7723 (Y*O) 11.9
[PMG2001] NIR 135 (IR) 15.4
[PMG2001] NIR 142 (IR) 16.7
27 11:06:35.35 –77:22:52.8 0.106 0.263 52.3 21.4 –74.9 33.5 R 1AXG J110700–7728 (X) 25.3
28 11:07:43.89 –77:39:41.6 0.093 0.094 21.4 21.2 –35.9 21.3 S Ass Cha T 2-28 (TT*) 0.8
29 11:10:01.05 –76:36:32.9 0.090 0.999 102.4 48.6 –8.0 70.5 C OTS 37 (*) 28.8
30 11:06:21.67 –77:43:58.4 0.089 0.392 47.4 41.7 –60.9 44.5 C
31 11:10:12.26 –76:35:30.1 0.093 0.211 35.8 28.5 –79.5 32.0 Sc 2M J11101141-7635292 (pr*) 3.0
32 11:03:21.97 –77:36:04.4 0.088 0.554 67.3 42.4 –77.0 53.4 C
33 11:04:49.58 –77:45:53.5 0.086 0.926 102.1 47.7 75.1 69.8 C
34 11:03:39.07 –77:47:54.0 0.083 0.529 76.3 37.5 60.7 53.5 C
35 11:11:27.78 –77:15:45.2 0.078 0.507 73.5 39.9 83.3 54.1 C
36 11:04:07.89 –77:48:13.1 0.082 0.197 37.4 29.0 –12.9 32.9 C
37 11:04:01.79 –77:58:50.4 0.078 1.016 90.7 64.3 –8.9 76.3 C
38 11:03:04.43 –77:34:19.4 0.079 0.262 40.5 37.0 –62.7 38.7 C
39 11:07:17.30 –77:38:42.3 0.077 0.307 50.3 35.8 –10.8 42.5 C HH 927 (HH) 12.3
40 11:09:03.86 –77:43:34.6 0.081 0.346 51.4 37.2 –9.1 43.8 C
41 11:02:10.46 –77:37:22.9 0.077 0.830 111.5 43.7 –10.3 69.8 C
42 11:09:39.48 –76:36:04.6 0.080 0.400 61.1 36.7 –83.9 47.3 C
43 11:07:47.07 –77:35:46.8 0.075 0.319 59.6 32.1 22.0 43.7 C
44 11:05:57.64 –77:24:18.9 0.082 0.323 49.3 36.1 44.8 42.2 C
45 11:00:43.98 –77:30:38.5 0.072 0.862 105.2 51.2 –80.5 73.4 C
46 11:00:58.29 –77:29:41.2 0.074 0.528 71.6 44.6 –33.4 56.5 C
47 11:07:32.72 –77:36:23.0 0.075 0.752 91.5 49.5 –61.2 67.3 C
48 11:10:01.60 –76:34:54.3 0.077 0.078 21.4 21.2 –6.3 21.3 R CHXR 44 (X) 1.8
V* WW Cha (Or*) 6.3
49 11:02:33.40 –77:42:20.1 0.075 0.348 58.2 36.0 0.0 45.8 C
50 10:50:56.54 –77:04:29.1 0.072 0.952 139.3 42.7 –75.1 77.1 C
51 11:08:12.67 –77:39:12.1 0.080 0.130 34.6 21.2 0.3 27.1 R
52 11:09:15.17 –77:18:10.7 0.071 0.235 55.8 26.6 38.4 38.5 C
53 11:06:23.17 –77:41:42.7 0.074 0.271 49.1 33.7 79.1 40.7 C
54 11:09:56.09 –77:14:16.7 0.070 0.365 77.6 30.1 86.9 48.3 C
55 11:02:10.12 –77:39:29.2 0.071 0.587 83.4 44.6 36.2 61.0 C
56 11:10:03.64 –76:38:02.6 0.068 0.445 82.3 35.8 –46.8 54.2 C
57 11:06:03.63 –77:34:52.7 0.070 0.426 58.7 46.6 –81.7 52.3 C
58 11:02:58.44 –77:38:42.5 0.070 0.241 48.3 31.9 –0.7 39.3 C
59 11:07:15.99 –77:24:35.6 0.068 0.192 48.7 26.0 44.0 35.6 C [PMG2001] NIR 129 (IR) 8.7
[PMG2001] NIR 130 (IR) 8.8
[PMG2001] NIR 126 (IR) 12.8
[PMG2001] NIR 136 (IR) 14.0
60 11:09:51.10 –76:51:19.2 0.066 0.598 90.0 45.6 34.2 64.0 C ISO-ChaI 206 (IR) 11.7
61 11:08:59.13 –77:45:08.6 0.067 0.292 46.5 42.4 –76.4 44.4 C
62 11:09:53.92 –76:34:23.2 0.070 0.071 21.5 21.2 10.2 21.3 Sc HH 914 (HH) 1.8
CED 112 IRS 4 (TT*) 2.9
63 11:10:01.87 –76:33:11.5 0.068 0.199 54.5 24.3 –33.5 36.4 Sc 2M J11100336-7633111 (Y*O) 5.3
[FL2004] 55 (pr*) 18.8
64 11:11:22.58 –77:16:24.4 0.066 0.229 73.2 21.4 –87.1 39.6 C
65 11:09:00.36 –77:40:12.6 0.065 0.112 36.6 21.2 –66.1 27.9 C
66 11:05:38.45 –77:49:12.5 0.065 0.069 22.4 21.4 69.9 21.9 A
67 11:07:24.50 –77:39:40.6 0.065 0.459 87.6 36.2 42.5 56.3 C
68 11:02:33.46 –78:01:38.2 0.063 0.170 50.7 24.0 87.8 34.9 C
69 11:06:24.83 –77:22:58.5 0.070 0.112 33.8 21.2 53.0 26.8 R [PMG2001] NIR 35 (IR) 5.3
70 11:04:47.42 –77:44:58.1 0.064 0.154 40.2 26.9 –63.6 32.9 C
71 11:09:07.16 –77:23:55.4 0.063 0.457 60.6 54.3 52.1 57.4 C
72 11:07:35.16 –77:21:45.8 0.064 0.158 34.9 31.9 –86.8 33.4 C
73 11:08:03.98 –77:20:53.1 0.061 0.188 50.5 27.8 –55.9 37.4 C
74 11:10:23.04 –76:38:40.4 0.063 0.295 52.8 40.1 13.1 46.0 C
75 11:06:30.97 –77:24:25.2 0.068 0.090 27.7 21.4 66.2 24.4 R
76 11:08:45.48 –77:44:22.7 0.063 0.080 27.1 21.2 68.3 24.0 R
77 11:11:09.52 –76:42:00.2 0.062 0.072 24.8 21.2 29.5 22.9 S 2M J11111083-7641574 (Y*O) 5.3
78 11:07:28.55 –77:19:40.6 0.060 0.145 36.6 29.9 –70.1 33.1 C
79 11:06:18.59 –77:44:40.1 0.061 0.159 40.7 28.8 87.1 34.2 C
80 11:05:28.19 –77:41:18.1 0.060 0.137 46.3 22.4 –23.4 32.2 C
81 10:56:49.93 –77:03:02.8 0.061 0.280 51.1 40.1 –86.3 45.3 C
82 11:02:12.48 –77:41:19.1 0.063 0.214 48.5 31.6 82.2 39.2 C
83 11:03:00.75 –77:49:18.2 0.061 0.118 41.0 21.4 –82.5 29.6 C
84 11:09:53.67 –76:42:12.0 0.058 0.350 61.6 43.7 23.5 51.9 C

Notes. 

(a)

Peak flux density (in Jy/21.2″-beam), total flux, FWHM along the major and minor axes, and position angle (east from north) of the fitted Gaussian.

(b)

Mean source size, equal to the geometrical mean of the major and minor FWHM.

(c)

Type of source based on the associations found in the SIMBAD database (see Table 3).

(d)

Source found in the SIMBAD database within the FWHM ellipse, its type in parentheses, and its distance to the peak position. 2MASS was abbreviated to 2M. The abbreviated references in square brackets and the source types in parentheses are defined in SIMBAD.

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