2016A&A...585A.154S


Query : 2016A&A...585A.154S

2016A&A...585A.154S - Astronomy and Astrophysics, volume 585A154-154 (2016/1-1)

The HI supershell GS 118+01-44 and its role in the interstellar medium.

SUAD L.A., CICHOWOLSKI S., NORIEGA-CRESPO A., ARNAL E.M., TESTORI J.C. and FLAGEY N.

Abstract (from CDS):

We carry out a multiwavelength study to characterize the HI supershell designated GS118+01-44, and to analyse its possible origin.A multiwavelength study has been carried out to study the supershell and its environs. We performed an analysis of the HI, CO, radio continuum, and infrared emission distributions.The Canadian Galactic Plane Survey (CGPS) HI data reveals that GS118+01-44 is centred at (l, b)=(117.7°, 1.4°) with a systemic velocity of -44.3km/s. According to Galactic rotation models this structure is located at 3.0±0.6kpc from the Sun. There are several HII regions and three supernova remnants (SNRs) catalogued in the region. On the other hand, the analysis of the temperature spectral index distribution shows that in the region there is a predominance of non-thermal emission. Infrared emission shows that cool temperatures dominate the area of the supershell. Concerning the origin of the structure, we found that even though several OB stars belonging to CasOB5 are located in the interior of GS118+01-44, an analysis of the energy injected by these stars through their stellar winds indicates that they do not have sufficient energy to create GS118+01-44. Therefore, an additional energy source is needed to explain the genesis of GS118+01-44. On the other hand, the presence of several HII regions and young stellar object candidates in the edges of GS118+01-44 shows that the region is still active in forming new stars.

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Journal keyword(s): ISM: bubbles - ISM: kinematics and dynamics - HII regions - stars: formation

Simbad objects: 31

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Number of rows : 31
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 Ass Cep OB 4 As* 00 02 +67.7           ~ 86 1
2 BD+62 2353 * 00 02 22.7084701776 +62 54 03.184785864 9.54 10.07 9.9     B1II 24 0
3 HD 225094 s*b 00 03 25.7156345788 +63 38 25.861065311 6.01 6.56 6.22 5.90 5.67 B2.9Iab 150 0
4 GSH 118+01-44 sh 00 05 53.9 +63 37 33           ~ 5 0
5 HD 108 SB* 00 06 03.3890541936 +63 40 46.771220928 6.79 7.58 7.40     O4-8f?p 338 0
6 BD+62 1 Be* 00 07 33.1395232608 +63 04 49.119726576 10.04 10.74 10.4     B2IV 35 0
7 SH 2-172 HII 00 15 29.1 +61 14 41           ~ 30 0
8 LBN 119.57-00.92 HII 00 21 16 +61 43.5           ~ 39 0
9 SN 1572A SN* 00 25 21.5 +64 08 27           B8 1254 1
10 Ass Cas OB 4 As* 00 27 +62.4           ~ 46 0
11 NAME Per Arm PoG 03 30 +45.0           ~ 1672 0
12 Ass Cas OB 2 As* 23 20 +60.9           ~ 69 0
13 LBN 114.55+00.22 HII 23 39.8 +61 56           ~ 38 0
14 LS I +62 28 * 23 49 55.5386913768 +62 41 39.701895684 11.35 11.58 10.95     B2III 18 0
15 LS I +62 32 * 23 50 30.9337376232 +62 26 17.594295396 11.01 11.15 10.8     B2.5III 15 0
16 BD+61 2549 Pu* 23 51 58.4695891080 +62 35 46.463967312 9.94 10.52 10.1     B2V 18 0
17 BD+62 2313 * 23 51 58.8791039688 +63 18 10.788616584 9.06 9.33 8.9     B7Ib 42 0
18 HD 223767 * 23 52 16.8616843656 +61 52 39.230305932 8.33 7.824 7.248     A5Ib 23 0
19 BD+61 2550 * 23 52 19.5384794064 +62 07 06.592403604 8.99 9.58 9.4     O9.5II 41 0
20 LBN 115.71-01.61 HII 23 52 56.5 +60 29 04           ~ 41 0
21 BD+61 2554 Pu* 23 53 06.8325420168 +62 00 46.981868184 10.61 11.14 10.8     B1.5V 17 0
22 SNR G116.5+01.1 SNR 23 53 42.000 +63 15 00.00           ~ 74 0
23 BD+61 2559 * 23 53 43.8362132688 +62 25 24.641529312 9.35 9.96 9.8     O9V 41 0
24 LS I +61 92 * 23 53 53.7167397432 +61 43 38.547161832 11.43 11.6 11.2     B2III 18 0
25 SH 2-169 HII 23 54.0 +60 22           ~ 22 0
26 Ass Cas OB 5 As* 23 54 +61.6           ~ 78 0
27 HD 224055 Em* 23 54 42.1155968568 +61 50 20.036841432 7.67 7.846 7.233     B3Ia 96 0
28 EM* AS 514 Em* 23 55 00.6448062024 +62 05 29.915521116 11.45 11.5 11.3     B3III 17 0
29 V* V375 Cas EB* 23 57 09.4141562664 +63 00 21.971463228   10.33 10.10     B2V 55 0
30 LS I +61 112 * 23 57 34.6111796856 +61 22 26.634499248 10.31 10.88 10.6     B2V 22 0
31 CTB 1 SNR 23 59 13 +62 26.2           ~ 173 0

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