2022ApJ...933..204A

Query : 2022ApJ...933..204A

2022ApJ...933..204A - Astrophys. J., 933, 204-204 (2022/July-2)

Search for New Cosmic-Ray Acceleration Sites within the 4FGL Catalog Galactic Plane Sources.

ABDOLLAHI S., ACERO F., ACKERMANN M., BALDINI L., BALLET J., BARBIELLINI G., BASTIERI D., BELLAZZINI R., BERENJI B., BERRETTA A., BISSALDI E., BLANDFORD R.D., BONINO R., BRUEL P., BUSON S., CAMERON R.A., CAPUTO R., CARAVEO P.A., CASTRO D., CHIARO G., CIBRARIO N., CIPRINI S., CORONADO-BLAZQUEZ J., CRNOGORCEVIC M., CUTINI S., D'AMMANDO F., DE GAETANO S., DI LALLA N., DIRIRSA F., DI VENERE L., DOMINGUEZ A., FEGAN S.J., FIORI A., FLEISCHHACK H., FRANCKOWIAK A., FUKAZAWA Y., FUSCO P., GAMMALDI V., GARGANO F., GASPARRINI D., GIACCHINO F., GIGLIETTO N., GIORDANO F., GIROLETTI M., GLANZMAN T., GREEN D., GRENIER I.A., GRONDIN M.-H., GUIRIEC S., GUSTAFSSON M., HARDING A.K., HAYS E., HEWITT J.W., HORAN D., HOU X., JOHANNESSON G., KAYANOKI T., KERR M., KUSS M., LARSSON S., LATRONICO L., LEMOINE-GOUMARD M., LI J., LONGO F., LOPARCO F., LUBRANO P., MALDERA S., MALYSHEV D., MANFREDA A., MARTI-DEVESA G., MAZZIOTTA M.N., MEREU I., MICHELSON P.F., MIRABAL N., MITTHUMSIRI W., MIZUNO T., MONZANI M.E., MORSELLI A., MOSKALENKO I.V., NUSS E., OMODEI N., ORIENTI M., ORLANDO E., ORMES J.F., PANEQUE D., PEI Z., PERSIC M., PESCE-ROLLINS M., PILLERA R., POON H., PORTER T.A., PRINCIPE G., RAINO S., RANDO R., RANI B., RAZZANO M., RAZZAQUE S., REIMER A., REIMER O., REPOSEUR T., SANCHEZ-CONDE M., SAZ PARKINSON P.M., SCOTTON L., SERINI D., SGRO C., SISKIND E.J., SPANDRE G., SPINELLI P., SUEOKA K., SUSON D.J., TAJIMA H., TAK D., THAYER J.B., TORRES D.F., TROJA E., VALVERDE J., WADIASINGH Z., WOOD K. and ZAHARIJAS G.

Abstract (from CDS):

Cosmic rays are mostly composed of protons accelerated to relativistic speeds. When those protons encounter interstellar material, they produce neutral pions, which in turn decay into gamma-rays. This offers a compelling way to identify the acceleration sites of protons. A characteristic hadronic spectrum, with a low-energy break around 200 MeV, was detected in the gamma-ray spectra of four supernova remnants (SNRs), IC 443, W44, W49B, and W51C, with the Fermi Large Area Telescope. This detection provided direct evidence that cosmic-ray protons are (re-)accelerated in SNRs. Here, we present a comprehensive search for low-energy spectral breaks among 311 4FGL catalog sources located within 5° from the Galactic plane. Using 8 yr of data from the Fermi Large Area Telescope between 50 MeV and 1 GeV, we find and present the spectral characteristics of 56 sources with a spectral break confirmed by a thorough study of systematic uncertainty. Our population of sources includes 13 SNRs for which the proton-proton interaction is enhanced by the dense target material; the high-mass gamma-ray binary LS I+61 303; the colliding wind binary η Carinae; and the Cygnus star-forming region. This analysis better constrains the origin of the gamma-ray emission and enlarges our view to potential new cosmic-ray acceleration sites.

Abstract Copyright: © 2022. The Author(s). Published by the American Astronomical Society.

Journal keyword(s): Gamma-ray sources - Supernova remnants

VizieR on-line data: <Available at CDS (J/ApJ/933/204): tableb1.dat>

Status at CDS : All or part of tables of objects will be ingested in SIMBAD with priority 1.

Simbad objects: 113

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Number of rows : 113
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 4FGL J0034.6+6438 gam 00 34 38.9 +64 38 21           ~ 8 0
2 1FGL J0038.6+6306 gam 00 39 08.7 +62 57 37           ~ 19 0
3 3FGL J0128.4+6257 Bz? 01 29 04.8 +63 12 42           ~ 11 0
4 4FGL J0142.5+6650 gam 01 42 30.6 +66 50 03           ~ 6 0
5 4FGL J0144.3+5959 gam 01 44 20.3 +59 59 51           ~ 6 0
6 4FGL J0211.5+6219 gam 02 11 36.0 +62 19 24           ~ 7 0
7 SNR G132.6+01.5 SNR 02 17 40 +62 45.0           ~ 193 0
8 1FGL J0224.0+6201c gam 02 24 02 +62 01.0           ~ 22 0
9 W 3 MoC 02 27 04.10 +61 52 27.1           ~ 1064 3
10 3FGL J0235.7+5647 Bz? 02 35 23.5 +56 50 52           ~ 12 0
11 LS I +61 303 HXB 02 40 31.6644419688 +61 13 45.593918580 11.27 11.61 10.75 10.19 9.55 B0Ve 903 2
12 4FGL J0330.7+5845 gam 03 30 44.9 +58 45 08           ~ 6 0
13 1FGL J0341.5+5304 gam 03 40 26.4 +53 02 11           ~ 22 0
14 1FGL J0426.5+5437 gam 04 26 31.3 +54 34 13           ~ 20 0
15 SNR G160.8+02.6 SNR 05 01 00.000 +46 40 00.00           ~ 233 0
16 SNR G180.0-01.7 SNR 05 39 00.000 +27 50 00.00           ~ 294 2
17 4FGL J0609.0+2006 gam 06 09 01.1 +20 06 12           ~ 7 0
18 IC 443 SNR 06 17 00.0000000 +22 34 11.998901           ~ 1314 1
19 4FGL J0618.7+1211 gam 06 18 47.0 +12 11 01           ~ 7 0
20 4FGL J0620.4+1445 gam 06 20 26.0 +14 45 19           ~ 6 0
21 NAME Rosette Nebula HII 06 32 26.76 +04 47 37.1           ~ 522 1
22 3FGL J0634.1+0424 gam 06 34 07 +04 24.4           ~ 10 0
23 NAME Rosette Molecular Cloud MoC 06 34.7 +04 02           ~ 277 0
24 NAME MONOCEROS NEB SNR 06 38 43 +06 30.2           ~ 264 0
25 4FGL J0709.1-1034 gam 07 09 10.8 -10 34 09           ~ 3 0
26 4FGL J0722.7-2309 gam 07 22 46.2 -23 09 05           ~ 3 0
27 1FGL J0731.2-1910c gam 07 31 16 -19 10.1           ~ 14 0
28 NAME Vela X Psr 08 33 08.880 -45 11 24.36           ~ 302 1
29 NAME Vela SNR 08 34.0 -45 50           ~ 1331 2
30 1FGL J0845.5-4327c gam 08 44 08.0 -43 30 54           ~ 9 0
31 3FGL J0851.4-4244 gam 08 51 28 -42 44.9           ~ 7 0
32 1RXS J090505.3-490324 X 09 05 05.299 -49 03 24.01           ~ 1 0
33 3FGL J0905.6-4917 gam 09 05 41 -49 17.8           ~ 10 0
34 4FGL J0911.6-4738 gam 09 11 40.0 -47 38 25           ~ 3 0
35 3FGL J0923.8-5154 gam 09 23 52 -51 54.2           ~ 10 0
36 1RXS J100718.2-570335 X 10 07 18.20 -57 03 35.5           ~ 1 0
37 3FGL J1008.6-5706 gam 10 08 10 -57 06.2           ~ 9 0
38 1FGL J1018.6-5856 HXB 10 18 55.5875706288 -58 56 45.975246900   13.638 12.683     O6V((f)) 156 0
39 * eta Car s*b 10 45 03.545808 -59 41 03.95124 6.37 7.03 6.48 6.123 4.41 LBV 2543 0
40 2FGL J1243.9-6232 gam 12 43 31.37 -62 36 13.5           ~ 14 0
41 4FGL J1351.6-6142 gam 13 51 37.3 -61 42 10           ~ 5 0
42 PSR J1358-6025 Psr 13 58 25.8837891 -60 25 55.458069           ~ 21 0
43 2MASS J14051441-6118282 HXB 14 05 14.41560 -61 18 28.2168           O6.5III 53 0
44 4FGL J1408.9-5845c ? 14 08 57.6 -58 45 00           ~ 5 0
45 SNR G316.3-00.0 SNR 14 42 00.900 -59 58 59.00           ~ 62 0
46 PSR J1447-5757 Psr 14 46 10.65 -57 54 58.2           ~ 16 0
47 2FGL J1456.7-6247c gam 14 57 36 -62 49.8           ~ 16 0
48 3A 1510-590 Psr 15 13 17.000 -59 04 54.00           ~ 434 3
49 PSR B1509-58 Psr 15 13 47.6 -59 07 54     13.06     ~ 879 1
50 3FGL J1533.8-5231 gam 15 34 00.2 -52 32 52           ~ 14 0
51 4FGL J1547.5-5130 gam 15 47 31.2 -51 30 46           ~ 6 0
52 Kes 25 SNR 15 53 00.000 -56 10 00.00           ~ 136 0
53 1FGL J1554.8-5312c gam 15 54 24.27 -53 14 41.0           ~ 20 0
54 4FGL J1556.0-4713 gam 15 56 01.2 -47 13 47           ~ 6 0
55 SNR G329.7+00.4 SNR 16 01.3 -52 18           ~ 21 0
56 4FGL J1601.3-5224 gam 16 01 22.3 -52 24 07           ~ 5 0
57 2FGL J1610.1-4808 gam 16 09 46.13 -48 07 05.0           ~ 11 0
58 4FGL J1626.6-4251 gam 16 26 36.7 -42 51 41           ~ 6 0
59 IGR J16320-4751 HXB 16 32 01.76 -47 52 29.0           BN0.5Ia 188 0
60 4FGL J1633.0-4746e gam 16 33 02.2 -47 46 12           ~ 9 0
61 HESS J1634-472 gam 16 34 51.11927 -47 14 01.9360           ~ 31 0
62 2EG J1648-5042 gam 16 39 23.5 -51 46 09           ~ 39 0
63 4U 1642-45 LXB 16 45 48.1 -45 36 42           ~ 467 1
64 4FGL J1708.6-4312 gam 17 08 37.3 -43 12 02           ~ 6 0
65 4FGL J1730.1-3422 gam 17 30 11.3 -34 22 43           ~ 7 0
66 4FGL J1734.5-2818 gam 17 34 35.5 -28 18 08           ~ 8 0
67 4FGL J1742.8-2246 gam 17 42 53.9 -22 46 18           ~ 7 0
68 4FGL J1743.4-2406 gam 17 43 28.2 -24 06 14           ~ 7 0
69 3FGL J1759.6-2141 gam 17 59 44.0 -21 41 50           ~ 8 0
70 SNR G006.4-00.1 SNR 18 00 31.2011719 -23 25 48.001099           ~ 782 1
71 4FGL J1808.2-1055 gam 18 08 14.0 -10 55 20           ~ 6 0
72 4FGL J1812.2-0856 gam 18 12 17.9 -08 56 51           ~ 7 0
73 NAME AGPS 273.4-17.8 SNR 18 13 35.05 -17 49 58.1           ~ 145 2
74 SNR G012.8-00.0 SNR 18 13.6 -17 49           ~ 68 0
75 1AGL J1815-1732 gam 18 14 05 -17 36.1           ~ 30 0
76 W 33 SFR 18 14 14.0 -17 55 50           ~ 292 0
77 4FGL J1814.2-1012 gam 18 14 14.8 -10 12 50           ~ 6 0
78 V* V479 Sct HXB 18 26 15.0561548880 -14 50 54.247274304 12.02 12.23 11.27 11.04   ON6V((f))z 613 2
79 NVSS J183922-055321 Rad 18 39 22.25 -05 53 25.8           ~ 3 1
80 0FGL J1839.0-0549 gam 18 39 26.4 -05 53 22           ~ 27 0
81 ARGO J1839-0627 Psr 18 40 55.0 -05 33 00           ~ 66 1
82 2FGL J1852.7+0047c gam 18 52 24.0 +00 37 48           ~ 13 0
83 SNR G033.6+00.1 SNR 18 52 29.000 +00 38 42.00           ~ 302 2
84 3FGL J1855.4+0454 gam 18 55 15.8 +04 56 34           ~ 12 0
85 SNR G034.6-00.5 SNR 18 56 10.650 +01 13 21.30           ~ 1034 2
86 4FGL J1856.2+0749 gam 18 56 16.5 +07 49 59           ~ 5 0
87 4FGL J1857.7+0246e Psr 18 57 11.0 +02 40 00           ~ 59 0
88 4FGL J1906.9+0712 gam 19 06 59.4 +07 12 59           ~ 11 0
89 4FGL J1908.7+0812 gam 19 08 44.3 +08 12 16           ~ 9 0
90 W 49b SNR 19 11 09.5 +09 06 21           ~ 500 1
91 4FGL J1912.5+1320 gam 19 12 31.7 +13 20 56           ~ 6 0
92 SNR G049.1-00.1 SNR 19 23 19.300 +14 09 21.00           ~ 309 0
93 SNR G052.37-00.70 SR? 19 30 35 +16 53.6           ~ 4 0
94 1FGL J1930.8+1653c gam 19 31 08.3 +16 56 38           ~ 14 0
95 PSR J1932+1916 Psr 19 32 19.775 +19 16 38.06           ~ 33 0
96 SNR G054.4-00.3 SNR 19 33 20 +18 56.0           ~ 104 0
97 4FGL J1934.3+1859 gam 19 34 20.4 +18 59 52           ~ 6 0
98 3FGL J1951.6+2926 gam 19 52 52.2 +29 24 02           ~ 13 0
99 4FGL J2002.3+3246 gam 20 02 23.9 +32 46 44           ~ 6 0
100 ARGO J2021+4038 gam 20 19 00.0 +40 42 00           ~ 33 1
101 NAME gam Cyg SNR SNR 20 20 17.100 +40 26 09.00           ~ 247 2
102 PSR J2021+4026 Psr 20 21 30.496 +40 26 53.56           ~ 300 2
103 * gam Cyg V* 20 22 13.7018357 +40 15 24.044963 3.44 2.90 2.23 1.74 1.40 F8Ib 607 0
104 NAME Cyg X Cld 20 30 04.7973633 +40 51 36.002197           ~ 962 1
105 NAME Cyg Complex reg 20 32 +45.0           ~ 667 0
106 V* V1521 Cyg HXB 20 32 25.78 +40 57 27.9           WN4/5-6/7 2035 2
107 3FGL J2038.4+4212 gam 20 38 30.0 +42 12 31           ~ 14 0
108 SNR G089.0+04.7 SNR 20 45.0 +50 35           ~ 237 0
109 1RXS J205549.4+435216 Y*O 20 55 51.2556248952 +43 52 24.463877376   16.059 13.087 11.850   O3.5III(f*)+O8 30 1
110 3FGL J2058.0+4347 gam 20 56 27 +43 51.3           ~ 10 0
111 1FGL J2107.5+5202c Bz? 21 08 04.0 +51 55 39           ~ 39 0
112 NAME Cas A SNR 23 23 26.0 +58 48 41     14.30     ~ 3033 1
113 NAME Galactic Ridge ? ~ ~           ~ 543 1

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