2015MNRAS.450.4364N

Query : 2015MNRAS.450.4364N

2015MNRAS.450.4364N - Mon. Not. R. Astron. Soc., 450, 4364-4398 (2015/July-2)

A survey of extended H2 emission from massive YSOs.

NAVARETE F., DAMINELI A., BARBOSA C.L. and BLUM R.D.

Abstract (from CDS):

We present the results from a survey, designed to investigate the accretion process of massive young stellar objects (MYSOs) through near-infrared narrow-band imaging using the H2 ν=1-0 S(1) transition filter. A sample of 353 MYSO candidates was selected from the Red MSX Source survey using photometric criteria at longer wavelengths (infrared and submillimetre) and chosen with positions throughout the Galactic plane. Our survey was carried out at the Southern Astrophysical Research Telescope Telescope in Chile and Canada-France-Hawaii Telescope in Hawaii covering both hemispheres. The data reveal that extended H2 emission is a good tracer of outflow activity, which is a signpost of accretion process on young massive stars. Almost half of the sample exhibit extended H2 emission and 74 sources (21 percent) have polar morphology, suggesting collimated outflows. The polar-like structures are more likely to appear on radio-quiet sources, indicating these structures occur during the pre-UCHII phase. We also found an important fraction of sources associated with fluorescent H2 diffuse emission that could be due to a more evolved phase. The images also indicate only ∼ 23 percent (80) of the sample is associated with extant (young) stellar clusters. These results support the scenario in which massive stars are formed by accretion discs, since the merging of low-mass stars would not produce outflow structures.

Abstract Copyright: © 2015 The Authors Published by Oxford University Press on behalf of the Royal Astronomical Society (2015)

Journal keyword(s): stars: early-type - stars: formation - stars: massive - stars: pre-main-sequence - ISM: jets and outflows - infrared: stars

VizieR on-line data: <Available at CDS (J/MNRAS/450/4364): table1.dat table2.dat table3.dat table4.dat>

Simbad objects: 272

goto Full paper

goto View the references in ADS

Number of rows : 272
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2026 		#notes
1 MSX6C G120.1483+03.3745 HII 00 23 57.1 +66 05 51           ~ 2 0
2 MSX6C G120.1557+03.3885 HII 00 24 00.5 +66 06 44           ~ 2 0
3 MSX6C G124.0144-00.0267 HII 01 00 55.2 +62 49 30           ~ 2 0
4 IRAS 01133+6434 Y*O 01 16 36.67827 +64 50 41.7300           ~ 39 0
5 IRAS 01174+6110 LP* 01 20 44.2339814424 +61 26 15.794759220     18.3     ~ 19 0
6 IRAS 01202+6133 Y*O 01 23 32.17896 +61 48 49.5180           ~ 35 0
7 MSX6C G133.6945+01.2166 Y*O 02 25 31.1 +62 06 22           ~ 7 1
8 2MASS J02254077+6205524 Y*O 02 25 40.778 +62 05 52.45           ~ 8 0
9 MSX6C G133.7354+01.1827 Y*O 02 25 44.5 +62 03 36           ~ 2 0
10 IRAS 02252+6120 Y*O 02 29 01.93 +61 33 30.5           ~ 46 0
11 RAFGL 5077 HII 02 43 28.62213 +62 57 08.7770           ~ 77 0
12 MSX6C G136.3542+00.9543 HII 02 45 10.70472 +60 49 38.0352           ~ 2 0
13 MSX6C G136.5370+02.8934 HII 02 53 43.4 +62 29 24           ~ 3 0
14 MSX6C G138.2957+01.5552 Y*O 03 01 31.253 +60 29 13.07           ~ 25 0
15 MSX6C G139.9091+00.1969 Y*O 03 07 24.0 +58 30 49           ~ 10 0
16 MSX6C G143.8118-01.5699 Y*O 03 24 50.95 +54 57 32.7           ~ 4 0
17 GAL 142.25+01.43 Y*O 03 27 31.405 +58 19 22.00           ~ 29 0
18 RAFGL 490 Or* 03 27 38.7928952784 +58 47 00.025298088           ~ 359 0
19 MSX6C G144.6678-00.7136 Y*O 03 33 09.8 +55 10 54           ~ 5 0
20 MSX6C G148.1201+00.2928 Y*O 03 56 15.36 +53 52 13.0           ~ 6 0
21 RAFGL 5113 Or* 04 10 11.8514463792 +50 59 54.681713664           ~ 29 0
22 MSX6C G172.8742+02.2687 HII 05 36 52.5 +36 10 57           ~ 2 0
23 IRAS 05358+3543 Y*O 05 39 09.92 +35 45 17.2           ~ 171 0
24 IRAS 05361+3539 HII 05 39 28.67 +35 40 38.7           ~ 41 0
25 MSX6C G173.7215+02.6924 Y*O 05 40 52.3 +35 41 30           ~ 4 0
26 EB IRS 1 Y*O 05 41 06.97776 +35 49 33.3948           ~ 14 1
27 MSX6C G173.6339+02.8218 Y*O 05 41 11.016 +35 50 01.75           ~ 15 1
28 NAME Gal Anticenter reg 05 46 +28.9           ~ 1024 0
29 MSX6C G192.9089-00.6259 Y*O 06 11 23.7 +17 26 29           ~ 3 0
30 MSX6C G192.5843-00.0417 Y*O 06 12 53.4 +18 00 24           ~ 6 2
31 MSX6C G200.0789-01.6323 Y*O 06 21 47.9 +10 39 21           ~ 4 1
32 IRAS 06306+0437 MIR 06 33 16.212 +04 34 53.04           ~ 29 1
33 IRAS 06446+0029 Y*O 06 47 13.3609352982 +00 26 06.026090997           ~ 29 1
34 V* Z CMa Ae* 07 03 43.1599411656 -11 33 06.209065836 10.51 9.99 8.80     B5/8eq+F5/7 601 3
35 MSX6C G224.6075-01.0063 Y*O 07 09 20.3 -10 50 28           ~ 5 0
36 IRAS 07100-1110 Y*? 07 12 24.47304 -11 15 33.4728           ~ 14 0
37 IRAS 07167-1757 Y*O 07 18 59.99496 -18 02 40.2288           ~ 12 0
38 MSX6C G231.9005-02.1378 HII 07 19 10.2 -17 49 27           ~ 2 0
39 SS 103 Ae* 07 19 35.9395695288 -17 39 17.935943004 14.61 15.016 13.582 13.080   B2?e 63 0
40 IRAS 07466-2631 Y*O 07 48 43.272 -26 39 31.15           ~ 9 0
41 IRAS 08008-3423 Y*? 08 02 42.97608 -34 31 48.7776           ~ 7 0
42 IRAS 08140-3559 Y*? 08 15 57.12720 -36 08 06.8712           ~ 13 1
43 MSX6C G259.7592-02.8378 MIR 08 22 52.2 -42 07 56           ~ 3 0
44 2MASX J08230395-4155551 Y*? 08 23 03.953 -41 55 55.17           ~ 9 0
45 [MHL2007] G259.0459-01.9107 1 TT* 08 24 44.90 -41 01 00.0           ~ 6 0
46 [MHL2007] G259.0453-01.5559 1 Y*? 08 26 17.17 -40 48 38.6           ~ 8 0
47 [MHL2007] G259.6695-01.3181 1 Y*? 08 29 13.95 -41 10 50.3           ~ 6 0
48 2MASX J08295316-4555092 Y*? 08 29 53.1919759536 -45 55 09.647434740           ~ 12 0
49 2MASS J08320742-4313491 Y*? 08 32 07.42968 -43 13 49.1664           ~ 2 0
50 IRAS 08337-4028 MIR 08 35 31.00392 -40 38 24.8604           ~ 21 0
51 MSX6C G260.9252+00.1149 MIR 08 39 20.2 -41 19 51           ~ 2 0
52 IRAS 08448-4343 cor 08 46 33.8 -43 54 33           ~ 73 1
53 2MASS J08484863-4332290 Y*O 08 48 48.64 -43 32 29.1           ~ 9 0
54 2MASS J08513700-4909069 Y*? 08 51 37.00 -49 09 07.0           ~ 4 1
55 MSX6C G264.2918+01.4700 MIR 08 56 27.7 -43 05 47           ~ 4 0
56 IRAS 08563-4711 HII 08 58 04.2 -47 22 57           ~ 26 2
57 [MHL2007] G264.1444+02.0190 1 Y*? 08 58 12.80 -42 37 39.0           ~ 2 0
58 MSX6C G265.1438+01.4548 MIR 08 59 27.5 -43 45 07           ~ 4 0
59 MSX6C G265.3344+01.3916 MIR 08 59 53.2 -43 56 14           ~ 2 0
60 [MHL2007] G268.0594-00.8040 1 Y*? 09 00 41.10 -47 26 02.0           ~ 2 0
61 2MASS J09015447-4744112 Y*? 09 01 54.47 -47 44 11.2           ~ 5 0
62 2MASS J09020115-4744563 Y*? 09 02 01.16 -47 44 56.3           ~ 5 0
63 IRAS 09017-4716 Y*? 09 03 25.0193040048 -47 28 27.880907952           ~ 14 0
64 MSX6C G269.5205-01.2510 Y*O 09 04 29.3 -48 49 25           ~ 3 0
65 2MASS J09091116-5025553 Y*? 09 09 11.17 -50 25 55.3           ~ 6 0
66 MSX6C G269.7431-00.3193 MIR 09 09 33.4 -48 21 36           ~ 2 0
67 MSX6C G269.8539-00.0630 MIR 09 11 08.4 -48 15 59           ~ 2 0
68 MSX6C G267.9094+01.7816 * 09 11 14.2120050624 -45 35 10.493075796           ~ 2 0
69 2MASS J09212924-5500395 Y*? 09 21 29.24 -55 00 39.5           ~ 2 0
70 MSX6C G281.0472-01.5432 MIR 09 59 16.5 -56 54 43           ~ 3 0
71 MSX6C G281.2206-01.2556 Y*? 10 01 33.768 -56 47 18.37           ~ 5 0
72 2MASS J10025605-5917191 Y*? 10 02 56.05 -59 17 19.1           ~ 2 0
73 [MHL2007] G281.9780-01.3712 1 Y*? 10 05 31.66 -57 19 51.5           ~ 5 0
74 IRAS 10090-5729 LP? 10 10 46.6090337112 -57 43 54.230588076           ~ 4 0
75 2MASS J10113160-5747037 Y*? 10 11 31.60 -57 47 03.7           ~ 2 0
76 [MHL2007] G284.6942-00.3600 1 Y*? 10 26 36.27 -58 00 34.9           ~ 5 0
77 2MASS J10383269-5819143 Y*O 10 38 32.70 -58 19 14.3           ~ 7 0
78 MSX6C G287.2238-00.5339 MIR 10 42 48.9 -59 25 29           ~ 4 0
79 IRAS 10423-6011 Y*O 10 44 17.9303378136 -60 27 45.140951412           B0 12 0
80 MSX6C G287.8893-00.9316 NIR 10 46 00.27 -60 05 17.3           ~ 3 0
81 MSX6C G288.1760-00.8351 MIR 10 48 24.2 -60 08 02           ~ 2 0
82 2MASS J10580027-5930449 Y*? 10 58 00.2790403512 -59 30 44.887539024           ~ 2 0
83 IRAS 10591-6040 mul 11 01 10.28 -60 57 09.8           ~ 17 0
84 [MHL2007] G290.8768-01.2170 1 Y*? 11 07 11.29 -61 37 31.3           ~ 2 0
85 IRAS 11278-6146 Y*O 11 30 07.41312 -62 03 12.2616           ~ 11 0
86 IRAS 11322-6341 Y*? 11 34 32.952 -63 58 04.48           ~ 4 0
87 IRAS 11426-6301 Y*? 11 45 04.7501916792 -63 17 46.218145992           ~ 10 0
88 MSX6C G296.4036-01.0185 MIR 11 53 07.8 -63 08 56           ~ 2 0
89 IRAS 11533-6257 Y*O 11 55 53.28912 -63 14 21.2172           ~ 4 0
90 MSX6C G298.8591-00.4372 MIR 12 15 24.5 -63 01 26           ~ 3 0
91 IRAS 12257-6241 Y*O 12 28 35.75088 -62 58 35.2272           ~ 6 0
92 MSX6C G300.7221+01.2007 MIR 12 32 50.8 -61 35 29           ~ 2 0
93 IRAS 12413-6332 HII 12 44 21.9 -63 48 36           ~ 8 0
94 [MHL2007] G302.5005-00.7701 1 Y*? 12 47 33.10 -63 38 19.0           ~ 2 0
95 2MASS J13074740-6326371 Y*? 13 07 47.41 -63 26 37.1           ~ 4 0
96 IRAS 13103-6216 * 13 13 36.04 -62 32 13.5           ~ 3 1
97 MSX6C G305.4748-00.0961 Y*? 13 13 45.78312 -62 51 27.6264           ~ 18 0
98 IRAS 13111-6228 Y*O 13 14 26.35247 -62 44 30.9950           ~ 30 0
99 IRAS 13158-6217 Cld 13 19 10.9 -62 33 57           ~ 12 1
100 2MASS J13324192-6026435 Y*? 13 32 41.93 -60 26 43.6           ~ 3 0
101 MSX6C G308.0108+02.0146 MIR 13 32 46.5 -60 26 56           ~ 2 0
102 RAFGL 4176 Y*O 13 43 01.70352 -62 08 51.2304           ~ 163 0
103 IRAS 13471-6120 cor 13 50 41.810 -61 35 10.67           ~ 65 0
104 IRAS 13481-6124 Y*O 13 51 37.85568 -61 39 07.5168           ~ 55 0
105 IRAS 13585-6144 Y*? 14 02 09.905 -61 58 37.86           ~ 7 0
106 2MASS J14105118-6225164 Y*? 14 10 51.1576198104 -62 25 16.460527656           ~ 4 0
107 IRAS 14227-6025 Y*O 14 26 26.20 -60 38 31.3           ~ 25 0
108 [MHL2007] G316.1386-00.5009 1 Y*? 14 42 01.584 -60 30 20.16           ~ 4 0
109 IRAS 14498-5856 HII 14 53 42.324 -59 08 57.44           ~ 38 0
110 2MASS J15003404-6306563 Y*? 15 00 34.04 -63 06 56.3           ~ 4 0
111 RAFGL 4972S cor 15 00 34.52760 -58 58 08.9076           ~ 51 1
112 2MASS J15004103-6306381 Y*? 15 00 41.04 -63 06 38.2           ~ 5 0
113 OH 318.95-00.20 Y*O 15 00 55.35024 -58 58 53.2848           ~ 85 1
114 MSX6C G322.1729+00.6442 MIR 15 18 38.1 -56 37 33           ~ 2 0
115 IRAS 15394-5358 Y*O 15 43 18.97320 -54 07 35.6448           ~ 40 0
116 IRAS 15411-5352 HII 15 44 59.448 -54 02 13.92           ~ 41 2
117 MSX6C G326.6618+00.5207 MIR 15 45 02.84 -54 09 03.0           ~ 3 0
118 MSX6C G326.5437+00.1684 Y*O 15 45 53.256 -54 30 06.84           ~ 3 0
119 WRAY 15-1390 Ae* 15 58 09.6290377920 -53 51 18.370314324     13.0 12.72 11.69 B0.5Ve 13 1
120 AGAL G329.066-00.307 HII 16 01 09.8 -53 16 01           ~ 41 0
121 OH 329.07-00.31 Y*O 16 01 09.999 -53 16 02.94           ~ 38 0
122 MSX6C G331.3546+01.0638 MIR 16 06 24.2 -50 43 27           ~ 2 0
123 IRAS 16124-5110 Y*O 16 16 16.46832 -51 18 25.1964           ~ 47 1
124 IRAS 16157-4957 Y*O 16 19 29.003 -50 04 40.94           ~ 46 0
125 MSX6C G333.1075-00.5020 MIR 16 21 14.3 -50 39 21           ~ 2 0
126 2MASS J16254034-4855155 Y*? 16 25 40.35 -48 55 15.6           ~ 7 0
127 IRAS 16289-4449 Or* 16 32 32.19264 -44 55 30.6552       15.95   ~ 149 1
128 [MHL2007] G337.0963-00.9291 1 Y*? 16 39 57.56 -48 02 49.7           ~ 2 0
129 [MHL2007] G338.9237+00.5618 1 Y*? 16 40 31.90 -45 41 28.0           ~ 3 0
130 OH 339.6-00.1 Y*O 16 46 05.99 -45 36 43.3           ~ 86 0
131 IRAS 16474-4610 Y*O 16 51 06.12384 -46 15 57.2040           ~ 11 0
132 OH 339.88-01.26 Y*O 16 52 04.6776 -46 08 34.404           ~ 119 1
133 [MHL2007] G340.7455-01.0021 1 Y*? 16 54 03.93 -45 18 49.5           ~ 2 0
134 MSX6C G345.1876+01.0308 MIR 17 00 30.8 -40 34 22           ~ 3 0
135 IRAS 17089-3951 * 17 12 25.80096 -39 55 19.8480           ~ 9 0
136 NAME Galactic Center reg 17 45 39.60213 -29 00 22.0000           ~ 16269 0
137 MSX5C G017.0335+00.7479 MIR 18 19 07.2 -13 45 30           ~ 4 0
138 IRAS 18180-1416 Y*O 18 20 55.29504 -14 15 30.6540           ~ 13 0
139 RAFGL 2136 Y*O 18 22 26.52888 -13 30 14.0400           ~ 300 0
140 ISOGAL-P J182450.5-123920 Y*O 18 24 50.5 -12 39 20           ~ 6 0
141 MSX6C G020.5143+00.4936 Y*O 18 26 43.453 -10 48 18.10           ~ 4 0
142 CORNISH G019.7281-00.1135 Y*O 18 27 25.35 -11 46 56.3           ~ 8 0
143 MSX6C G019.9386-00.2079 HII 18 28 09.9 -11 38 23           ~ 3 0
144 2MASS J18281896-1140368 Y*O 18 28 18.964 -11 40 36.89           ~ 6 0
145 MSX6C G019.8817-00.5347 HII 18 29 14.5 -11 50 32           ~ 6 0
146 MSX6C G020.7491-00.0898 Y*O 18 29 16.4 -10 52 01           ~ 4 0
147 MSX6C G020.7438-00.0952 Y*O 18 29 17.0 -10 52 27           ~ 4 0
148 [HLB98] SEST 167 Mas 18 31 44.2 -09 22 17           ~ 8 0
149 IRAS 18305-0826 Y*O 18 33 14.3240 -08 23 57.500           ~ 24 0
150 MSX6C G023.8176+00.3841 HII 18 33 19.5 -07 55 38           ~ 3 0
151 MSX6C G023.2628+00.0713 AB* 18 33 24.90096 -08 33 51.7464           O-rich 3 0
152 MSX6C G024.0946+00.4565 MIR 18 33 34.9 -07 38 54           ~ 3 0
153 CORNISH G023.7110+00.1705 Y*O 18 33 53.47 -08 07 13.7           ~ 8 0
154 MSX6C G023.5852+00.0287 Y*O 18 34 10.0 -08 17 51           ~ 3 0
155 RAFGL 7009S HII 18 34 20.911 -05 59 42.23           ~ 231 0
156 CORNISH G023.8985+00.0647 Y*O 18 34 37.23 -08 00 10.3           ~ 9 0
157 MSX6C G023.4394-00.2394 Y*O 18 34 51.5 -08 33 01           ~ 3 0
158 IRAS 18321-0820 Y*O 18 34 51.5650 -08 18 21.305           ~ 52 0
159 AGAL G024.728+00.152 HII 18 35 50.6 -07 13 32           ~ 23 0
160 CORNISH G024.5065-00.2224 Y*O 18 36 46.81 -07 35 41.1           ~ 13 0
161 MSX6C G026.0552+00.5421 Y*O 18 36 54.6 -05 52 06           ~ 3 0
162 AGAL G025.409+00.106 cor 18 37 16 -06 38.6           ~ 57 0
163 MSX5C G024.6348-00.3236 Y*O 18 37 22.7091 -07 31 42.093           ~ 29 0
164 CORNISH G026.5976-00.0236 Y*O 18 39 55.914 -05 38 44.70           ~ 12 1
165 CORNISH G026.6089-00.2121 Y*O 18 40 37.51 -05 43 20.1           ~ 9 0
166 MSX5C G026.5256-00.2670 MIR 18 40 40.2 -05 49 17           ~ 4 0
167 AGAL G027.184-00.081 cor 18 41 13.26 -05 08 57.9           ~ 60 0
168 IRAS 18389-0601 AB* 18 41 35.93328 -05 58 50.8260           O-rich 9 0
169 MSX6C G028.6096+00.0170 Y*O 18 43 28.9 -03 50 18           ~ 6 2
170 IRAS 18411-0338 Y*O 18 43 46.2233 -03 35 29.846           ~ 25 0
171 CORNISH G030.2527+00.0540 Y*O 18 46 21.42 -02 21 35.3           ~ 9 0
172 IRAS 18438-0222 Y*O 18 46 26.05 -02 19 10.4           ~ 10 0
173 IRAS 18440-0148 cor 18 46 36.56 -01 45 21.2           ~ 65 0
174 2MASS J18473167-0315139 Y*O 18 47 31.67688 -03 15 13.9752           ~ 5 0
175 CORNISH G030.9581+00.0869 Y*O 18 47 31.85 -01 42 59.9           ~ 9 0
176 MSX6C G030.6877-00.0729 Y*O 18 47 36.2 -02 01 49           ~ 8 1
177 MSX6C G029.5867-00.6598 Y*O 18 47 41.0 -03 16 40           ~ 3 0
178 CORNISH G030.7197-00.0829 Y*O 18 47 41.79 -02 00 22.3           ~ 24 0
179 SSTGLMC G031.1596+00.0449 Y*O 18 48 02.703 -01 33 24.86           ~ 8 1
180 MSX6C G030.9959-00.0771 Y*O 18 48 10.8 -01 45 29           ~ 6 1
181 AGAL G030.971-00.141 cor 18 48 22.0 -01 48 29           ~ 43 1
182 MSX6C G032.0451+00.0589 Y*O 18 49 36.6 -00 45 44           ~ 4 0
183 MSX6C G032.7946+00.2053 Y*O 18 50 27.4 -00 01 43           ~ 2 0
184 IRAS 18490+0026 Y*O 18 51 33.81816 +00 29 51.0972           ~ 30 0
185 MSX5C G033.3937+00.0098 HII 18 52 14.7 +00 24 55           ~ 5 0
186 IRAS 18498+0028 Y*O 18 52 26.75952 +00 32 08.8188           ~ 9 0
187 RAFGL 5542 Y*O 18 53 37.88832 +01 50 30.5844           ~ 78 0
188 MSX6C G035.3449+00.3474 HII 18 54 36.2 +02 18 22           ~ 2 0
189 MSX6C G035.8546+00.2663 HII 18 55 49.4 +02 43 21           ~ 3 0
190 IRAS 18542+0114 cor 18 56 48.27432 +01 18 47.1132           ~ 37 0
191 MSX6C G036.9194+00.4825 Y*O 18 57 00.0 +03 46 07           ~ 6 2
192 MSX6C G037.4974+00.5301 HII 18 57 53.3 +04 18 16           ~ 2 0
193 MSX6C G037.3412-00.0600 Y*O 18 59 42.5 +03 53 46           ~ 4 1
194 IRAS 19002+0654 Y*O 19 02 39.5357424288 +06 59 07.788621768           ~ 23 0
195 AGAL G039.388-00.141 cor 19 03 45 +05 40.7           ~ 58 1
196 IRAS 19022+0418 Y*? 19 04 44.866 +04 23 18.67           ~ 18 0
197 MSX6C G039.9284-00.3741 MIR 19 05 35.2 +06 03 06           ~ 3 0
198 IRAS 19045+0518 Y*O 19 06 59.71488 +05 22 55.3152           ~ 16 0
199 [BNM96] 042.096+0.354 Y*O 19 07 00.527 +08 18 44.48           ~ 17 0
200 IRAS 19061+0652 MIR 19 08 39.24144 +06 57 07.8120           ~ 5 0
201 IRAS 19074+0752 cor 19 09 53.55 +07 57 14.8           ~ 46 0
202 MSX6C G043.0786+00.0033 MIR 19 10 05.3 +09 01 20           ~ 2 0
203 2MASS J19101158+0907062 Y*O 19 10 11.58 +09 07 06.3           O3-O7V 8 0
204 MSX6C G043.1679+00.0095 Y*O 19 10 13.9 +09 06 15           ~ 4 0
205 OH 043.2+00.0 Y*O 19 10 21.819 +09 05 02.83           O2-3.5If* 28 0
206 MSX6C G043.2376-00.0433 Y*O 19 10 33.2 +09 08 29           ~ 2 0
207 WISE J191151.59+094941.1 Y*O 19 11 51.650 +09 49 40.26           ~ 8 0
208 IRAS 19095+0930 cor 19 11 54.09216 +09 35 49.6896           ~ 115 0
209 MSX6C G043.8152-00.1172 HII 19 11 54.1 +09 37 11           ~ 3 0
210 IRAS 19118+0945 MIR 19 14 14.90664 +09 50 43.5156           ~ 19 0
211 IRAS 19132+1035 Y*O 19 15 38.97768 +10 41 14.4276           ~ 51 0
212 MSX6C G053.0366+00.1110 Y*O 19 28 55.9 +17 52 00           ~ 5 1
213 CORNISH G061.7207+00.8630 Y*O 19 44 23.64 +25 48 43.4           ~ 6 0
214 MSX6C G078.4373+02.6584 MIR 20 19 39.40 +40 56 35.2           ~ 4 0
215 EM* LkHA 225 Ae* 20 20 30.5955531672 +41 21 26.370826704   18.2 19.17     A4:Ve 88 0
216 MSX6C G077.8999+01.7678 Y*O 20 21 55.093 +39 59 45.57           ~ 4 0
217 MSX6C G079.1272+02.2782 Y*O 20 23 23.9 +41 17 39           ~ 7 0
218 2MASS J20232729+3734539 Y*O 20 23 27.298 +37 34 53.98           ~ 4 0
219 IRAS 20220+3728 Y*O 20 23 55.22 +37 38 12.3           ~ 50 3
220 MSX6C G078.7641+01.6862 Y*O 20 24 51.7 +40 39 26           ~ 4 0
221 MSX6C G079.3202+01.3131 Y*O 20 28 10.2 +40 53 38           ~ 6 1
222 MSX6C G079.3248+01.2901 Y*O 20 28 17.0 +40 53 03           ~ 4 0
223 MSX6C G079.3305+01.2823 Y*O 20 28 20.0 +40 53 03           ~ 2 0
224 RAFGL 2591 Y*O 20 29 24.8230 +40 11 19.590           ~ 640 0
225 MSX6C G077.9637-00.0075 Y*O 20 29 36.9 +39 01 16           ~ 6 0
226 MSX6C G082.0333+02.3249 Y*O 20 32 21.9 +43 40 56           ~ 3 0
227 IRAS 20305+4010 Y*O 20 32 22.08624 +40 20 17.1600           ~ 15 0
228 MSX6C G079.3439+00.3191 Y*O 20 32 28.56240 +40 19 41.6496           ~ 10 0
229 IRAS 20310+3741 Y*O 20 32 54.10176 +37 51 29.7396           ~ 7 0
230 MSX6C G081.8375+00.9134 HII 20 37 55.3 +42 40 48           ~ 2 0
231 MSX6C G081.8652+00.7800 Y*O 20 38 35.36 +42 37 13.7           ~ 8 0
232 MSX6C G081.8789+00.7822 Y*O 20 38 37.73 +42 37 59.4           ~ 8 1
233 2MASS J20385719+4222409 Y*O 20 38 57.19 +42 22 41.0           ~ 12 0
234 MSX6C G081.7220+00.5699 Y*O 20 39 01.4 +42 22 47           ~ 7 0
235 MSX6C G081.7522+00.5906 Y*O 20 39 01.9930 +42 24 59.290           ~ 36 0
236 [DKS2007] 13 Y*O 20 39 03.72 +42 25 29.6           ~ 12 0
237 2MASS J20391672+4216090 Y*O 20 39 16.72824 +42 16 09.0912           ~ 17 0
238 MSX6C G082.5682+00.4040 Y*O 20 42 33.3 +42 56 50           ~ 6 1
239 MSX6C G084.5978+00.1408 Or* 20 50 42.80712 +44 21 55.4472   21.015 18.990 17.300 15.622 ~ 11 0
240 MSX6C G085.0331+00.3629 HII 20 51 18.4 +44 50 33           ~ 2 0
241 MSX6C G090.7764+02.8281 HII 21 02 21.5 +50 48 35           ~ 3 0
242 MSX6C G095.0531+03.9724 Y*O 21 15 55.6 +54 43 32           ~ 4 0
243 MSX6C G093.1610+01.8687 HII 21 17 14.7 +51 54 16           ~ 3 0
244 NAME Cepheus Region reg 21 20 00.0 +72 30 00           ~ 126 0
245 MSX6C G094.3228-00.1671 Y*O 21 31 45.11 +51 15 35.3           ~ 6 0
246 IRAS 21334+5039 Y*O 21 35 09.10944 +50 53 09.6072           ~ 44 0
247 PN K 4-45 Y*O 21 35 21.061 +53 47 11.21           ~ 57 2
248 V* V645 Cyg Ae* 21 39 58.2745507632 +50 14 21.042184668   14.23 13.10 13.82   O6/9eq 279 0
249 2MASS J21402898+5635556 Y*O 21 40 28.98456 +56 35 55.6548           ~ 21 0
250 MSX6C G097.9978+01.4688 Y*O 21 42 43.2 +54 55 51           ~ 6 1
251 2MASS J21430143+5456183 Y*O 21 43 01.4400 +54 56 17.800           ~ 64 2
252 IRAS 21512+5625 Y*O 21 52 56.9 +56 39 53           ~ 20 0
253 IRAS 21558+5907 Y*O 21 57 25.2013300135 +59 21 56.651665029           ~ 28 0
254 MSX6C G102.3340+03.6094 HII 21 57 25.7 +59 19 59           ~ 3 0
255 MSX6C G100.3779-03.5784 Y*O 22 16 10.3651 +52 21 34.113           ~ 18 0
256 IRAS 22534+5653 Y*O 22 55 29.82 +57 09 24.9           ~ 19 0
257 NAME Cepheus A SFR 22 56 17.9 +62 01 49           ~ 760 2
258 MSX5C G109.8719+02.1158 Y*O 22 56 18.1 +62 01 56           ~ 6 0
259 IRAS 22566+5828 Y*O 22 58 47.25 +58 45 01.6           ~ 25 0
260 MSX6C G109.0775-00.3524 Y*O 22 58 58.9 +59 27 36           ~ 4 0
261 MSX6C G109.0974-00.3458 Y*O 22 59 06.1 +59 28 27           ~ 4 0
262 MSX6C G108.4714-02.8176 Y*O 23 02 32.0800 +56 57 51.400           ~ 15 0
263 NAME Cep E HII 23 03 12.779 +61 42 25.75           ~ 183 0
264 MSX6C G110.1082+00.0473 Y*O 23 05 10.3 +60 14 46           ~ 7 1
265 IRAS 23033+5951 Y*O 23 05 25.1762883456 +60 08 15.374293800           ~ 97 0
266 MSX6C G111.5234+00.8004 Y*O 23 13 32.3 +61 29 04           ~ 4 0
267 [WBN74] NGC 7538 IRS 11 Y*O 23 13 43.901 +61 26 57.98           ~ 56 0
268 [WBN74] NGC 7538 IRS 1 Y*O 23 13 45.318 +61 28 11.69           ~ 433 3
269 MSX6C G111.5851+00.7976 Y*O 23 14 01.728 +61 30 16.20           ~ 6 0
270 IRAS 23118+6110 Y*O 23 14 02.09473 +61 27 18.8460           ~ 385 0
271 SH 2-159 Y*O 23 15 31.2384366062 +61 07 10.181362705           ~ 188 1
272 IRAS 23262+6401 Y*O 23 28 27.76320 +64 17 38.4792           ~ 18 0

To bookmark this query, right click on this link: simbad:objects in 2015MNRAS.450.4364N and select 'bookmark this link' or equivalent in the popup menu