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Home All issues Volume 502 / No 1 (July IV 2009) A&A, 502 1 (2009) 139-153 Full HTML
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Table 1:

Outflow status of SCUBA cores.
Source RA(J2000) Dec.(J2000) $v_{\rm LSR}$ Receiver Outflow? Class eYSO Common name
(1) (2) (3) (4) (5) (6) (7) (8)
HRF1 03:33:17.9 31:09:33.4 6.4 B y 0 (000) y b1-c
HRF2 03:33:21.4 31:07:30.7 6.8 B y 0 (000) y b1-bS
HRF4 03:33:16.3 31:06:54.3 6.7 B y 0 (000) y$^{\it b}$ b1-d
HRF5 03:33:01.9 31:04:23.2 6.6 HARP n S n  
HRF7 03:33:16.5 31:07:51.3 6.6 B y I (III) y IRAS 03301+3057, B1 SMM6
HRF10 03:33:27.3 31:07:10.1 6.6 B y I (III) y B1 SMM11
HRF12 03:43:56.5 32:00:49.9 8.8 B,HARP y,y 0 (000) y$^{\it b}$ HH211
HRF13 03:43:56.9 32:03:04.8 8.6 B y 0 (000) y IC348 MMS
HRF14 03:44:43.9 32:01:32.0 9.1 B y I (III) y$^{\it b}$  
HRF15 03:43:50.8 32:03:24.2 8.8 B,HARP y,y 0 (0I0) y$^{\it b}$ IC348 SMM3
HRF16 03:44:01.0 32:01:54.8 8.8 B,HARP n,n S n$^{\it b}$  
HRF17 03:43:57.9 32:04:01.5 8.4 B y?c13 S n  
HRF18 03:44:03.0 32:02:24.3 8.6 B,HARP n,n S n  
HRF19 03:44:36.8 31:58:48.9 9.5 B,HARP n,n S n  
HRF20 03:44:05.5 32:01:56.7 8.5 B,HARP n,n S n  
HRF21 03:44:02.3 32:02:48.5 8.6 B,HARP n,n S n  
HRF23 03:43:37.8 32:03:06.2 9.0 B,HARP n S n  
HRF24 03:43:42.3 32:03:23.2 8.7 B,HARP n,n S n  
HRF25 03:44:48.5 32:00:30.8 9.2 B,HARP n,n S n  
HRF26 03:43:44.4 32:02:55.7 8.8 B n S n  
HRF27 03:25:35.9 30:45:30.0 4.4 B y 0 (000) y L1448 NW
HRF28 03:25:36.4 30:45:15.0 4.4 B y 0 (0I0) y$^{\it b}$ L1448 N A/B
HRF29 03:25:38.8 30:44:03.6 4.8 B y 0 (000) y$^{\it b}$ L1448C
HRF30 03:25:22.4 30:45:10.7 4.1 B y 0 (000) y L1448 IRS2
HRF31 03:25:25.9 30:45:02.7 4.1 B y?c30 0 (000) n  
HRF32 03:25:49.0 30:42:24.6 4.4 HARP n?c27$^{\it a}$ S n  
HRF35 03:27:39.1 30:13:00.6 5.3 B y I (II0) y L1455 FIR4
HRF36 03:27:42.9 30:12:28.5 5.8 B y 0 (0I0) y  
HRF37 03:27:48.4 30:12:08.8 5.3 B y I (III) y L1455 PP9
HRF39 03:27:38.1 30:13:57.3 5.3 B y?c35 I (I0I) y$^{\it b}$ L1455 FIR1/2
HRF40 03:27:39.9 30:12:09.8 5.4 B y?c35,36 S n  
HRF41 03:29:10.4 31:13:30.0 7.6 B y 0 (000) y,0(6) NGC1333 IRAS 4A
HRF42 03:29:12.0 31:13:10.0 7.5 B y 0 (000) y,0(8)$^{\it b}$ NGC1333 IRAS 4B
HRF43 03:29:03.2 31:15:59.0 7.9 B y I (III) y,I(29) NGC1333 SVS13
HRF44 03:28:55.3 31:14:36.4 7.7 B y 0 (0I0) y,0(21)$^{\it f}$ NGC1333 IRAS 2A
HRF45 03:29:01.4 31:20:28.6 7.6 B y I (III) y,I(27) NGC1333 ASR 114
HRF46 03:29:11.0 31:18:27.4 7.9 B y 0 (000) y,0(7) NGC1333 ASR 32/33
HRF47 03:28:59.7 31:21:34.2 7.6 B y 0 (000) y,n NGC1333 IRAS 4C
HRF48 03:29:13.6 31:13:55.0 7.6 B y?c41,42 0 (000) y,0(9)$^{\it b}$ NGC1333 SK31
HRF49 03:28:36.7 31:13:29.6 8.0 HARP y I (III) y,I(15) NGC1333 SK6
HRF50 03:29:06.5 31:15:38.6 7.9 B y?c43,51 I (II0) n,n NGC1333 HH 7-11 MMS 4
HRF51 03:29:08.8 31:15:18.1 7.6 B y?c43,50 S n,n NGC1333 SK16
HRF52 03:29:03.7 31:14:53.1 7.6 B y?c43,50 0 (0I0) y,0(5) NGC1333 HH7-11 MMS 6
HRF53 03:29:04.5 31:20:59.1 7.6 B y?c45$^{\it d}$ S n,n NGC1333 SK26
HRF54 03:29:10.7 31:21:45.3 7.6 HARP y? c56 I (III) n,n NGC1333 SK28
HRF55 03:28:40.4 31:17:51.3 7.5 HARP y? c45,LL055 0 (000) n,n $^{\it b,g}$  
HRF56 03:29:07.7 31:21:56.8 7.6 HARP y I (III) n,I(31) NGC1333 SK29
HRF57 03:29:18.2 31:25:10.8 7.5 HARP n S n,n NGC1333 SK33
HRF58 03:29:24.0 31:33:20.8 7.5 HARP y?$^{\it a}$ 0 (I00) y,0(11)$^{\it b}$  
HRF59 03:29:16.5 31:12:34.6 7.7 HARP y?c43$^{\it a}$ S n,n  
HRF60 03:28:39.4 31:18:27.1 8.4$^{\it c}$ HARP y?c45,LL066 S n,n  
HRF61 03:29:17.3 31:27:49.6 7.6 B,HARP n,n 0 (000) y,0(10)$^{\it b}$  
HRF62 03:29:07.1 31:17:23.7 7.9 B y?c46 0 (0I0) n,n NGC1333 SK18
HRF63 03:29:18.8 31:23:16.9 7.2 HARP y?cBD  $+30^\circ~549$ I (III) y,n NGC1333 SK32
HRF64 03:29:25.5 31:28:18.1 7.9 B,HARP n,n S n,n NGC1333 Per 4A3/4D
HRF65 03:29:00.4 31:12:01.5 7.9 HARP y 0 (00I) y,0(4)$^{\it b}$ NGC1333 IRAS 4B1
HRF66 03:29:05.3 31:22:11.3 7.6 HARP y?c56$^{\it a}$ S n,n NGC1333 SK30
HRF67 03:29:19.7 31:23:56.0 7.5 HARP y I (III) y,n  
HRF68 03:28:56.2 31:19:12.5 7.7 B y?c45 0 (00I) n,n$^{\it h}$  
HRF69 03:28:34.4 31:06:59.2 7.2$^{\it c}$ HARP y?c44 I (I0I) y,n  
HRF70 03:29:15.3 31:20:31.2 8.0$^{\it c}$ HARP y?c46 0 (0I0) n,n NGC1333 SK22
HRF71 03:28:38.7 31:05:57.1 7.0$^{\it c}$ HARP y?cIRAS 03256+3055 0 (000) y,0(1)$^{\it b}$ NGC1333 HH 340B
HRF72 03:29:19.1 31:11:38.1 7.5 HARP y?c43$^{\it a}$ S n,n  
HRF74 03:28:32.5 31:11:07.7 7.5$^{\it c}$ HARP y I (I0I) y,I(12)$^{\it b}$  
HRF75 03:28:42.6 31:06:10.0 7.2$^{\it c}$ HARP y 0 (000) y,n$^{\it b}$  
HRF76 03:32:17.8 30:49:46.3 6.9 B y 0 (I00) y$^{\it b}$ IRAS 03292+3039
HRF77 03:31:21.0 30:45:27.8 7.2 B,HARP y 0 (000) y$^{\it b}$ IRAS 03282+3035
HRF78 03:47:41.6 32:51:44.0 10.0 B y I (III) y B5 IRS1
HRF79 03:47:39.1 32:52:17.9 10.0 B n S n  
HRF80 03:26:37.6 30:15:24.2 5.0 HARP n,y$^{\it a}$ I (III) y$^{\it b}$ IRAS 03235+3004
HRF81 03:30:15.5 30:23:42.8 5.9 HARP n,y?$^{\it a}$ I (III) n IRAS 03271+3013
HRF82 03:33:13.1 31:19:51.0 6.9 HARP y$^{\it a}$ S y B1 SMM1
HRF83 03:32:48.9 31:09:40.1 6.0$^{\it c}$ HARP n S n  
HRF84 03:32:21.9 31:04:55.6 6.0$^{\it c}$ HARP n 0 (I00) n  
HRF85 03:28:32.5 31:00:53.0 7.5 HARP y?$^{\it a}$ S n,I(13) IRAS 03254+3050
HRF86 03:26:30.9 30:32:27.6 4.1 HARP n 0 (000) n  
HRF88 03:31:31.6 30:43:32.2 7.2$^{\it c}$ HARP y?c77 0 (I00) n  
HRF89 03:32:25.9 30:59:05.0 6.4 HARP n S n B1 SMM9
HRF90 03:45:16.5 32:04:47.1 10.0 HARP n?$^{\it a}$ S n Per 7
HRF91 03:29:23.3 31:36:08.6 7.5$^{\it c}$ HARP n S n Per 4A
HRF101 03:44:12.8 32:01:33.9 8.6 HARP y I (III) n IRAS 03410+3152
Bolo11 03:25:46.5 30:44:17.8       S n  
Bolo26 03:28:32.7 31:04:55.9 7.0 HARP y?c65,NGC1333 S n  
Bolo27 03:28:32.7 30:19:51.1       S n  
Bolo44 03:29:04.9 31:18:41.2       S n  
Bolo62 03:30:32.3 30:26:27.4 6.0$^{\it c}$ HARP n 0 (I00) n$^{\it b}$  
Bolo64 03:30:51.3 30:49:14.7 6.0$^{\it c}$ HARP n S n  
Bolo70 03:32:44.3 31:00:09.7       S n  
Bolo89 03:40:49.3 31:48:50.1       S n  
Bolo90 03:41:09.3 31:44:38.1       I (III) n IRAS 03380+3135
Bolo92 03:41:40.7 31:57:59.8       S n  
Bolo94 03:41:46.1 31:57:22.9       S n  
Bolo111 03:44:14.4 31:57:57.6       S n  
Bolo112 03:44:15.6 32:09:15.0       I (I0I) n  
Bolo113 03:44:23.9 31:59:25.2       S n$^{\it b}$  
Bolo114 03:44:23.2 32:10:10.1       S n  
Bolo121 03:47:32.7 32:50:50.2       S n  
$^{\it a}$ There are linewings which satisfy the low-level criterion - see Sect. 3.1.2. $^{\it b}$ Contains a Spitzer LLO (Dunham et al. 2008) - see Table 3. $^{\it c}$ Uncertain $v_{\rm LSR}$ due to broad and/or weak C18O line, 13CO detection only, or velocity taken from 12CO itself. $^{\it d}$ At edge of mapped area. Possible S blue lobe. $^{\it e}$ Passed linewing criterion, but line profile suggests multiple velocity components rather than an outflow. $^{\it f}$ Gutermuth et al. (2008) Class 0 source 3 lies 30'' to the southeast of HRF44. $^{\it g}$ Gutermuth et al. (2008) Class I sources 16 and 18 lie 20'' to the south and 40'' to the southeast, respectively, of HRF55. $^{\it h}$ Gutermuth et al. (2008) Class I source 23 lies 15'' to the east of HRF68.

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