2016ApJS..224....8A

Query : 2016ApJS..224....8A

2016ApJS..224....8A - Astrophys. J., Suppl. Ser., 224, 8 (2016/May-0)

The first Fermi LAT supernova remnant catalog.

ACERO F., ACKERMANN M., AJELLO M., BALDINI L., BALLET J., BARBIELLINI G., BASTIERI D., BELLAZZINI R., BISSALDI E., BLANDFORD R.D., BLOOM E.D., BONINO R., BOTTACINI E., BRANDT T.J., BREGEON J., BRUEL P., BUEHLER R., BUSON S., CALIANDRO G.A., CAMERON R.A., CAPUTO R., CARAGIULO M., CARAVEO P.A., CASANDJIAN J.M., CAVAZZUTI E., CECCHI C., CHEKHTMAN A., CHIANG J., CHIARO G., CIPRINI S., CLAUS R., COHEN J.M., COHEN-TANUGI J., COMINSKY L.R., CONDON B., CONRAD J., CUTINI S., D'AMMANDO F., DE ANGELIS A., DE PALMA F., DESIANTE R., DIGEL S.W., DI VENERE L., DRELL P.S., DRLICA-WAGNER A., FAVUZZI C., FERRARA E.C., FRANCKOWIAK A., FUKAZAWA Y., FUNK S., FUSCO P., GARGANO F., GASPARRINI D., GIGLIETTO N., GIOMMI P., GIORDANO F., GIROLETTI M., GLANZMAN T., GODFREY G., GOMEZ-VARGAS G.A., GRENIER I.A., GRONDIN M.-H., GUILLEMOT L., GUIRIEC S., GUSTAFSSON M., HADASCH D., HARDING A.K., HAYASHIDA M., HAYS E., HEWITT J.W., HILL A.B., HORAN D., HOU X., IAFRATE G., JOGLER T., JOHANNESSON G., JOHNSON A.S., KAMAE T., KATAGIRI H., KATAOKA J., KATSUTA J., KERR M., KNODLSEDER J., KOCEVSKI D., KUSS M., LAFFON H., LANDE J., LARSSON S., LATRONICO L., LEMOINE-GOUMARD M., LI J., LI L., LONGO F., LOPARCO F., LOVELLETTE M.N., LUBRANO P., MAGILL J., MALDERA S., MARELLI M., MAYER M., MAZZIOTTA M.N., MICHELSON P.F., MITTHUMSIRI W., MIZUNO T., MOISEEV A.A., MONZANI M.E., MORETTI E., MORSELLI A., MOSKALENKO I.V., MURGIA S., NEMMEN R., NUSS E., OHSUGI T., OMODEI N., ORIENTI M., ORLANDO E., ORMES J.F., PANEQUE D., PERKINS J.S., PESCE-ROLLINS M., PETROSIAN V., PIRON F., PIVATO G., PORTER T.A., RAINO S., RANDO R., RAZZANO M., RAZZAQUE S., REIMER A., REIMER O., RENAUD M., REPOSEUR T., ROUSSEAU R., SAZ PARKINSON P.M., SCHMID J., SCHULZ A., SGRO C., SISKIND E.J., SPADA F., SPANDRE G., SPINELLI P., STRONG A.W., SUSON D.J., TAJIMA H., TAKAHASHI H., TANAKA T., THAYER J.B., THOMPSON D.J., TIBALDO L., TIBOLLA O., TORRES D.F., TOSTI G., TROJA E., UCHIYAMA Y., VIANELLO G., WELLS B., WOOD K.S., WOOD M., YASSINE M., DEN HARTOG P.R. and ZIMMER S.

Abstract (from CDS):

To uniformly determine the properties of supernova remnants (SNRs) at high energies, we have developed the first systematic survey at energies from 1 to 100 GeV using data from the Fermi Large Area Telescope (LAT). Based on the spatial overlap of sources detected at GeV energies with SNRs known from radio surveys, we classify 30 sources as likely GeV SNRs. We also report 14 marginal associations and 245 flux upper limits. A mock catalog in which the positions of known remnants are scrambled in Galactic longitude allows us to determine an upper limit of 22% on the number of GeV candidates falsely identified as SNRs. We have also developed a method to estimate spectral and spatial systematic errors arising from the diffuse interstellar emission model, a key component of all Galactic Fermi LAT analyses. By studying remnants uniformly in aggregate, we measure the GeV properties common to these objects and provide a crucial context for the detailed modeling of individual SNRs. Combining our GeV results with multiwavelength (MW) data, including radio, X-ray, and TeV, we demonstrate the need for improvements to previously sufficient, simple models describing the GeV and radio emission from these objects. We model the GeV and MW emission from SNRs in aggregate to constrain their maximal contribution to observed Galactic cosmic rays.

Journal keyword(s): acceleration of particles - catalogs - cosmic rays - gamma-rays: ISM - ISM: supernova remnants - radiation mechanisms: nonthermal

VizieR on-line data: <Available at CDS (J/ApJS/224/8): catalog.dat limits.dat mwinfo.dat>

Simbad objects: 300

Full paper

View the references in ADS

Number of rows : 300

N	Identifier	Otype	ICRS (J2000) RA	ICRS (J2000) DEC	Mag B	Mag V	Mag R	Sp type	#ref 1850 - 2023	#notes
1	SNR G119.5+10.2	SNR	00 06.6	+72 47				~	249	1
2	SN 1572A	SN*	00 25 21.5	+64 08 27				B8	1171	1
3	SNR G126.2+01.6	SNR	01 22.0	+64 15				~	52	0
4	SNR G127.1+00.5	SNR	01 28 20.000	+63 10 00.00				~	98	0
5	SNR G130.7+03.1	SNR	02 05 37.0	+64 49 42				~	607	4
6	SNR G132.6+01.5	SNR	02 17 40	+62 45.0				~	175	0
7	SNR G156.2+05.7	SNR	04 58 51.300	+51 50 28.00				~	127	1
8	SNR G160.8+02.6	SNR	05 01 00.000	+46 40 00.00				~	208	0
9	SNR G166.0+04.3	SNR	05 26 30.000	+42 56 00.00				~	178	0
10	M 1	SNR	05 34 30.9	+22 00 53				~	6092	1
11	SNR G180.0-01.7	SNR	05 39 00.000	+27 50 00.00				~	244	2
12	NAME Gal Anticenter	reg	05 46	+28.9				~	874	0
13	SNR G179.0+02.6	SNR	05 53.7	+31 05				~	32	0
14	SNR G182.4+04.3	SNR	06 08.2	+29 00				~	30	0
15	PKS 0607+17	Rad	06 09.3	+17 20				~	46	1
16	IC 443	SNR	06 17 34.7	+22 28 03				~	1217	1
17	NAME Rosette Nebula	HII	06 32 26.76	+04 47 37.1				~	486	1
18	NAME MONOCEROS NEB	SNR	06 38 43	+06 30.2				~	242	0
19	LBN 211.65-01.51	HII	06 45 28	+00 17.8				~	66	0
20	1FGL J0647.3+0031	gam	06 47 22.0	+00 31 44				~	12	1
21	SNR G206.9+02.3	SNR	06 48 40	+06 26.0				~	45	0
22	SNR G213.0-00.6	Rad	06 51	-00.5				~	13	2
23	HD 49933	PM*	06 50 49.8309774552	-00 32 27.167495244	6.147	5.771	7.04	F3V	372	2
24	NAME Pup A	SNR	08 24 07	-42 59.8				~	585	1
25	NAME Vela X	Psr	08 33 08.880	-45 11 24.36				~	275	1
26	NAME Vela XYZ	Rad	08 34.0	-45 50				~	1209	2
27	NAME Vela Pulsar	Psr	08 35 20.65525	-45 10 35.1545		15.10		~	2273	1
28	NAME Vela Jr SN	SNR	08 52.0	-46 20				~	466	2
29	SNR G261.9+05.5	SNR	09 04 20	-38 42.0				~	39	2
30	SNR G272.2-03.2	SNR	09 06 50	-52 07.0				SNIa	68	0
31	SNR G279.0+01.1	SNR	09 57.7	-53 15				~	30	0
32	PSR J1016-58	Psr	10 16 21.266	-58 57 11.70				~	112	3
33	HESS J1018-589	gam	10 18	-58.9				~	22	0
34	SNR G284.3-01.8	Rad	10 18.3	-59 00				~	113	2
35	2FGL J1019.0-5856	HXB	10 18 58.0	-58 56 36				O6V((f))	120	0
36	V* V906 Car	No*	10 36 15.4286177568	-59 35 53.696262804				~	83	1
37	NAME MSH 11-61A	SNR	10 59 25.36	-61 18 42.6				~	171	0
38	SNR G289.7-00.3	SNR	11 01.2	-60 18				~	16	0
39	SNR G291.0-00.1	SNR	11 11 54	-60 38.0				~	97	0
40	SNR G292.2-00.5	SNR	11 19.3	-61 28				~	89	1
41	SNR G292.0+01.8	SNR	11 24 59	-59 19.1				~	320	1
42	SNR G293.8+00.6	SNR	11 35 00	-60 54.0				~	35	0
43	SNR G294.1-00.0	SNR	11 36.2	-61 38				~	14	0
44	SNR G296.1-00.5	SNR	11 51 10	-62 34.0				~	53	0
45	SNR G296.8-00.3	SNR	11 58 30	-62 35.0				~	56	0
46	SNR G295.5+09.7	SNR	12 09 40	-52 25.0				~	281	1
47	SNR G298.5-00.3	SNR	12 12.7	-62 52				~	31	0
48	SNR G298.6-00.0	SNR	12 13 41.000	-62 37 00.00				~	39	0
49	SNR G299.2-02.9	SNR	12 15 13	-65 30.0				~	52	0
50	SNR G299.6-00.5	SNR	12 21.7	-63 09				~	15	0
51	SNR G301.4-01.0	SNR	12 37.9	-63 49				~	16	0
52	SNR G302.3+00.7	SNR	12 45.9	-62 08				~	30	0
53	SNR G304.6+00.1	SNR	13 05 59	-62 42.0				~	81	0
54	SNR G306.3-00.8	gam	13 17.3	-62 58				~	2	1
55	SNR G306.3-00.9	SNR	13 21 50.9	-63 33 50				~	20	0
56	SNR G308.1-00.7	SNR	13 37.6	-63 04				~	16	0
57	SNR G308.3-01.4	SNR	13 41 30	-63 44.0				~	19	0
58	SNR G308.8-00.1	SNR	13 42 30	-62 23.0				~	46	1
59	SNR G309.2-00.6	SNR	13 46.5	-62 54				~	67	0
60	SNR G309.8+00.0	SNR	13 50 30.000	-62 05 00.00				~	44	0
61	SNR G310.6-00.3	SNR	13 58.0	-62 09				~	19	1
62	NAME Kes 20A	Rad	13 59 44.9	-62 13 56				~	27	2
63	SNR G311.5-00.3	Rad	14 05.6	-61 58				~	57	1
64	SNR G312.4-00.4	SNR	14 13 00	-61 44.0				~	91	1
65	SNR G312.5-03.0	SNR	14 21.0	-64 12				~	12	0
66	SNR G315.1+02.7	SNR	14 33 25.000	-57 35 30.00				~	25	1
67	SNR G315.4-00.3	SNR	14 35.9	-60 36				~	32	0
68	NAME Frying Pan	SNR	14 38.4	-60 11				~	30	0
69	SNR G316.3-00.0	SNR	14 42 00.900	-59 58 59.00				~	56	0
70	SNR G315.0-02.3	SNR	14 43 00	-62 30.0				~	362	1
71	SNR G317.3-00.2	SNR	14 49.7	-59 46				~	18	0
72	SNR G318.2+00.1	SNR	14 54.8	-59 04				~	31	0
73	SNR G318.9+00.4	SNR	14 58.3	-58 28				~	17	0
74	NAME Loop I	SR?	15 01	-38.7				~	374	2
75	NAME Lupus SN	SNR	15 02 22.1	-42 05 49				~	1315	1
76	NAME Lup Loop	SNR	15 10.0	-40 00				~	69	0
77	3A 1510-590	Psr	15 13 17.000	-59 04 54.00				~	399	3
78	PSR B1509-58	Psr	15 13 55.52	-59 08 08.8		13.06		~	838	1
79	SNR G320.6-01.6	SNR	15 17.8	-59 16				~	15	0
80	SNR G321.9-00.3	SNR	15 20 39.000	-57 33 42.00				~	84	0
81	SNR G322.5-00.1	SNR	15 23.4	-57 06				~	20	0
82	SNR G321.9-01.1	SNR	15 23.7	-58 13				~	17	0
83	SNR G323.5+00.1	SNR	15 28.7	-56 21				~	28	0
84	SNR G327.4+01.0	SNR	15 46.8	-53 20				~	20	0
85	SNR G327.4+00.4	SNR	15 48 20	-53 49.0				~	90	0
86	SNR G327.2-00.1	SNR	15 50 55	-54 18.0				~	65	1
87	Kes 25	SNR	15 53 00.000	-56 10 00.00				~	124	0
88	SNR G327.1-01.1	SNR	15 54 32.3	-55 03 44				~	96	1
89	SNR G328.4+00.2	Rad	15 55 30	-53 17.0				~	65	1
90	SNR G330.2+01.0	SNR	16 01.1	-51 34				~	82	1
91	SNR G329.7+00.4	SNR	16 01.3	-52 18				~	19	0
92	SNR G332.0+00.2	SNR	16 13.3	-50 53				~	47	0
93	SNR G332.4+00.1	SNR	16 15 20	-50 42.0				~	88	0
94	AJG 44	Psr	16 17 33.000	-51 02 00.00				~	499	3
95	4FGL J1628.2-4848c	SNR	16 27 45.000	-48 47 00.00				~	42	0
96	SNR G336.7+00.5	Rad	16 31 42	-47 20.7				~	41	1
97	SNR G337.3+01.0	Rad	16 32 42.1	-46 37 35				~	44	1
98	SNR G337.0-00.1	SNR	16 35 06.9	-47 47 25				~	128	1
99	SNR G337.2+00.1	Rad	16 35 56.0	-47 19 54				~	25	1
100	SNR G338.1+00.4	SNR	16 38.0	-46 24				~	27	0
101	SNR G337.8-00.1	SNR	16 39.0	-46 59				~	75	0
102	SNR G337.2-00.7	Rad	16 39 15.0	-47 48 27				~	61	1
103	3EG J1639-4702	gam	16 40 30.0	-46 33 00				~	154	2
104	SNR G338.5+00.1	SNR	16 41 09	-46 19.0				~	44	0
105	SNR G332.5-05.6	SNR	16 43.3	-54 30				~	28	0
106	SNR G340.4+00.4	SNR	16 46.5	-44 39				~	37	0
107	SNR G341.2+00.9	SNR	16 47.6	-43 47				~	30	1
108	SNR G340.6+00.3	SNR	16 47.7	-44 34				~	36	0
109	SNR G342.1+00.9	SNR	16 50.7	-43 04				~	17	0
110	SNR G342.0-00.2	SNR	16 54.8	-43 53				~	32	0
111	SNR G341.9-00.3	SNR	16 55.0	-44 01				~	40	0
112	SNR G343.1-00.7	SNR	17 00.4	-43 14				~	19	0
113	SNR G344.7-00.1	SNR	17 03 49	-41 42.5				~	84	0
114	SNR G345.7-00.2	Rad	17 07.3	-40 53				~	21	1
115	SNR G343.1-02.3	SNR	17 08.0	-44 16				~	76	1
116	SNR G346.6-00.2	SNR	17 10.3	-40 11				~	92	0
117	SNR G347.3-00.5	SNR	17 12 27	-39 41.2		12.27		~	710	1
118	SNR G348.7+00.3	SNR	17 13 43.0	-38 10 12				~	119	2
119	SNR G348.5+00.1	SNR	17 14 31.780	-38 28 34.50				~	214	3
120	SNR G348.5-00.0	Rad	17 15 26	-38 28.0				~	35	1
121	SNR G349.2-00.1	SNR	17 17.3	-38 04				~	14	0
122	SNR G349.7+00.2	SNR	17 18 10.160	-37 18 53.80				~	182	0
123	SNR G356.2+04.5	SNR	17 19.0	-29 40				~	15	0
124	SNR G351.7+00.8	SNR	17 21.0	-35 27				~	24	0
125	SNR G350.1-00.3	SNR	17 21 06	-37 26.9		13.60		~	75	0
126	SNR G351.2+00.1	SNR	17 22 27	-36 11.0				~	35	0
127	SNR G343.0-06.0	SNR	17 25.0	-46 30				~	33	0
128	SNR G358.0+03.8	SNR	17 26 00.000	-28 36 00.00				~	21	0
129	SNR G352.7-00.1	Rad	17 27 43	-35 06.5				~	68	1
130	SNR G350.0-01.8	SNR	17 27 50	-38 32.0				~	45	0
131	SNR G351.9-00.9	Rad	17 28.9	-36 16				~	17	1
132	SNR G354.1+00.1	SNR	17 30.5	-33 46				~	17	1
133	NAME Kepler SNR	Rad	17 30 40.5	-21 29 14				~	784	4
134	SNR G355.4+00.7	SNR	17 31 20.000	-32 26 00.00				~	16	0
135	SNR G353.6-00.7	SNR	17 31 55.0	-34 42 36				~	134	0
136	SNR G004.5+06.2	SNR	17 33.4	-21 34				~	15	0
137	SNR G355.6+00.0	SNR	17 35 18	-32 37.0				~	27	0
138	SNR G354.8-00.8	SNR	17 36 00	-33 42.0				~	26	1
139	MGCS 358.1+01.0	Rad	17 37 00	-29 59.0				~	10	1
140	SNR G356.3-00.3	SNR	17 37 56.000	-32 16 00.00				~	22	0
141	NAME the Square Nebula	Rad	17 38.6	-30 44				~	48	1
142	SNR G353.9-02.0	SNR	17 38.9	-35 11				~	16	0
143	SNR G359.1+00.9	SNR	17 38 56.7	-29 08 25				G-KIII	43	0
144	NAME Tornado Nebula	SNR	17 40 16.360	-30 58 18.87				~	143	0
145	SNR G356.3-01.5	SNR	17 42 35	-32 52.0				~	18	0
146	SNR G006.4+04.0	SNR	17 45.2	-21 22				~	20	0
147	SNR G359.1-00.5	Rad	17 45 30	-29 57.0				~	174	1
148	NAME Galactic Center	reg	17 45 39.60213	-29 00 22.0000				~	13889	0
149	NAME Sgr A East	Rad	17 45 41	-29 00.8				~	487	2
150	SNR G355.9-02.5	Rad	17 45.9	-33 43				~	40	1
151	SNR G358.5-00.9	Rad	17 46 10	-30 40.0				~	14	1
152	SNR G000.3+00.0	Rad	17 46 15	-28 38.0				~	39	1
153	SNR G359.0-00.9	Rad	17 46 50	-30 16.0				~	52	1
154	SNR G000.9+00.1	SNR	17 47.3	-28 09				~	195	1
155	SNR G005.9+03.1	SNR	17 47.3	-22 16				~	22	0
156	SNR G001.0-00.1	SNR	17 48.5	-28 09				~	26	0
157	SNR G001.9+00.3	SNR	17 48 46.0	-27 09 52				~	201	1
158	SNR G001.4-00.1	SNR	17 49 28.1	-27 47 45				~	37	0
159	SNR G003.8+00.3	SNR	17 52 55	-25 28.0				~	20	0
160	SNR G006.1+01.2	SNR	17 54.9	-23 05				~	15	0
161	SNR G003.7-00.2	SNR	17 55 26	-25 50.0				~	25	0
162	SNR G005.5+00.3	SNR	17 57.1	-24 00				~	15	0
163	SNR G006.1+00.5	Rad	17 57.5	-23 25				~	16	1
164	SNR G005.7-00.1	SR?	17 58.8	-24 03				~	25	0
165	HESS J1800-240C	gam	17 58 52	-24 03.1				~	21	0
166	PSR B1757-24	Psr	18 01 00.016	-24 51 27.50				~	240	1
167	SNR G007.2+00.2	SNR	18 01.1	-22 38				~	15	0
168	SNR G006.4-00.1	SNR	18 01 22.7	-23 17 20				~	728	1
169	SNR G007.0-00.1	SNR	18 01 50	-22 54.0				~	12	0
170	NAME Duck Redux	Rad	18 02 10.000	-24 54 00.00				~	177	3
171	SNR G006.5-00.4	SNR	18 02.2	-23 34				~	25	0
172	1AGLR J1807-2103	gam	18 03 52.1	-21 10 54				~	70	0
173	SNR G008.9+00.4	SNR	18 04.0	-21 03				~	12	0
174	SNR G008.3-00.0	Rad	18 04.6	-21 49				~	25	1
175	SNR G009.8+00.6	SNR	18 05.1	-20 14				~	40	0
176	W 30	SNR	18 05 38	-21 36.7				~	171	1
177	SNR G009.7-00.0	SNR	18 07.4	-20 35				~	20	0
178	SNR G005.2-02.6	Rad	18 07.5	-25 45				~	20	1
179	SNR G004.2-03.5	SNR	18 08.9	-27 03				~	23	0
180	SNR G010.5-00.0	Rad	18 09.1	-19 47				~	18	1
181	SNR G011.1+00.1	SNR	18 09.8	-19 12				~	24	0
182	SNR G011.0+00.0	SNR	18 10.1	-19 25				~	33	1
183	SNR G009.9-00.8	SNR	18 10.7	-20 43				~	18	0
184	SNR G011.4-00.1	SNR	18 10.8	-19 05				~	53	0
185	SNR G012.2+00.3	SNR	18 11.3	-18 10				~	17	0
186	SNR G011.2-00.3	SNR	18 11 28.9	-19 25 29				~	282	1
187	CORNISH G011.9446-00.0369	Y*O	18 11 53.22	-18 36 20.4				~	61	4
188	SNR G012.5+00.2	Rad	18 12.2	-17 55				~	16	1
189	SNR G011.8-00.2	SNR	18 12.4	-18 44				~	21	0
190	SNR G011.1-00.7	SNR	18 12.8	-19 38				~	15	0
191	SNR G012.7+00.0	SNR	18 13.3	-17 54				~	21	0
192	SNR G012.8-00.0	SNR	18 13.6	-17 49				~	59	0
193	SNR G011.2-01.1	SNR	18 14.0	-19 46				~	64	1
194	SNR G013.5+00.2	SNR	18 14.2	-17 12				~	23	0
195	SNR G014.3+00.1	SNR	18 16.0	-16 27				~	20	0
196	SNR G014.1-00.1	SNR	18 16.7	-16 41				~	17	0
197	SNR G007.7-03.7	SNR	18 17 25	-24 04.0				~	45	0
198	SNR G015.4+00.1	Rad	18 18.0	-15 27				~	30	1
199	SNR G015.9+00.2	SNR	18 18 52	-15 02.0				~	95	0
200	SNR G013.3-01.3	SNR	18 19 34	-18 00.0				~	22	0
201	SNR G016.7+00.1	Rad	18 20 57.0	-14 19 35				~	58	2
202	SNR G016.0-00.5	SNR	18 21.9	-15 14				~	19	0
203	SNR G017.0-00.0	Rad	18 22.0	-14 08				~	16	1
204	SNR G016.4-00.5	Rad	18 22.6	-14 55				~	17	1
205	SNR G017.4-00.1	SNR	18 23.1	-13 46				~	18	0
206	SNR G015.1-01.6	SNR	18 24.0	-16 34				~	25	0
207	SNR G018.8+00.3	SNR	18 24.0	-12 23				~	99	0
208	SNR G008.7-05.0	SNR	18 24.2	-23 48				~	24	0
209	SNR G018.1-00.2	Rad	18 24 37.0	-13 15 18				~	42	1
210	SNR G019.1+00.2	SNR	18 24.9	-12 07				~	18	0
211	SNR G016.8-01.1	SNR	18 25.3	-14 46				~	38	0
212	SNR G018.6-00.2	SNR	18 25.9	-12 50				~	27	0
213	SNR G020.4+00.1	SNR	18 27.8	-11 00				~	24	0
214	SNR G020.0-00.2	SNR	18 28 07.000	-11 35 00.00				~	60	0
215	SNR G018.9-01.1	SNR	18 29.8	-12 58				~	60	0
216	SNR G016.2-02.7	SNR	18 30 00	-16 16.3				~	18	0
217	SNR G021.5-00.1	SNR	18 30.8	-10 09				~	18	0
218	SNR G017.4-02.3	SNR	18 30.9	-14 52				~	27	0
219	SNR G021.0-00.4	SNR	18 31.2	-10 47				~	17	0
220	SNR G021.8-00.6	SNR	18 32 45	-10 08.0				~	124	0
221	SNR G017.8-02.6	Rad	18 32.8	-14 39				~	23	1
222	SNR G023.6+00.3	Rad	18 33 03.7	-08 12 30				~	42	1
223	SNR G022.7-00.2	gam	18 33 15	-09 13.0				~	75	1
224	SNR G021.5-00.9	SNR	18 33 33.612	-10 34 07.69				~	454	1
225	V* V481 Sct	s*b	18 33 55.2781965336	-06 58 38.631350604				LBV_B[e]:	48	0
226	SNR G024.7+00.6	SNR	18 34 46	-07 05.8				~	88	0
227	SNR G023.3-00.3	SNR	18 34 51.80	-08 44 38.2				~	214	0
228	SNR G024.7-00.6	Rad	18 38 43	-07 32.0				~	48	1
229	3EG J1837-0423	Rad	18 38 52.0	-04 16 16				~	85	1
230	2FGL J1839.7-0334c	Rad	18 39 00.000	-03 00 00.00				~	28	1
231	4C -04.71	Rad	18 41 19.8	-04 56 06				~	320	3
232	4C -01.46	Rad	18 43 51.3	-01 29 15				~	45	2
233	SNR G028.6-00.1	Rad	18 43 55	-03 53.0				~	55	1
234	SNR G029.6+00.1	Rad	18 44 52	-02 56.5				~	54	1
235	SNR G029.7-00.2	SNR	18 46 27.2	-02 59 11				~	342	2
236	SNR G036.6+02.6	SNR	18 48.8	+04 26				~	22	0
237	3C 391.0	Rad	18 49 16.3	-00 55 01				~	346	2
238	SNR G032.5+00.1	SNR	18 50 05.000	-00 25 00.00				~	45	1
239	SNR G031.5-00.6	Rad	18 51.2	-01 31				~	31	1
240	4C -00.73	Rad	18 51 25	-00 08.0				~	94	1
241	SNR G033.6+00.1	SNR	18 52 29.000	+00 38 42.00				~	278	1
242	SNR G032.1-00.9	SNR	18 53 10	-01 08.0				~	26	0
243	SNR G033.2-00.6	gam	18 53 41.1	-00 02 20				~	50	1
244	SNR G030.7-02.0	SNR	18 54.4	-02 54				~	14	0
245	SNR G034.6-00.5	SNR	18 56 10.650	+01 13 21.30				~	947	2
246	SNR G035.6-00.4	Rad	18 57 55	+02 13.0				~	45	1
247	HESS J1858+020	gam	18 58 20.0	+02 05 24				~	39	0
248	SNR G036.6-00.7	Rad	19 00.6	+02 56				~	42	1
249	SNR G039.2-00.3	SNR	19 04 03.9	+05 26 56				~	189	1
250	SNR G043.9+01.6	SNR	19 05.8	+10 30				~	31	0
251	SNR G032.0-04.9	SNR	19 06.0	-03 00				~	35	0
252	SNR G040.5-00.5	SNR	19 07.2	+06 31				~	86	0
253	3C 397	SNR	19 07 32.8	+07 08 19				~	217	2
254	SNR G042.8+00.6	SNR	19 07 41.9	+09 07 17				~	128	1
255	W 49b	SNR	19 11 09.000	+09 06 24.00				~	451	1
256	SNR G039.7-02.0	SNR	19 12 20	+04 55.0				~	345	1
257	SNR G045.7-00.4	SNR	19 16 24.000	+11 09 00.00				~	49	0
258	SNR G046.8-00.3	SNR	19 18 10	+12 09.0				~	68	0
259	SNR G055.7+03.4	SNR	19 21.3	+21 44				~	39	0
260	SNR G049.1-00.1	SNR	19 23 19.300	+14 09 21.00				~	277	0
261	W 51	SNR	19 23 50	+14 06.0				~	1257	1
262	SNR G054.1+00.3	SNR	19 30 10.6	+18 50 22				~	230	1
263	SNR G055.0+00.3	SNR	19 32.0	+19 50				~	27	0
264	SNR G065.2+05.7	SNR	19 33.0	+31 10				~	97	0
265	SNR G054.4-00.3	SNR	19 33 20	+18 56.0				~	95	0
266	SNR G057.2+00.8	SNR	19 35.0	+21 57				~	96	0
267	SNR G053.6-02.2	SNR	19 38.8	+17 14				~	145	0
268	SNR G059.8+01.2	SNR	19 38.9	+24 19				~	24	0
269	SNR G059.5+00.1	SNR	19 42.6	+23 35				~	26	0
270	SNR G063.7+01.1	SNR	19 47 52	+27 45.0				~	26	0
271	SNR G065.7+01.2	SNR	19 52 13.70	+29 25 08.0				~	100	0
272	SNR G068.8+02.6	SNR	19 52 55	+32 54.2				~	349	1
273	SNR G067.7+01.8	SNR	19 54.5	+31 29				~	38	0
274	SNR G065.1+00.6	SNR	19 54.7	+28 35				~	58	0
275	SNR G069.7+01.0	SNR	20 02.7	+32 43				~	37	0
276	SNR G068.6-01.2	SNR	20 08.7	+30 37				~	20	0
277	SNR G073.9+00.9	SNR	20 14 15	+36 12.0				~	71	0
278	SNR G074.9+01.2	SNR	20 16 02.4	+37 12 48				~	180	2
279	SNR G082.2+05.3	SNR	20 19.0	+45 30				~	93	0
280	NAME gam Cyg SNR	SNR	20 20 17.100	+40 26 09.00				~	221	2
281	SNR G076.9+01.0	SNR	20 22 20.000	+38 43 00.00				~	66	0
282	NAME Cyg Complex	reg	20 32	+45.0				~	584	0
283	SNR G089.0+04.7	SNR	20 45.0	+50 35				~	220	0
284	SNR G083.0-00.2	SNR	20 46.9	+42 52				~	19	0
285	SNR G085.4+00.7	SNR	20 50.7	+45 22				~	31	0
286	NAME Cyg Loop	SNR	20 51.0	+30 40				~	898	0
287	SNR G093.2+06.7	SNR	20 52 25	+55 19.3				~	79	0
288	SNR G084.2-00.8	SNR	20 53.3	+43 27				~	77	0
289	SNR G085.9-00.6	SNR	20 58.7	+44 53				~	30	0
290	SNR G094.0+01.0	SNR	21 23 56.6	+51 58 41				~	84	0
291	SNR G093.7-00.2	SNR	21 29.3	+50 50				~	70	1
292	SNR G096.0+02.0	SNR	21 30 30	+53 59.0				~	21	0
293	SNR G106.3+02.7	SNR	22 27.5	+60 50				~	70	1
294	SNR G108.2-00.6	SNR	22 53 37.0	+58 51 36				~	19	0
295	SNR G109.1-01.0	SNR	23 01 35	+58 53.0				~	338	0
296	NAME Cas A	SNR	23 23 24.000	+58 48 54.00		14.30		~	2724	1
297	SNR G113.0+00.2	SNR	23 36 35	+61 22.0				~	18	0
298	SNR G114.3+00.3	SNR	23 37 05.780	+61 51 01.69				~	119	1
299	SNR G116.5+01.1	SNR	23 53 42.000	+63 15 00.00				~	67	0
300	CTB 1	SNR	23 59 13	+62 26.2				~	153	0

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