2018ApJ...867...61Z

Query : 2018ApJ...867...61Z

2018ApJ...867...61Z - Astrophys. J., 867, 61-61 (2018/November-1)

How does the stellar wind influence the radio morphology of a supernova remnant?

ZHANG M.F., TIAN W.W. and WU D.

Abstract (from CDS):

We simulate the evolution of the stellar wind and the supernova remnant (SNR) originating from a runaway massive star in a uniform Galactic environment based on three-dimensional magnetohydrodynamics models. Taking the stellar wind into consideration, we can explain the radio morphologies of many SNRs. The directions of the kinematic velocity of the progenitor, the magnetic field, and the line of sight are the most important factors influencing the morphologies. If the velocity is perpendicular to the magnetic field, the simulation will give us two different unilateral SNRs and a bilateral symmetric SNR. If the velocity is parallel to the magnetic field, we obtain a bilateral asymmetric SNR and a quasi-circular SNR. Our simulations show the stellar wind plays a key role in the radio evolution of an SNR, which implies that the Galactic global density and magnetic field distribution play a secondary role.

Abstract Copyright: © 2018. The American Astronomical Society. All rights reserved.

Journal keyword(s): ISM: magnetic fields - ISM: supernova remnants - magnetohydrodynamics MHD

Simbad objects: 126

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Number of rows : 126
N Identifier Otype ICRS (J2000)
RA 		ICRS (J2000)
DEC 		Mag U Mag B Mag V Mag R Mag I Sp type #ref
1850 - 2024 		#notes
1 SNR G119.5+10.2 SNR 00 06.6 +72 47           ~ 250 1
2 SN 1572A SN* 00 25 21.5 +64 08 27           B8 1188 1
3 SNR G132.6+01.5 SNR 02 17 40 +62 45.0           ~ 179 0
4 M 1 SNR 05 34 30.9 +22 00 53           ~ 6192 1
5 1FGL J0538.6+2717 BL? 05 39 00.000 +27 50 00.00           ~ 253 2
6 SNR G179.0+02.6 SNR 05 53.7 +31 05           ~ 33 0
7 SNR G261.9+05.5 SNR 09 04 20 -38 42.0           ~ 40 2
8 SNR G284.3-01.8 Rad 10 18.3 -59 00           ~ 115 2
9 V* V906 Car No* 10 36 15.4286177568 -59 35 53.696262804           ~ 89 1
10 NAME MSH 11-61A SNR 10 59 25.36 -61 18 42.6           ~ 174 0
11 AJG 14 BL? 12 09 40 -52 25.0           ~ 287 1
12 1FGL J1213.7-6240c BL? 12 13 41.000 -62 37 00.00           ~ 41 0
13 SNR G299.2-02.9 SNR 12 15 13 -65 30.0           ~ 55 0
14 SNR G301.4-01.0 SNR 12 37.9 -63 49           ~ 16 0
15 SNR G302.3+00.7 SNR 12 45.9 -62 08           ~ 30 0
16 SNR G304.6+00.1 SNR 13 05 59 -62 42.0           ~ 85 0
17 SNR G308.1-00.7 SNR 13 37.6 -63 04           ~ 16 0
18 SNR G310.6-00.3 SNR 13 58.0 -62 09           ~ 19 1
19 NAME Kes 20A Rad 13 59 44.9 -62 13 56           ~ 27 2
20 SNR G311.5-00.3 Rad 14 05.6 -61 58           ~ 57 1
21 1A 1439-61 BL? 14 43 00 -62 30.0           ~ 368 1
22 SNR G318.9+00.4 SNR 14 58.3 -58 28           ~ 17 0
23 NAME Lupus SN SNR 15 02 22.1 -42 05 49           ~ 1328 1
24 SNR G320.6-01.6 SNR 15 17.8 -59 16           ~ 15 0
25 SNR G321.9-00.3 SNR 15 20 39.000 -57 33 42.00           ~ 84 0
26 SNR G322.5-00.1 SNR 15 23.4 -57 06           ~ 20 0
27 SNR G321.9-01.1 SNR 15 23.7 -58 13           ~ 17 0
28 SNR G327.4+01.0 SNR 15 46.8 -53 20           ~ 22 0
29 SNR G327.4+00.4 SNR 15 48 20 -53 49.0           ~ 91 0
30 SNR G327.2-00.1 SNR 15 50 55 -54 18.0           ~ 68 1
31 Kes 25 BL? 15 53 00.000 -56 10 00.00           ~ 129 0
32 SNR G327.1-01.1 SNR 15 54 32.3 -55 03 44           ~ 99 1
33 SNR G332.0+00.2 SNR 16 13.3 -50 53           ~ 47 0
34 AJG 44 Psr 16 17 33.000 -51 02 00.00           ~ 512 3
35 SNR G337.3+01.0 Rad 16 32 42.1 -46 37 35           ~ 44 1
36 SNR G338.1+00.4 SNR 16 38.0 -46 24           ~ 28 0
37 SNR G342.1+00.9 SNR 16 50.7 -43 04           ~ 17 0
38 SNR G346.6-00.2 SNR 17 10.3 -40 11           ~ 93 0
39 SNR G348.7+00.3 SNR 17 13 43.0 -38 10 12           ~ 121 2
40 SNR G348.5+00.1 SNR 17 14 31.780 -38 28 34.50           ~ 220 3
41 SNR G348.5-00.0 Rad 17 15 26 -38 28.0           ~ 36 1
42 SNR G349.2-00.1 SNR 17 17.3 -38 04           ~ 14 0
43 SNR G356.2+04.5 SNR 17 19.0 -29 40           ~ 16 0
44 SNR G351.7+00.8 SNR 17 21.0 -35 27           ~ 24 0
45 SNR G350.1-00.3 SNR 17 21 06 -37 26.9     13.60     ~ 78 0
46 1FGL J1725.5-2832 BL? 17 26 00.000 -28 36 00.00           ~ 24 0
47 SNR G352.7-00.1 Rad 17 27 43 -35 06.5           ~ 72 1
48 SNR G350.0-01.8 SNR 17 27 50 -38 32.0           ~ 46 0
49 SNR G351.9-00.9 Rad 17 28.9 -36 16           ~ 19 1
50 SNR G354.1+00.1 SNR 17 30.5 -33 46           ~ 17 1
51 NAME Kepler SNR Rad 17 30 40.5 -21 29 14           ~ 795 4
52 SNR G355.6+00.0 SNR 17 35 18 -32 37.0           ~ 27 0
53 SNR G354.8-00.8 SNR 17 36 00 -33 42.0           ~ 26 1
54 MGCS 358.1+01.0 Rad 17 37 00 -29 59.0           ~ 10 1
55 SNR G353.9-02.0 SNR 17 38.9 -35 11           ~ 17 0
56 SNR G356.3-01.5 SNR 17 42 35 -32 52.0           ~ 18 0
57 SNR G006.4+04.0 SNR 17 45.2 -21 22           ~ 21 0
58 SNR G359.1-00.5 Rad 17 45 30 -29 57.0           ~ 174 1
59 0FGL J1746.0-2900 gam 17 45 41 -29 00.8           ~ 493 2
60 SNR G355.9-02.5 Rad 17 45.9 -33 43           ~ 41 1
61 SNR G358.5-00.9 Rad 17 46 10 -30 40.0           ~ 14 1
62 SNR G359.0-00.9 Rad 17 46 50 -30 16.0           ~ 52 1
63 SNR G000.9+00.1 SNR 17 47.3 -28 09           ~ 199 1
64 SNR G005.9+03.1 SNR 17 47.3 -22 16           ~ 23 0
65 SNR G001.0-00.1 SNR 17 48.5 -28 09           ~ 26 0
66 SNR G001.9+00.3 SNR 17 48 46.0 -27 09 52           ~ 209 1
67 SNR G003.8+00.3 SNR 17 52 55 -25 28.0           ~ 21 0
68 SNR G003.7-00.2 SNR 17 55 26 -25 50.0           ~ 27 0
69 SNR G006.1+00.5 Rad 17 57.5 -23 25           ~ 17 1
70 SNR G007.2+00.2 SNR 18 01.1 -22 38           ~ 16 0
71 SNR G007.0-00.1 SNR 18 01 50 -22 54.0           ~ 13 0
72 SNR G006.5-00.4 SNR 18 02.2 -23 34           ~ 26 0
73 SNR G008.3-00.0 Rad 18 04.6 -21 49           ~ 25 1
74 SNR G009.8+00.6 SNR 18 05.1 -20 14           ~ 41 0
75 SNR G005.2-02.6 Rad 18 07.5 -25 45           ~ 22 1
76 SNR G004.2-03.5 SNR 18 08.9 -27 03           ~ 24 0
77 SNR G011.1+00.1 SNR 18 09.8 -19 12           ~ 26 0
78 SNR G011.0+00.0 SNR 18 10.1 -19 25           ~ 35 1
79 SNR G011.4-00.1 SNR 18 10.8 -19 05           ~ 55 0
80 SNR G012.2+00.3 SNR 18 11.3 -18 10           ~ 18 0
81 SNR G011.2-00.3 SNR 18 11 28.9 -19 25 29           ~ 286 1
82 SNR G011.1-00.7 SNR 18 12.8 -19 38           ~ 16 0
83 SNR G014.3+00.1 SNR 18 16.0 -16 27           ~ 21 0
84 SNR G015.9+00.2 SNR 18 18 52 -15 02.0           ~ 99 0
85 SNR G016.7+00.1 Rad 18 20 57.0 -14 19 35           ~ 59 2
86 SNR G017.4-00.1 SNR 18 23.1 -13 46           ~ 20 0
87 SNR G018.8+00.3 SNR 18 24.0 -12 23           ~ 103 0
88 SNR G008.7-05.0 SNR 18 24.2 -23 48           ~ 25 0
89 SNR G018.1-00.2 Rad 18 24 37.0 -13 15 18           ~ 43 1
90 SNR G018.6-00.2 SNR 18 25.9 -12 50           ~ 28 0
91 SNR G016.2-02.7 SNR 18 30 00 -16 16.3           ~ 19 0
92 SNR G021.0-00.4 SNR 18 31.2 -10 47           ~ 19 0
93 SNR G021.8-00.6 SNR 18 32 45 -10 08.0           ~ 129 0
94 SNR G021.5-00.9 SNR 18 33 33.612 -10 34 07.69           ~ 461 1
95 SNR G021.6-00.8 SNR 18 33 36 -10 25.4           ~ 17 0
96 SNR G024.7+00.6 SNR 18 34 46 -07 05.8           ~ 89 0
97 SNR G023.3-00.3 SNR 18 34 51.80 -08 44 38.2           ~ 218 0
98 SNR G024.7-00.6 Rad 18 38 43 -07 32.0           ~ 49 1
99 4C -04.71 Rad 18 41 19.8 -04 56 06           ~ 327 3
100 SNR G028.6-00.1 Rad 18 43 55 -03 53.0           ~ 57 1
101 SNR G029.7-00.2 SNR 18 46 22.8 -02 59 47           ~ 350 2
102 SNR G036.6+02.6 SNR 18 48.8 +04 26           ~ 24 0
103 SNR G033.2-00.6 gam 18 53 41.1 -00 02 20           ~ 52 1
104 SNR G042.8+00.6 SNR 19 07 41.9 +09 07 17           ~ 129 1
105 W 49b SNR 19 11 09.000 +09 06 24.00           ~ 463 1
106 SNR G046.8-00.3 SNR 19 18 10 +12 09.0           ~ 71 0
107 SNR G055.7+03.4 SNR 19 21.3 +21 44           ~ 41 0
108 W 51 SNR 19 23 50 +14 06.0           ~ 1278 1
109 SNR G065.2+05.7 SNR 19 33.0 +31 10           ~ 101 0
110 SNR G054.4-00.3 SNR 19 33 20 +18 56.0           ~ 96 0
111 SNR G057.2+00.8 SNR 19 35.0 +21 57           ~ 102 0
112 SNR G053.6-02.2 SNR 19 38.8 +17 14           ~ 150 0
113 SNR G059.8+01.2 SNR 19 38.9 +24 19           ~ 25 0
114 SNR G059.5+00.1 SNR 19 42.6 +23 35           ~ 27 0
115 SNR G064.5+00.9 SNR 19 50 25 +28 16.0           ~ 10 0
116 SNR G065.1+00.6 SNR 19 54.7 +28 35           ~ 60 0
117 SNR G066.0-00.0 SNR 19 57 49.20 +29 02 58.8           ~ 15 0
118 SNR G069.7+01.0 SNR 20 02.7 +32 43           ~ 39 0
119 SNR G082.2+05.3 SNR 20 19.0 +45 30           ~ 97 0
120 SNR G083.0-00.2 SNR 20 46.9 +42 52           ~ 20 0
121 SNR G085.4+00.7 SNR 20 50.7 +45 22           ~ 32 0
122 SNR G093.2+06.7 SNR 20 52 25 +55 19.3           ~ 82 0
123 SNR G084.2-00.8 SNR 20 53.3 +43 27           ~ 78 0
124 CTB 109 BL? 23 01 35 +58 53.0           ~ 344 0
125 3C 461 BL? 23 23 24.000 +58 48 54.00     14.30     ~ 2792 1
126 CTB 1 SNR 23 59 13 +62 26.2           ~ 159 0

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