2006A&A...449.1077C


C.D.S. - SIMBAD4 rel 1.7 - 2021.01.21CET07:15:01

2006A&A...449.1077C - Astronomy and Astrophysics, volume 449, 1077-1088 (2006/4-3)

H2 active jets in the near IR as a probe of protostellar evolution.

CARATTI O GARATTI A., GIANNINI T., NISINI B. and LORENZETTI D.

Abstract (from CDS):

We present an in-depth near-IR analysis of a sample of H2 outflows from young embedded sources to compare the physical properties and cooling mechanisms of the different flows. The sample comprises 23 outflows driven by Class 0 and I sources having low-intermediate luminosity. We have obtained narrow band images in H2 2.12µm and [FeII] 1.64µm and spectroscopic observations in the range 1-2.5µm. From [FeII] images we detected spots of ionized gas in ∼74% of the outflows which in some cases indicate the presence of embedded HH-like objects. H2 line ratios have been used to estimate the visual extinction and average temperature of the molecular gas. Av values range from ∼2 to ∼15mag; average temperatures range between ∼2000 and ∼4000K. In several knots, however, a stratification of temperatures is found with maximum values up to 5000K. Such a stratification is more commonly observed in those knots which also show [FeII] emission, while a thermalized gas at a single temperature is generally found in knots emitting only in molecular lines. Combining narrow band imaging (H2, 2.12µm and [FeII], 1.64µm) with the parameters derived from the spectroscopic analysis, we are able to measure the total luminosity of the H2 and [FeII] shocked regions (LH2 and L[FeII]) in each flow. H2 is the major NIR coolant with an average LH2/L[FeII] ratio of ∼102. We find that ∼83% of the sources have a LH2/Lbol ratio ∼0.04, irrespective of the Class of the driving source, while a smaller group of sources (mostly Class I) have LH2/Lbol an order of magnitude smaller. Such a separation reveals the non-homogeneous behaviour of Class I, where sources with very different outflow activity can be found. This is consistent with other studies showing that among Class I one can find objects with different accretion properties, and it demonstrates that the H2 power in the jet can be a powerful tool to identify the most active sources among the objects of this class.

Abstract Copyright:

Journal keyword(s): stars: circumstellar matter - ISM: jets and outflows - ISM: kinematics and dynamics - ISM: lines and bands

Nomenclature: Fig.11, Table 7: [DE95] NGC 2264G AN (Nos I1-I5, H1-H5) added. Fig.12, Table 7: [CGN2006] VLA 1623 A (Nos A-D). Fig.12, Table 7: [GSWC2003] NNa (Nos 14h, 14i, 17b) added. Fig.17, Table 7: [NMV2001] Knot A (Nos N-R) added.

Simbad objects: 252

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Number of rows : 252

N Identifier Otype ICRS (J2000)
RA
ICRS (J2000)
DEC
Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2021
#notes
1 LDN 1448 DNe 03 22.5 +30 35           ~ 472 0
2 JCMTSE J032536.1+304514 Y*O 03 25 36.22 +30 45 15.7           ~ 102 0
3 IRAS 03225+3034 IR 03 25 36.49 +30 45 22.2           ~ 151 1
4 LDN 1448NA smm 03 25 36.49 +30 45 22.2           ~ 173 1
5 SSTc2d J032536.4+304522 Y*O 03 25 36.49 +30 45 22.2           ~ 187 1
6 [SDA2014] West4 Y*O 03 25 38.83 +30 44 06.2           ~ 242 1
7 IRAS F03226+3033 Y*O 03 25 38.83 +30 44 06.2           ~ 306 0
8 [JCC87] IRAS 4A Y*O 03 29 10.49 +31 13 30.8           ~ 614 1
9 [JCC87] IRAS 4 FIR 03 29 10.9 +31 13 26           ~ 468 0
10 NGC 1333 OpC 03 29 11 +31 18.6           ~ 1240 1
11 [JCC87] IRAS 4B Y*O 03 29 12.058 +31 13 02.05           ~ 563 0
12 2MASX J03291426+3114463 G 03 29 14.268 +31 14 46.31           ~ 10 0
13 HH 347 HH 03 29 15.7 +31 15 22           ~ 8 0
14 NAME Perseus Cloud SFR 03 35.0 +31 13           ~ 1101 0
15 [MRZ94] c PoC 03 43 53.08 +32 01 13.5           ~ 4 0
16 [MRZ94] d PoC 03 43 53.96 +32 01 04.3           ~ 4 0
17 2MASX J03435514+3201035 PoC 03 43 55.147 +32 01 03.54           ~ 4 0
18 HH 211 cor 03 43 56.52 +32 00 52.8           ~ 299 0
19 [MRZ94] g PoC 03 43 57.62 +32 00 45.1           ~ 5 0
20 [MRZ94] i PoC 03 43 59.35 +32 00 35.5           ~ 4 0
21 [MRZ94] j PoC 03 43 59.74 +32 00 35.0           ~ 4 0
22 HH 240A HH 05 19 40.5 -05 51 42           ~ 10 1
23 HH 240 HH 05 19 40.7 -05 51 44           ~ 30 0
24 NAME HH 240/241 DNe 05 19 48.9 -05 52 05           ~ 106 1
25 HH 241A HH 05 19 57.0 -05 52 24           ~ 9 0
26 HH 241 HH 05 19 58.2 -05 52 24           ~ 16 0
27 M 42 HII 05 35 17.3 -05 23 28           ~ 3765 0
28 HH 64 HH 05 37 47.8 -07 05 30           ~ 183 0
29 HH 43 HH 05 38 10.4 -07 09 25           ~ 99 0
30 NAME Ori A MoC 05 38 -07.1           ~ 2718 0
31 HH 38 HH 05 38 21.8 -07 11 38           ~ 36 0
32 NAME Horsehead Nebula DNe 05 40 59.0 -02 27 30           ~ 451 0
33 NAME Flame Nebula HII 05 41 42.7 -01 54 44           ~ 692 1
34 NAME Ori B MoC 05 41 43.0 -01 54 44           ~ 1200 0
35 [ZMR98] SB3 ? 05 43 49.05 -01 04 08.7           ~ 7 0
36 [ZMR98] SB2 ? 05 43 50.35 -01 03 29.6           ~ 5 0
37 [ZMR98] SB1 ? 05 43 50.36 -01 03 28.1           ~ 8 0
38 [ZMR98] SK5 ? 05 43 51.02 -01 03 07.3           ~ 4 0
39 [ZMR98] SK4 ? 05 43 51.07 -01 03 05.4           ~ 8 0
40 [ZMR98] SK2 ? 05 43 51.18 -01 03 01.8           ~ 9 0
41 [ZMR98] SK1 ? 05 43 51.28 -01 02 58.3           ~ 13 0
42 HH 212 HH 05 43 51.41 -01 02 53.1           ~ 290 1
43 IRAS 05413-0104 IR 05 43 51.5 -01 02 52           ~ 77 0
44 [ZMR98] NK1 ? 05 43 51.56 -01 02 48.2           ~ 9 0
45 [ZMR98] NK2 ? 05 43 51.67 -01 02 43.8           ~ 8 0
46 [ZMR98] NK4 ? 05 43 51.76 -01 02 40.4           ~ 7 0
47 [ZMR98] NK7 ? 05 43 52.01 -01 02 30.7           ~ 7 0
48 [ZMR98] NB1 ? 05 43 52.36 -01 02 16.6           ~ 9 0
49 [ZMR98] NB2 ? 05 43 52.41 -01 02 14.9           ~ 7 0
50 LDN 1630 DNe 05 45.5 -00 59           ~ 354 0
51 HH 24G HH 05 46 -00.2           ~ 19 0
52 2MASS J05460363-0014493 Y*O 05 46 03.63 -00 14 49.3           ~ 48 0
53 HH 26 HH 05 46 05.1 -00 14 17           ~ 94 1
54 HH 25 HH 05 46 06 -00 13.4           ~ 70 0
55 NAME HH 24-26 MoC 05 46 07.34 -00 13 31.3           ~ 31 0
56 HH 24C HH 05 46 07.69 -00 09 40.3           ~ 22 0
57 NAME HH 25MMS Y*O 05 46 07.8 -00 13 41           ~ 54 0
58 2MASS J05460787-0010014 Y*O 05 46 07.873 -00 10 01.41           ~ 27 0
59 HH 24B HH 05 46 07.97 -00 10 05.5           ~ 10 0
60 IRAS 05435-0011 Y*O 05 46 08.45544 -00 10 02.9568           ~ 78 0
61 HH 24E HH 05 46 08.5 -00 09 28           ~ 14 0
62 LMZ 3 IR 05 46 08.8 -00 10 47           ~ 84 0
63 HH 24 HH 05 46 09 -00 10.2           ~ 153 1
64 HH 24A HH 05 46 09.212 -00 10 26.20           ~ 34 0
65 HH 24D HH 05 46 09.64 -00 09 54.3           ~ 8 0
66 HH 311 HH 05 49 57.000 +02 53 12.00           ~ 23 1
67 HH 111 HH 05 51 44.2 +02 48 34           ~ 387 0
68 [RYR99] VLA 2 IR 05 51 46.07 +02 48 30.6           ~ 11 0
69 NAME HH 111 IRS Y*O 05 51 46.1 +02 48 30           ~ 74 0
70 HH 113 HH 05 53 35.0 +02 43 23           ~ 20 0
71 HH 182 HH 05 54 10 +02 37.2           ~ 2 0
72 NAME Mon I MoC 06 35 +10.1           ~ 219 0
73 NGC 2264F PoC 06 40 07 +09 37.9           ~ 4 1
74 NGC 2264E PoC 06 40 25 +09 36.7           ~ 3 1
75 [DE95] NGC 2264G H5 IR 06 41 00.0 +09 55 54           ~ 1 0
76 [DE95] NGC 2264G H4 IR 06 41 01.1 +09 55 59           ~ 1 0
77 [DE95] NGC 2264G H3 IR 06 41 02.2 +09 55 47           ~ 1 0
78 [DE95] NGC 2264G H2 IR 06 41 02.8 +09 55 56           ~ 1 0
79 NAME Mon OB1 H PoC 06 41 03 +10 37.0           ~ 14 1
80 [DE95] NGC 2264G H1 IR 06 41 03.8 +09 55 54           ~ 1 0
81 [DE95] NGC 2264G A2 PoC 06 41 04.9 +09 55 50           ~ 2 0
82 NAME Mon OB1 I PoC 06 41 05 +10 49.7           ~ 12 0
83 Cl* NGC 2264 SBL 2382 Or* 06 41 09.3424263261 +09 56 08.106584362   20.36 17.77 16.15 14.47 K5 16 0
84 NAME Mon OB1 D PoC 06 41 09.9 +09 34 34           ~ 53 1
85 V* V610 Mon Or* 06 41 10.9516043796 +09 54 16.658177358 16.860 16.357 15.480 14.984 14.511 ~ 9 0
86 NAME Mon OB1 C PoC 06 41 11 +09 29.1           ~ 49 1
87 [GCT94] VLA 2 Rad 06 41 11.053 +09 55 59.23           ~ 7 1
88 NAME Mon OB1 G PoC 06 41 12 +09 55.6           ~ 107 0
89 NGC 2264 186 TT* 06 41 13.241880 +09 55 08.70528 18.15 17.19 15.61 14.64 13.51 M1 24 0
90 NGC 2264 190 TT* 06 41 13.8103263559 +09 55 43.917923757 17.71 12.94 12.350 11.966 11.64 G0V 38 0
91 [DE95] NGC 2264G 5 * 06 41 15.8 +09 55 24           ~ 2 0
92 CSIMon-005201 * 06 41 18.1026304805 +09 56 35.835944733         13.53 ~ 5 0
93 [DE95] NGC 2264G C2 PoC 06 41 19.4 +18 45 57           ~ 2 0
94 NGC 2264B PoC 06 41 22 +09 24.8           ~ 5 1
95 [DE95] NGC 2264G I4 IR 06 41 26.0 +09 55 46           ~ 1 0
96 [DE95] NGC 2264G I3 IR 06 41 26.5 +09 55 46           ~ 1 0
97 [DE95] NGC 2264G I2 IR 06 41 27.0 +09 55 48           ~ 1 0
98 [DE95] NGC 2264G I1 IR 06 41 28.1 +09 55 54           ~ 1 0
99 [DE95] NGC 2264G I5 IR 06 41 28.6 +09 55 17           ~ 1 0
100 NGC 2264A PoC 06 42 42 +09 13.3           ~ 6 0
101 IRAS 07180-2356 Y*O 07 20 08.36 -24 02 23.0           ~ 11 2
102 Ced 96 Y*O 07 20 10.3 -24 02 24           ~ 29 1
103 HH 120 HH 08 09 32.6 -36 04 55           ~ 59 0
104 CG 30 CGb 08 09 32.8 -36 05 00           ~ 122 0
105 IRAS 08211-4158 IR 08 22 52.08 -42 07 53.7           ~ 24 0
106 HH 219 HH 08 22 54.0 -42 08 47           ~ 5 1
107 [MGL99] IRS 17 43 * 08 46 32.58 -43 54 37.1           ~ 2 0
108 NAME VELA MOL RIDGE MoC 08 53 -45.0           ~ 135 0
109 NAME Vela C Cld 08 57 -43.2           ~ 128 0
110 NAME Chamaeleon Region SFR 11 55 -78.0           ~ 703 0
111 HH 320 HH 12 01 32.7 -65 08 11           ~ 15 0
112 [B2001b] IRS 2 Y*O 12 01 34.0 -65 08 44           ~ 24 0
113 HH 321 HH 12 01 36.3 -65 09 34           ~ 12 0
114 BHR 71 MoC 12 01 36.810 -65 08 49.22           ~ 120 0
115 HH 53 HH 12 55 06.4 -76 57 46           ~ 36 0
116 IRAS C12515-7641 IR 12 55.2 -76 57           ~ 8 1
117 HH 54X HH 12 55 40.51 -76 57 35.3           ~ 5 0
118 HH 54Y HH 12 55 44.2 -76 57 14           ~ 4 0
119 HH 54A HH 12 55 49 -76 56.4           ~ 10 0
120 HH 54 HH 12 55 49.5 -76 56 08           ~ 118 0
121 HH 54B HH 12 55 50.3 -76 56 23           ~ 30 0
122 HH 54C HH 12 55 50.4 -76 56 05           ~ 13 0
123 HH 54C2 HH 12 55 52 -75 56.1           ~ 4 0
124 SSTc2d J125552.5-765616 Y*O 12 55 52.70 -76 56 16.0           ~ 14 0
125 HH 54C1 HH 12 55 53 -76 56.1           ~ 4 0
126 HH 54K HH 12 55 53.5 -76 56 22           ~ 11 0
127 HH 54E HH 12 55 53.6 -76 56 20           ~ 14 0
128 [GSWC2003] 11a PoC 16 26 16.0 -24 22 42           ~ 3 0
129 JCMTSE J162616.6-242256 PoC 16 26 16.5 -24 22 47           ~ 4 0
130 [GSWC2003] 19 PoC 16 26 16.9 -24 25 52           ~ 2 0
131 [GSWC2003] 13a PoC 16 26 18.8 -24 23 27           ~ 2 0
132 Elia 2-20 TT* 16 26 18.8782824640 -24 28 19.698059817           ~ 97 1
133 [GSWC2003] 13c PoC 16 26 18.9 -24 23 31           ~ 2 0
134 CRBR 2317.5-1729 Y*O 16 26 18.98232 -24 24 14.2596           ~ 41 0
135 [GSWC2003] 13b PoC 16 26 19.1 -24 23 26           ~ 2 0
136 [GSWC2003] 14i PoC 16 26 19.8 -24 23 19           ~ 2 0
137 [GSWC2003] 14h PoC 16 26 20.6 -24 23 16           ~ 2 0
138 GSS 30 Y*O 16 26 21.38160 -24 23 04.0524           ~ 200 1
139 [GSWC2003] 14d PoC 16 26 21.6 -24 23 52           ~ 2 0
140 [GSWC2003] 14f PoC 16 26 21.6 -24 23 34           ~ 3 0
141 [GSWC2003] 14e PoC 16 26 21.9 -24 23 40           ~ 3 0
142 [GSWC2003] 14g PoC 16 26 22.0 -24 23 29           ~ 3 0
143 [GSWC2003] 14c PoC 16 26 22.1 -24 24 03           ~ 2 0
144 [GSWC2003] 14a PoC 16 26 22.4 -24 24 09           ~ 2 0
145 [GSWC2003] 14b PoC 16 26 22.6 -24 24 05           ~ 2 0
146 [GSWC2003] 17b PoC 16 26 24.0 -24 24 10           ~ 2 0
147 [DE95] VLA 1623 E PoC 16 26 24.7 -24 24 23           ~ 5 0
148 NAME VLA 1623-243 Y*O 16 26 26.42 -24 24 30.0           ~ 376 0
149 [SSG2006] MMS002 smm 16 26 26.50 -24 24 30.9           ~ 241 0
150 [GSWC2003] 18 PoC 16 26 27.7 -24 24 48           ~ 2 0
151 [DMW95] H3 PoC 16 26 31.3 -24 25 17           ~ 6 0
152 [GSWC2003] 20b PoC 16 26 31.9 -24 25 20           ~ 4 0
153 [GSWC2003] 20c PoC 16 26 32.5 -24 25 22           ~ 4 0
154 [DMW95] H2 PoC 16 26 33.1 -24 25 26           ~ 6 0
155 [GSWC2003] 20e PoC 16 26 33.5 -24 25 30           ~ 2 0
156 [DMW95] H1 PoC 16 26 33.9 -24 25 32           ~ 7 0
157 [GSWC2003] 21a PoC 16 26 35.9 -24 25 30           ~ 4 0
158 HH 79 HH 16 26 46.5 -24 20 25           ~ 11 0
159 HH 711 HH 16 27 10.2 -24 17 43           ~ 6 0
160 NAME Ophiuchus Molecular Cloud SFR 16 28 06 -24 32.5           ~ 3113 1
161 [DE95] VLA 1623 C PoC 16 28 19 -24 23.5           ~ 5 0
162 HH 460 HH 18 29 38.6 +01 18 24           ~ 11 1
163 [HBR97] S7 PoC 18 29 47.9 +01 16 06           ~ 3 0
164 [HBR97] S8 PoC 18 29 48.7 +01 16 21           ~ 2 0
165 NAME Serpens Cloud SFR 18 29 49 +01 14.8           ~ 942 2
166 [HBR97] S9 PoC 18 29 49.0 +01 16 53           ~ 2 0
167 NAME SH 2-68 FIR 1 cor 18 29 49.63 +01 15 21.9           ~ 239 2
168 [HBR97] S10 PoC 18 29 50.0 +01 16 50           ~ 2 0
169 [HBR97] S5 PoC 18 29 50.5 +01 14 15           ~ 2 0
170 [HBR97] S6 PoC 18 29 50.8 +01 15 16           ~ 3 0
171 [HBR97] S4 PoC 18 29 52.8 +01 14 56           ~ 3 0
172 [HBR97] S11 PoC 18 29 53.6 +01 15 56           ~ 3 0
173 [HBR97] S12 PoC 18 29 58.9 +01 17 33           ~ 2 0
174 HH 459 HH 18 30 02.6 +01 14 45           ~ 6 1
175 HH 97 HH 19 01 45.78 -37 00 01.5           ~ 15 0
176 2MASS J19014805-3657219 Y*O 19 01 48.056 -36 57 21.95           ~ 97 0
177 HH 100 HH 19 01 49.1 -36 58 16           ~ 79 0
178 [TS84] IRS 6 Y*O 19 01 50.373 -36 56 39.05           M2 31 0
179 V* V710 CrA Or* 19 01 50.67792 -36 58 09.6132           K7: 118 0
180 NAME CrA Dark Cloud MoC 19 01 51 -36 58.9           ~ 409 0
181 [WMB97] 185830.2-370122 Y*O 19 01 52.63 -36 57 00.2           ~ 29 0
182 V* R CrA Ae* 19 01 53.6850227874 -36 57 08.145519972 12.781 12.651 11.917 11.242 10.412 B5IIIpe 456 1
183 2MASS J19015545-3657231 Y*O 19 01 55.460 -36 57 23.13           ~ 91 2
184 2MASS J19015865-3656170 Y*? 19 01 58.6534091541 -36 56 17.179942651           ~ 17 0
185 V* T CrA Ae* 19 01 58.7901571143 -36 57 50.329832417     11.67     F0 157 0
186 HH 99E HH 19 01 59 -36 57.3           ~ 2 0
187 HH 104 HH 19 01 59.0 -36 57 16           ~ 9 1
188 HH 99C HH 19 02 00.91 -36 55 17.5           ~ 5 0
189 HH 99 HH 19 02 05.3 -36 54 40           ~ 28 0
190 HH 99A HH 19 02 05.41 -36 54 39.6           ~ 19 0
191 HH 99B HH 19 02 05.61 -36 54 35.0           ~ 19 0
192 JCMTSE J203901.1+680304 IR 20 39 00.4 +68 03 14           ~ 19 0
193 LDN 1157 DNe 20 39 06.4 +68 02 13           ~ 496 0
194 [DE95] LDN 1157 A8 PoC 20 39 07.5 +68 01 30           ~ 2 0
195 [DE95] LDN 1157 A7 PoC 20 39 08 +68 01.8           ~ 2 0
196 [DE95] LDN 1157 A2 PoC 20 39 09 +68 01.3           ~ 3 0
197 [DE95] LDN 1157 A3 PoC 20 39 09.5 +68 01 12           ~ 2 0
198 JCMTSF J203910.0+680123 PoC 20 39 09.9 +68 01 15           ~ 5 0
199 [DE95] LDN 1157 A4 PoC 20 39 11 +68 01.1           ~ 2 0
200 [DE95] LDN 1157 A6 PoC 20 39 11 +68 01.6           ~ 2 0
201 [DE95] LDN 1157 A5 PoC 20 39 12.5 +68 01 14           ~ 2 0
202 HD 206267 SB* 21 38 57.6182747705 +57 29 20.557311013 5.09 5.83 5.62   5.56 O6.0V((f))+O9:V 457 0
203 IC 1396 OpC 21 39 00 +57 29.4           ~ 448 1
204 [NMV2001] Knot P IR 21 40 33.7 +58 17 55           ~ 3 0
205 [NMV2001] Knot C PoC 21 40 35 +58 18.3           ~ 4 0
206 [NMV2001] Knot E PoC 21 40 36 +58 17.6           ~ 3 0
207 [NMV2001] Knot G PoC 21 40 38 +58 17.0           ~ 5 0
208 [BGE2002] BIMA 1 Y*O 21 40 39.67 +58 16 06.2           ~ 15 0
209 [NMV2001] Knot R IR 21 40 40.2 +58 15 10           ~ 1 0
210 NAME HH 777 IRS ? 21 40 41.6 +58 16 38           ~ 4 0
211 [NMV2001] Knot Q IR 21 40 41.7 +58 15 54           ~ 2 0
212 [NMV2001] Knot F PoC 21 40 42 +58 18.3           ~ 4 1
213 [BGE2002] BIMA 2 Y*O 21 40 42.36 +58 16 09.7           ~ 116 0
214 NAME IC 1396 North CGb 21 40 42.6537 +58 16 01.882           ~ 182 1
215 [BGE2002] BIMA 3 Y*O 21 40 42.77 +58 16 01.1           ~ 16 0
216 [NMV2001] Knot A PoC 21 40 44 +58 16.3           ~ 4 0
217 HH 593 HH 21 40 45.2 +58 16 09           ~ 5 0
218 [NMV2001] Knot D PoC 21 40 46 +58 17.7           ~ 4 1
219 [NMV2001] Knot N IR 21 40 47.2 +58 16 02           ~ 2 0
220 [NMV2001] Knot O IR 21 40 53.5 +58 17 02           ~ 2 0
221 [NMV2001] Knot B PoC 21 40 56 +58 16.7           ~ 3 0
222 Ass Cep OB 2 As* 21 51 +60.0           ~ 280 0
223 HH 99F HH ~ ~           ~ 1 0
224 HH 99G HH ~ ~           ~ 1 0
225 HH 24A1 HH ~ ~           ~ 1 0
226 HH 24A2 HH ~ ~           ~ 1 0
227 HH 24A3 HH ~ ~           ~ 1 0
228 [HL95] NGC 1333 IRAS 2 5 PoC ~ ~           ~ 2 0
229 [HL95] NGC 1333 IRAS 2 6 PoC ~ ~           ~ 2 0
230 [HL95] NGC 1333 IRAS 2 3 PoC ~ ~           ~ 2 0
231 [DE95] NGC 2264G F5 PoC ~ ~           ~ 2 0
232 [DE95] NGC 2264G F3 PoC ~ ~           ~ 2 0
233 [DE95] NGC 2264G F2 PoC ~ ~           ~ 2 0
234 [DE95] NGC 2264G F1 PoC ~ ~           ~ 2 0
235 [DE95] NGC 2264G C1 PoC ~ ~           ~ 2 0
236 [DE95] NGC 2264G A7 PoC ~ ~           ~ 2 0
237 [DE95] NGC 2264G A3 PoC ~ ~           ~ 2 0
238 [DE95] NGC 2264G A1 PoC ~ ~           ~ 2 0
239 [DE95] LDN 1157 D3 PoC ~ ~           ~ 2 0
240 HH 24L HH ~ ~           ~ 2 0
241 [DE95] LDN 1157 C4 PoC ~ ~           ~ 2 0
242 [NMV2001] Knot M PoC ~ ~           ~ 3 0
243 [NMV2001] Knot K PoC ~ ~           ~ 3 0
244 [NMV2001] Knot J PoC ~ ~           ~ 3 0
245 [NMV2001] Knot I PoC ~ ~           ~ 3 0
246 [NMV2001] Knot H PoC ~ ~           ~ 3 0
247 HH 99D HH ~ ~           ~ 2 0
248 HH 24K HH ~ ~           ~ 5 0
249 [HL95] NGC 1333 IRAS 2 11 PoC ~ ~           ~ 2 0
250 [HL95] NGC 1333 IRAS 2 10 PoC ~ ~           ~ 2 0
251 [DE95] LDN 1157 C2 PoC ~ ~           ~ 4 0
252 HH 24N HH ~ ~           ~ 1 0

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2021.01.21-07:15:01

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