2009A&A...502..139H


Query : 2009A&A...502..139H

2009A&A...502..139H - Astronomy and Astrophysics, volume 502, 139-153 (2009/7-4)

Star formation in Perseus. V. Outflows detected by HARP.

HATCHELL J. and DUNHAM M.M.

Abstract (from CDS):

Molecular outflows provide an alternative method of identifying protostellar cores, complementary to recent mid-infrared studies. Continuing our studies of Perseus, we investigate whether all Spitzer-identified protostars, and particularly those with low luminosities, drive outflows and if any new protostellar cores (perhaps harbouring low-mass sources) can be identified via their outflows alone. We have used the heterodyne array receiver HARP on JCMT to make deep 12CO 3-2 maps of submm cores in Perseus, extending and deepening our earlier study with RxB and bringing the total number of SCUBA cores studied up to 83. Our survey includes 23/25 of the Spitzer low-luminosity objects believed to be embedded protostars, including three VeLLOs. All but one of the cores identified as harbouring embedded YSOs have outflows, confirming outflow detections as a good method for identifying protostars. We detect outflows from 20 Spitzer low-luminosity objects. We do not conclusively detect any outflows from IR-quiet cores, though confusion in clustered regions such as NGC1333 makes it impossible to identify all the individual driving sources. This similarity in detection rates despite the difference in search methods and detection limits suggests either that the sample of protostars in Perseus is now complete or that the existence of an outflow contributes to the Spitzer detectability, perhaps through the contribution of shocked H2 emission in the IRAC bands. For five of the low-luminosity sources (including two previously believed to be embedded), there is no protostellar envelope detected at 350µm and the Spitzer emission is entirely due to shocks. Additionally, we detect the outflow from IRAS 03282+3035 at 850µm with SCUBA with 20-30% of the submm flux due to CO line contamination in the continuum passband.

Abstract Copyright:

Journal keyword(s): star: formation - stars: evolution - submillimeter - ISM: jets and outflows

Simbad objects: 142

goto Full paper

goto View the references in ADS

Number of rows : 142
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           ~ 491 0
2 IRAS 03222+3034 Y*O 03 25 22.32 +30 45 13.9           ~ 132 0
3 JCMTSE J032525.9+304502 Y*O 03 25 25.9 +30 45 03           ~ 50 0
4 LDN 1448NW Y*O 03 25 35.66 +30 45 34.2           ~ 65 0
5 JCMTSE J032536.1+304514 Y*O 03 25 36.22 +30 45 15.7           ~ 109 0
6 [SDA2014] West4 Y*O 03 25 38.83 +30 44 06.2           ~ 245 1
7 IRAS F03226+3033 Y*O 03 25 38.83 +30 44 06.2           ~ 319 0
8 [EYG2006] Bolo 11 cor 03 25 46.0 +30 44 10           ~ 9 0
9 [KJT2007] SMM J032581+30423 cor 03 25 49.0 +30 42 25           ~ 14 1
10 IRAS 03235+3004 Y*O 03 26 37.425 +30 15 28.39           ~ 76 0
11 HH 317 HH 03 27 11.3 +30 11 59           ~ 8 0
12 NAME LDN 1455 IRS 5 Y*O 03 27 38.255 +30 13 58.57           ~ 45 0
13 NAME LDN 1455 IRS 1 cor 03 27 39.08 +30 13 03.1           ~ 147 0
14 [KJT2007] SMM J032766+30122 smm 03 27 39.9 +30 12 10           ~ 10 0
15 NAME LDN 1455 IRS 4 cor 03 27 43.23 +30 12 28.9           ~ 67 0
16 2MASS J03274767+3012043 Y*O 03 27 47.6826386762 +30 12 04.459144041     19.6     ~ 98 1
17 LDN 1455 DNe 03 28 00.6480 +30 07 58.800           ~ 175 1
18 [EYG2006] Bolo 26 cor 03 28 32.4 +31 04 43           ~ 9 0
19 2MASS J03283258+3111040 cor 03 28 32.581 +31 11 04.10           ~ 44 0
20 [EYG2006] Bolo 27 mm 03 28 33.3 +30 19 35           ~ 6 0
21 HH 744B HH 03 28 33.4 +31 12 15           ~ 2 0
22 2MASS J03283450+3100510 Y*O 03 28 34.501 +31 00 51.01           ~ 70 0
23 [EYG2006] Bolo 28 cor 03 28 34.53 +31 07 05.5           ~ 34 0
24 IRAS 03255+3103 Y*O 03 28 37.06800 +31 13 31.0044           ~ 82 1
25 [EYG2006] Bolo 30 Y*O 03 28 39.10 +31 06 01.7           ~ 35 0
26 [HRF2005] 60 Y*O 03 28 39.3 +31 18 27           ~ 12 0
27 [HFR2007] 55 cor 03 28 40.63 +31 17 56.5           ~ 38 1
28 [KJT2007] SMM J032871+31062 cor 03 28 42.6 +31 06 10           ~ 14 1
29 2MASS J03284355+3117364 Y*O 03 28 43.5575460984 +31 17 36.487675169     19.66 17.87 15.28 M5.0 32 1
30 IRAS 03256+3055 Y*O 03 28 45.306 +31 05 42.05           ~ 49 3
31 [JCC87] IRAS 2A Y*O 03 28 55.55 +31 14 36.7           ~ 422 3
32 [DCE2008] 070 Y*O 03 28 56.60 +31 07 37.0           ~ 8 0
33 ASR 64 Y*O 03 28 57.11 +31 19 11.9           M7.3 16 0
34 [EYG2006] Bolo 40 cor 03 28 59.63 +31 21 33.9           ~ 26 0
35 [SK2001] 1 Y*O 03 29 00.55 +31 12 00.8           ~ 54 1
36 ASR 114 Y*O 03 29 01.16520 +31 20 24.4140           ~ 73 1
37 V* V512 Per Or* 03 29 03.7567945196 +31 16 03.959183877           ~ 364 0
38 [SDA2014] West40 Y*O 03 29 04.06 +31 14 46.5           ~ 55 0
39 [EYG2006] Bolo 44 cor 03 29 04.5 +31 18 42           ~ 9 0
40 [HFR2007] 53 smm 03 29 04.75 +31 20 59.0           ~ 12 0
41 [KJT2007] SMM J032909+31221 smm 03 29 05.64 +31 22 15.5           ~ 10 0
42 ASR 6 Y*O 03 29 06.425 +31 15 34.86           ~ 155 1
43 JCMTSE J032906.9+311725 cor 03 29 07.06 +31 17 25.6           ~ 32 0
44 [LAL96] 213 Y*O 03 29 07.739 +31 21 57.52           ~ 52 0
45 HH 16 HH 03 29 08.263 +31 09 09.32           ~ 18 0
46 [EYG2006] Bolo 46 cor 03 29 08.90 +31 15 20.8           ~ 21 0
47 LZK 12 Y*O 03 29 10.4138336046 +31 21 59.070333199   16.06 14.25     B5:V+F2: 130 0
48 [JCC87] IRAS 4A Y*O 03 29 10.49 +31 13 30.8           ~ 645 1
49 2MASS J03291063+3121469 cor 03 29 10.636 +31 21 46.97           ~ 15 0
50 [JCC87] IRAS 4 FIR 03 29 10.9 +31 13 26           ~ 473 0
51 HH 6 HH 03 29 11.2 +31 18 34           ~ 64 0
52 ASR 32 Y*O 03 29 11.25 +31 18 31.7           ~ 41 1
53 NGC 1333 OpC 03 29 11 +31 18.6           ~ 1284 1
54 JCMTSE J032910.7+311824 smm 03 29 11.31 +31 18 31.1           ~ 16 0
55 [JCC87] IRAS 4B Y*O 03 29 12.058 +31 13 02.05           ~ 575 0
56 [JCC87] IRAS 4C Y*O 03 29 13.54 +31 13 58.2           ~ 93 1
57 JCMTSE J032914.9+312030 cor 03 29 15.64 +31 20 30.8           ~ 18 0
58 [EYG2006] Bolo 51 cor 03 29 16.5 +31 12 35           ~ 11 0
59 SSTYSV J032917.11+312745.5 cor 03 29 17.17 +31 27 46.5           ~ 38 0
60 [KJD2006] SMM J032930+31251 cor 03 29 18.28 +31 25 06.3           ~ 16 0
61 HH 759 HH 03 29 18.4 +31 12 09           ~ 3 0
62 2MASS J03291844+3111304 cor 03 29 18.4029850452 +31 11 30.582121006           ~ 15 0
63 JCMTSE J032918.7+312312 cor 03 29 19.04 +31 23 13.7           ~ 17 0
64 HH 5A HH 03 29 19.3 +31 13 17           ~ 3 0
65 [DCE2008] 076 Y*O 03 29 19.75 +31 12 56.9           ~ 2 0
66 BD+30 549 Y*O 03 29 19.7770675177 +31 24 57.044403187 10.81 10.95 10.47 10.587   B8/9V 97 0
67 2MASS J03292003+3124076 Y*O 03 29 20.036 +31 24 07.65           ~ 30 1
68 HH 5 HH 03 29 20.424 +31 12 51.28           ~ 41 1
69 [EYG2006] Bolo 56 cor 03 29 23.3 +31 36 08           ~ 8 0
70 SSTc2d J032923.5+313330 Y*O 03 29 23.47 +31 33 29.5           ~ 36 1
71 [KJT2007] SMM J032939+31333 cor 03 29 23.9 +31 33 20           ~ 12 1
72 [KJT2007] SMM J032942+31282 cor 03 29 25.5 +31 28 18           ~ 55 0
73 JCMTSF J032925.4+312818 PoC 03 29 25.8 +31 28 20           ~ 7 0
74 [LMG94] Per 4D PoC 03 29 26.0 +31 28 20           ~ 2 0
75 HH 18 HH 03 29 26.4 +31 07 38           ~ 19 0
76 IRAS 03267+3128 cor 03 29 51.82 +31 39 06.0           ~ 50 0
77 IRAS 03271+3013 cor 03 30 15.159 +30 23 49.38           ~ 61 0
78 IRAS 03272+3013 IR 03 30.3 +30 23           ~ 5 0
79 [DCE2008] 081 cor 03 30 32.68 +30 26 26.6           ~ 25 2
80 [EYG2006] Bolo 64 cor 03 30 50.4 +30 49 17           ~ 5 0
81 IRAS 03282+3035 cor 03 31 20.98 +30 45 30.1           ~ 164 0
82 HH 773 HH 03 31 31.071 +30 44 11.76           ~ 6 0
83 IRAS 03292+3039 cor 03 32 17.96 +30 49 47.5           ~ 63 0
84 [EYG2006] Bolo 67 cor 03 32 26.1 +30 59 00           ~ 8 0
85 2MASS J03322914+3102406 Y*O 03 32 29.14 +31 02 40.6           ~ 18 0
86 [EYG2006] Bolo 70 cor 03 32 44.0 +31 00 00           ~ 8 0
87 [KJT2007] SMM 36 cor 03 33 01.9 +31 04 23           ~ 11 0
88 Barnard 1 MoC 03 33 16.3 +31 07 51           ~ 287 0
89 [WBK2005] SMM 3 Y*O 03 33 16.3 +31 06 53           ~ 15 0
90 SSTc2d J033316.4+310653 cor 03 33 16.44 +31 06 52.5           ~ 37 0
91 2MASS J03331667+3107548 Y*O 03 33 16.68 +31 07 54.9           ~ 107 2
92 JCMTSE J033317.8+310932 cor 03 33 17.85 +31 09 31.9           ~ 84 0
93 [HKM99] B1-b cor 03 33 20.32 +31 07 21.5           ~ 179 0
94 [KJD2006] SMM J033335+31075 PoC 03 33 21.3 +31 07 28           ~ 89 0
95 SSTc2d J033327.2+310710 cor 03 33 27.29 +31 07 10.2           ~ 45 0
96 NAME Perseus Cloud SFR 03 35.0 +31 13           ~ 1162 0
97 NAME Per Region reg 03 37 00.0 +31 15 00           ~ 244 0
98 [EYG2006] Bolo 89 cor 03 40 49.3 +31 48 34           ~ 6 0
99 IRAS 03380+3135 cor 03 41 09.1371054143 +31 44 37.909999658           ~ 20 0
100 [EYG2006] Bolo 92 cor 03 41 40.0 +31 58 05           ~ 5 0
101 [EYG2006] Bolo 94 cor 03 41 45.8 +31 57 22           ~ 5 0
102 [KJD2006] SMM J034363+32032 cor 03 43 38.3 +32 03 04           ~ 14 0
103 [HFR2007] 24 smm 03 43 42.50 +32 03 23.0           ~ 6 0
104 [KJT2007] 27 cor 03 43 44.0 +32 02 50           ~ 19 0
105 HH 795 HH 03 43 48.7 +32 03 27           ~ 3 0
106 2MASS J03435056+3203180 Y*O 03 43 50.565 +32 03 18.00           M8.75 24 1
107 [RZP2014] JVLA 1 Y*O 03 43 51.02 +32 03 08.1           ~ 32 2
108 HH 211 cor 03 43 56.52 +32 00 52.8           ~ 316 0
109 NAME IC 348 MMS cor 03 43 56.84 +32 03 04.7           ~ 69 1
110 [KJT2007] SMM J034396+32040 cor 03 43 57.9 +32 04 02           ~ 20 0
111 NAME FGN ISM 03 43 58.8 +32 01 52           ~ 26 0
112 [KJT2007] SMM J034401+32019 cor 03 44 01.2 +32 01 56           ~ 19 1
113 [HFR2007] 21 smm 03 44 02.30 +32 02 48.0           ~ 6 0
114 Cl* IC 348 LRL 54459 Y*O 03 44 02.40 +32 02 04.9           ~ 24 1
115 [DCE2008] 108 Y*O 03 44 02.63 +32 01 59.5           ~ 12 1
116 [KJT2007] SMM J034404+32024 cor 03 44 02.9 +32 02 26           ~ 18 0
117 [MLL2007] MMP 7 smm 03 44 05.40 +32 01 50.0           ~ 4 0
118 IRAS 03410+3152 Y*O 03 44 12.980 +32 01 35.50           ~ 51 0
119 JCMTSF J034414.4+315753 cor 03 44 14.5 +31 57 53           ~ 11 0
120 Cl* IC 348 LRL 329 TT* 03 44 15.5756529315 +32 09 21.853246141       20.94 17.550 M7.5 33 0
121 JCMTSF J034421.0+315923 cor 03 44 21.3 +31 59 23           ~ 13 0
122 Cl* IC 348 LRL 1889 Y*O 03 44 21.353 +31 59 32.73           ~ 32 1
123 [EYG2006] Bolo 114 cor 03 44 23.10 +32 10 01.1           ~ 5 0
124 IC 348 OpC 03 44 34 +32 09.8           ~ 1268 1
125 [KJT2007] SMM J034461+31588 cor 03 44 36.9 +31 58 47           ~ 16 0
126 SSTc2d J034443.9+320136 cor 03 44 43.893 +32 01 37.37           ~ 24 1
127 [KJT2007] SMM J034481+32005 cor 03 44 48.9 +32 00 29           ~ 17 0
128 JCMTSF J034516.5+320449 cor 03 45 16.80 +32 04 46.4           ~ 12 0
129 [EYG2006] Bolo 121 cor 03 47 33.5 +32 50 55           ~ 7 0
130 NAME [BM89] B5 DNe 03 47 38.3 +32 52 43           ~ 221 0
131 [KJT2007] SMM 3 smm 03 47 39.1 +32 52 18           ~ 11 0
132 IRAS 03445+3242 Y*O 03 47 41.603 +32 51 43.79           ~ 180 0
133 LDN 1471 DNe 03 48.0 +32 54           ~ 300 0
134 NAME Taurus Complex SFR 04 41.0 +25 52           ~ 3790 0
135 RAFGL 618 pA* 04 42 53.6245215366 +36 06 53.397219192   16.32   12.59   C-rich 971 0
136 NAME Ori Region reg 05 35 17.30 -05 23 28.0           ~ 523 0
137 NAME V380 Ori-NE * 05 36 40.6 -06 38 03           ~ 36 0
138 HH 20 HH 05 45 55.10 -00 03 04.1           ~ 14 0
139 HH 21 HH 05 45 56 -00 04.5           ~ 16 0
140 LDN 1157 DNe 20 39 06.4 +68 02 13           ~ 519 0
141 LDN 1127 DNe 21 40.9 +58 34           ~ 4 0
142 HH 5B HH ~ ~           ~ 3 0

To bookmark this query, right click on this link: simbad:objects in 2009A&A...502..139H and select 'bookmark this link' or equivalent in the popup menu


2021.10.26-04:04:48

© Université de Strasbourg/CNRS

    • Contact