VOTable 1.4
  description: VizieR Astronomical Server vizier.cds.unistra.fr Date: 2025-12-18T02:48:02 [V7.5.3] Explanations and Statistics of UCDs: See LINK below In case of problem, please report to: cds-question@unistra.fr
INFO service_protocol = ASU | IVOID of the protocol through which the data was retrieved
INFO request_date = 2025-12-18T02:48:02 | Query execution date
INFO request = https://vizier.cds.unistra.fr/viz-bin/votable?-source=J%2FA+A%2F424%2F371 | Full request URL
INFO contact = cds-question@unistra.fr | Email or URL to contact publisher
INFO server_software = 7.5.3 | Software version
INFO publisher = CDS | Data centre that produced the VOTable
INFO MaxTuples = 50000
RESOURCE J/A+A/424/371 (results)
  description: 1.4GHz First Look Survey (FLS) (Morganti+, 2004)
INFO ivoid = ivo://cds.vizier/j/a+a/424/371 | IVOID of underlying data collection
INFO creator = Morganti R. Garrett M.A. | First author or institution
INFO cites = bibcode:2004A&A...424..371M | Article or Data origin sources
INFO editor = Astronomy and Astrophysics | Editor name (article)
INFO original_date = 2004 | Year of the article publication
INFO reference_url = https://cdsarc.cds.unistra.fr/viz-bin/cat/J/A+A/424/371 | Dataset landing page
INFO citation = doi:10.26093/cds/vizier.34240371 | Dataset identifier that can be used for citation
INFO publication_date = 2004-10-16 | Date of first publication in the data centre
INFO rights_uri = https://cds.unistra.fr/vizier-org/licences_vizier.html | Licence URI
COOSYS ID=J2000 system=eq_FK5 equinox=J2000
TABLE J/A+A/424/371/table1
  description: Fitting parameters for 1048 radio sources in the Spitzer FLS region
FIELD RAJ2000 |  | char[12] | pos.eq.ra;meta.main |  | Right ascension (J2000.0)
FIELD DEJ2000 |  | char[12] | pos.eq.dec;meta.main |  | Declination (J2000.0)
FIELD Sint | mJy | float | phot.flux.density;em.radio.750-1500MHz |  | Integrated 1.4GHz Flux Density
FIELD MajAxis | arcsec | float | phys.angSize |  | Major Axis
FIELD MinAxis | arcsec | float | phys.angSize |  | Minor Axis
FIELD PA | deg | float | pos.posAng |  | [-90/90] Position Angle (1)
FIELD RMS | mJy | float | instr.det.noise |  | Local RMS Noise level
17 20 59.081	+59 44 51.61	0.103	15.1	4.0	-0.2	0.0165
17 21 04.744	+60 12 45.94	83.981	22.9	17.1	-74.8	0.0302
17 20 55.947	+59 26 15.35	0.247	21.3	14.4	22.5	0.0190
17 20 56.984	+59 31 52.92	0.185	16.4	12.2	7.6	0.0196
17 20 59.376	+59 53 17.42	0.078	12.8	11.2	-4.8	0.0155
17 20 55.311	+59 26 45.79	0.260	17.9	12.9	-74.8	0.0195
17 20 55.848	+59 35 41.59	0.145	17.2	10.9	-1.1	0.0151
17 20 59.210	+60 05 48.83	0.169	16.8	12.0	-36.6	0.0189
17 20 57.189	+59 54 45.97	0.101	15.4	10.3	25.3	0.0149
17 20 56.790	+59 56 46.29	0.116	19.6	12.3	-9.6	0.0132
17 20 50.551	+59 15 12.81	1.630	14.7	11.2	10.5	0.0273
17 20 55.200	+59 49 50.67	0.131	16.4	11.0	-24.1	0.0157
17 20 53.421	+59 44 18.04	0.091	15.5	11.4	-24.9	0.0149
17 20 50.753	+59 32 55.72	0.233	17.4	13.5	30.9	0.0163
17 20 52.516	+59 48 10.41	0.224	15.7	13.1	-0.4	0.0139
17 20 50.622	+59 46 40.57	1.659	15.2	11.8	9.0	0.0139
17 20 52.341	+59 59 05.22	0.147	13.8	12.8	61.1	0.0168
17 20 48.231	+59 31 58.77	0.583	15.8	12.2	12.4	0.0196
17 20 51.413	+60 01 49.30	2.710	15.2	12.3	11.7	0.0232
17 20 47.008	+59 33 14.54	0.310	15.4	12.7	-4.1	0.0163
17 20 48.003	+59 43 20.59	0.783	14.8	11.4	2.8	0.0149
17 20 45.153	+59 16 17.63	0.233	15.1	11.0	3.5	0.0273
17 20 46.527	+59 44 58.80	0.118	15.4	12.1	-16.9	0.0165
17 20 47.062	+59 54 32.33	0.136	14.8	10.7	-6.1	0.0155
17 20 46.134	+59 50 48.70	0.085	16.0	13.1	0.8	0.0132
17 20 43.677	+59 36 35.19	0.100	16.7	10.7	-1.4	0.0151
17 20 46.324	+60 02 29.68	0.351	16.6	12.9	-4.7	0.0232
17 20 42.317	+59 26 43.79	0.115	17.0	11.7	-11.7	0.0195
17 20 43.771	+59 56 01.28	0.380	14.8	10.9	2.9	0.0139
17 20 45.384	+60 09 11.24	0.175	17.7	11.0	9.8	0.0198
17 20 41.891	+59 49 27.19	0.382	15.3	11.5	-14.9	0.0126
17 20 39.894	+59 58 30.22	0.161	16.9	14.0	32.4	0.0151
17 20 36.115	+59 50 58.87	0.088	16.8	13.1	-14.1	0.0121
17 20 37.464	+60 14 41.09	3.610	12.8	11.7	20.8	0.1085
17 20 32.165	+59 35 49.24	0.090	18.6	10.9	-28.7	0.0136
17 20 29.339	+59 15 38.45	0.197	14.8	12.0	14.1	0.0245
17 20 34.559	+60 02 04.28	0.102	15.2	12.8	58.5	0.0152
17 20 34.545	+60 07 07.70	0.258	15.6	12.2	6.1	0.0179
17 20 30.790	+59 44 40.04	0.175	14.9	11.7	13.7	0.0137
17 20 28.904	+59 25 38.22	0.139	19.5	12.3	-48.6	0.0167
17 20 30.878	+59 56 02.13	0.124	14.7	10.5	10.2	0.0139
17 20 26.306	+59 14 15.53	1.428	101.2	16.5	-5.8	0.0245
17 20 30.618	+60 00 59.09	0.235	14.7	11.4	-14.8	0.0152
17 20 25.068	+59 15 01.25	0.374	19.2	14.2	-11.9	0.0245
17 20 26.664	+59 33 34.59	0.277	18.4	13.7	-21.2	0.0153
17 20 24.358	+59 18 18.84	0.166	17.5	12.1	17.1	0.0186
17 20 26.130	+59 38 34.64	0.065	14.0	12.9	-65.1	0.0113
17 20 27.342	+59 54 21.80	0.083	15.0	10.9	-8.9	0.0124
17 20 26.169	+59 47 24.99	0.088	17.1	12.5	-6.4	0.0127
17 20 23.140	+59 49 04.18	0.179	18.1	11.5	7.1	0.0133
17 20 17.389	+59 16 39.85	0.512	16.7	11.6	2.3	0.0186
17 20 18.094	+59 26 42.27	0.426	18.2	15.8	-2.1	0.0202
17 20 23.483	+60 12 13.15	0.139	14.9	13.2	2.7	0.0204
17 20 17.859	+59 29 04.62	0.131	19.1	9.8	7.6	0.0163
17 20 14.678	+59 14 43.76	0.563	15.1	11.0	11.1	0.0276
17 20 17.667	+59 44 08.36	0.175	17.6	11.8	7.2	0.0142
17 20 19.346	+59 59 34.90	0.142	20.5	14.3	-29.8	0.0147
17 20 15.092	+59 32 58.77	0.723	15.0	11.5	4.3	0.0147
17 20 15.915	+59 33 38.89	0.122	14.9	13.8	18.8	0.0147
17 20 18.136	+59 58 32.23	0.184	19.2	11.4	-1.4	0.0163
17 20 13.970	+59 24 07.84	24.093	14.6	12.4	5.8	1.0147
17 20 14.749	+59 28 52.00	0.148	16.5	11.2	12.4	0.0163
17 20 16.001	+59 42 23.40	0.182	17.8	11.5	-10.3	0.0129
17 20 11.601	+59 38 02.28	0.292	14.9	11.9	-6.8	0.0113
17 20 13.419	+59 48 23.29	0.125	18.7	11.5	-5.7	0.0127
17 20 13.928	+59 53 12.22	0.081	16.7	10.1	4.3	0.0124
17 20 12.910	+59 54 18.11	0.134	17.2	12.8	10.1	0.0124
17 20 09.939	+59 27 57.13	0.376	15.8	10.7	2.5	0.0132
17 20 12.190	+59 49 37.96	0.082	15.2	11.7	-1.0	0.0114
17 20 11.766	+59 45 46.11	0.078	16.8	12.0	-11.8	0.0096
17 20 09.504	+59 40 31.38	0.446	16.2	12.6	3.1	0.0149
17 20 12.915	+60 09 58.69	0.205	15.7	10.8	-7.7	0.0144
17 20 11.588	+60 06 02.49	0.375	15.4	11.4	8.7	0.0152
17 20 09.950	+59 49 28.49	0.091	14.3	13.3	-56.7	0.0114
17 20 07.114	+59 18 42.84	0.079	16.0	10.2	18.6	0.0153
17 20 08.758	+59 49 54.75	1.367	14.8	11.7	3.4	0.0114
17 20 09.500	+59 51 31.69	0.096	19.3	11.6	28.1	0.0126
17 20 09.834	+60 08 02.22	11.594	24.1	13.8	13.6	0.2130
17 20 09.216	+59 54 06.75	0.092	18.1	12.8	14.1	0.0128
17 20 08.357	+59 54 27.50	0.111	15.1	14.6	68.5	0.0128
17 20 07.480	+59 58 03.12	1.319	16.1	12.9	6.0	0.0296
17 20 02.632	+59 26 52.60	0.307	16.9	11.0	1.6	0.0132
17 20 04.817	+59 56 54.37	0.377	16.5	12.8	4.2	0.0296
17 20 02.250	+59 30 35.06	0.083	16.0	12.3	-5.7	0.0130
17 20 03.859	+59 44 21.62	0.088	24.6	10.8	28.2	0.0111
17 20 01.871	+59 38 17.65	0.646	15.1	10.5	11.7	0.0592
17 20 02.317	+59 38 39.38	0.083	14.5	4.3	0.0	0.0592
17 20 02.026	+59 42 40.88	0.247	15.5	11.5	1.4	0.0107
17 19 59.463	+59 18 46.91	0.114	15.2	14.0	-35.2	0.0153
17 20 02.520	+59 49 22.60	0.064	17.0	10.0	-3.5	0.0114
17 20 02.674	+60 02 29.46	0.592	16.2	11.7	0.1	0.0131
17 20 01.393	+59 58 20.35	0.254	17.1	14.4	6.7	0.0296
17 19 56.194	+59 38 36.46	50.821	17.9	14.6	-57.7	0.0592
17 19 58.952	+59 47 54.14	0.107	25.7	11.0	-7.7	0.0107
17 19 57.990	+59 50 05.80	0.159	21.8	10.5	-14.8	0.0114
17 19 57.738	+60 00 42.38	0.073	13.3	11.1	-33.6	0.0133
17 19 54.127	+59 21 34.38	0.105	15.6	11.3	-33.5	0.0195
17 19 55.339	+59 53 46.56	0.241	15.0	11.7	-12.0	0.0108
17 19 56.470	+59 59 19.19	0.061	17.2	10.7	5.4	0.0100
17 19 52.651	+59 37 56.43	0.174	21.6	15.2	-46.9	0.0143
17 19 50.715	+59 22 34.16	0.227	20.4	16.7	-43.6	0.0138
17 19 52.232	+59 40 09.28	0.217	15.1	12.7	10.0	0.0150
17 19 54.260	+60 07 15.94	0.123	16.9	12.5	3.6	0.0145
17 19 49.630	+59 22 46.28	0.265	30.8	16.3	-5.1	0.0183
17 19 52.319	+60 14 35.44	107.920	15.6	12.6	-13.0	0.4442
17 19 50.068	+59 38 31.99	0.080	13.6	8.8	-13.9	0.0143
17 19 50.755	+59 51 03.66	0.125	16.7	13.7	-7.0	0.0114
17 19 50.159	+59 42 09.22	0.112	19.6	15.6	-71.3	0.0111
17 19 49.712	+59 47 05.62	0.235	16.6	11.3	5.1	0.0090
17 19 48.795	+59 35 40.95	0.102	17.1	12.8	-14.3	0.0130
17 19 47.130	+59 22 18.54	0.153	23.8	13.0	43.9	0.0138
17 19 46.497	+59 22 49.86	0.253	17.2	15.5	26.1	0.0183
17 19 45.352	+59 22 30.64	0.101	17.4	13.0	-17.6	0.0138
17 19 44.806	+59 36 48.86	0.360	15.6	11.3	23.5	0.0143
17 19 45.200	+59 42 44.82	0.091	17.2	11.7	-15.7	0.0111
17 19 44.119	+59 41 02.22	0.107	15.0	11.7	3.3	0.0111
17 19 44.813	+59 57 07.52	1.187	14.8	11.4	-1.2	0.0127
17 19 41.333	+59 23 00.10	0.687	40.5	22.7	82.9	0.0183
17 19 43.830	+59 40 02.68	0.125	16.9	13.4	-6.2	0.0150
17 19 40.577	+59 22 58.05	0.471	23.0	19.7	-49.0	0.0183
17 19 42.107	+59 33 16.49	0.065	14.9	11.7	-59.0	0.0116
17 19 43.951	+60 02 45.77	0.214	18.5	13.0	14.5	0.0136
17 19 41.592	+59 33 41.69	0.065	13.4	11.3	-27.2	0.0116
17 19 42.559	+60 03 26.47	0.213	16.6	11.8	-11.3	0.0136
17 19 43.198	+60 06 05.71	0.101	17.2	10.0	-18.6	0.0121
17 19 38.306	+59 21 54.02	0.088	17.3	10.8	12.7	0.0138
17 19 42.258	+60 11 50.62	0.154	17.7	14.1	-65.3	0.0177
17 19 36.573	+59 33 31.87	0.223	16.9	13.1	-16.9	0.0146
17 19 35.099	+59 33 14.45	1.609	14.8	11.8	7.6	0.0146
17 19 33.349	+59 27 43.26	0.974	14.7	11.5	7.3	0.0130
17 19 35.551	+59 44 00.43	0.100	15.5	11.9	20.3	0.0100
17 19 32.981	+59 17 08.56	0.085	14.1	10.5	-10.8	0.0152
17 19 32.566	+59 46 59.44	0.590	15.0	11.6	3.1	0.0096
17 19 30.327	+59 17 34.90	0.321	15.3	11.9	-8.8	0.0152
17 19 30.186	+59 28 54.85	0.156	18.6	11.8	6.1	0.0121
17 19 30.943	+59 47 51.14	0.515	14.9	11.3	-5.2	0.0096
17 19 29.148	+59 26 42.40	0.232	22.5	14.4	-44.7	0.0131
17 19 27.241	+59 15 36.95	0.762	14.2	12.0	-0.5	0.0165
17 19 31.039	+59 51 54.56	0.084	14.8	11.1	-1.3	0.0116
17 19 31.427	+59 56 12.55	0.092	14.4	11.2	-10.8	0.0108
17 19 30.486	+59 55 08.47	0.165	16.2	12.7	-13.3	0.0108
17 19 26.828	+59 59 15.26	0.953	24.7	12.7	-30.6	0.0110
17 19 26.413	+59 33 41.99	0.270	22.0	11.0	6.4	0.0146
17 19 26.285	+59 53 29.80	0.161	20.1	14.1	-74.6	0.0110
17 19 21.243	+59 27 13.98	2.836	19.2	14.9	-40.0	0.0127
17 19 25.470	+59 47 45.23	0.063	15.6	9.8	-13.1	0.0096
17 19 26.944	+60 13 03.34	0.239	16.7	12.4	-24.6	0.0201
17 19 24.401	+59 52 16.98	0.084	21.7	11.6	37.6	0.0098
17 19 22.357	+59 51 49.49	0.130	20.5	13.0	5.4	0.0098
17 19 21.292	+59 44 21.04	0.171	26.0	20.4	76.3	0.0098
17 19 21.111	+59 44 57.71	0.108	13.6	11.4	11.4	0.0103
17 19 21.967	+59 51 34.16	0.103	27.7	12.2	16.5	0.0098
17 19 18.670	+59 53 26.06	10.533	15.4	13.3	28.8	0.0182
17 19 20.563	+59 58 29.10	0.112	16.2	11.6	-13.3	0.0107
17 19 16.535	+59 34 49.80	0.537	14.6	12.0	8.1	0.0095
17 19 18.139	+59 57 53.73	0.255	28.2	19.8	-68.6	0.0107
17 19 18.952	+59 59 39.46	0.157	18.0	12.5	5.0	0.0107
17 19 16.581	+59 41 09.83	0.282	15.2	12.2	-1.1	0.0105
17 19 17.955	+59 55 16.14	0.062	14.9	11.1	16.3	0.0098
17 19 18.757	+60 07 56.96	0.057	16.0	8.5	6.1	0.0129
17 19 18.098	+60 13 49.11	0.202	25.6	10.2	-5.8	0.0181
17 19 14.085	+59 30 32.37	0.126	17.9	13.5	-12.1	0.0114
17 19 15.900	+59 50 59.63	0.052	15.2	10.5	13.8	0.0098
17 19 16.707	+60 06 05.07	0.097	19.4	11.7	-29.6	0.0124
17 19 13.264	+59 39 06.70	0.240	16.8	12.6	15.1	0.0117
17 19 14.156	+60 10 49.38	0.848	43.8	11.9	-5.5	0.0188
17 19 13.711	+60 11 05.42	0.545	18.0	12.8	3.5	0.0176
17 19 13.757	+60 14 22.96	0.656	14.4	13.8	-12.6	0.0181
17 19 11.210	+59 43 06.30	0.059	13.0	10.8	-22.4	0.0098
17 19 10.300	+59 55 08.17	0.524	14.6	11.6	-2.0	0.0098
17 19 08.988	+59 37 31.37	0.128	18.7	12.9	-22.7	0.0097
17 19 07.663	+59 18 39.52	0.113	17.9	13.0	26.0	0.0137
17 19 08.797	+59 44 29.88	0.190	14.7	12.6	-7.1	0.0098
17 19 06.807	+59 20 56.13	0.161	16.9	13.3	6.0	0.0142
17 19 08.308	+59 43 56.31	0.158	20.7	13.2	39.3	0.0098
17 19 07.290	+59 21 58.77	0.087	18.6	9.5	2.3	0.0130
17 19 09.241	+59 54 25.61	0.100	15.2	12.2	-9.6	0.0182
17 19 07.108	+59 37 42.36	0.141	21.7	17.6	12.1	0.0099
17 19 05.464	+59 15 12.40	0.086	15.8	11.1	-5.8	0.0154
17 19 06.825	+59 39 18.93	0.095	17.2	12.5	5.5	0.0089
17 19 06.846	+59 53 18.94	0.098	17.3	12.5	-22.1	0.0096
17 19 07.924	+60 00 51.44	0.057	16.4	11.2	19.4	0.0091
17 19 05.814	+59 34 56.79	0.080	17.9	11.1	3.1	0.0111
17 19 05.886	+59 48 06.91	0.051	15.6	10.5	-0.7	0.0082
17 19 05.875	+60 05 52.00	0.770	14.3	12.0	0.0	0.0121
17 19 04.247	+59 28 35.08	0.170	25.6	15.3	-3.6	0.0110
17 19 03.203	+59 21 37.19	0.124	19.1	11.8	-15.8	0.0142
17 19 05.192	+59 57 07.71	0.066	17.5	11.4	5.9	0.0101
17 19 01.238	+59 16 17.17	0.128	18.2	9.7	7.3	0.0154
17 19 01.002	+59 29 40.90	2.568	14.7	11.8	4.5	0.0141
17 19 02.140	+59 37 15.59	0.152	14.8	12.7	34.1	0.0099
17 19 02.954	+59 57 28.86	0.102	18.4	12.2	-33.9	0.0101
17 19 00.963	+59 32 44.45	0.070	15.0	11.0	18.4	0.0097
17 19 00.820	+59 30 46.66	0.086	18.1	12.1	-2.7	0.0141
17 18 59.546	+59 24 08.38	0.223	32.3	11.5	12.3	0.0128
17 19 01.288	+59 49 48.95	0.057	14.2	11.1	17.9	0.0097
17 18 58.527	+59 36 23.61	0.234	16.5	10.7	1.8	0.0111
17 18 58.260	+59 46 44.63	0.072	19.1	11.0	-32.1	0.0082
17 18 59.503	+60 09 36.39	0.140	20.5	10.9	3.2	0.0140
17 18 56.378	+59 33 37.21	0.109	19.2	12.0	-13.3	0.0133
(1048 rows in the table, 200 printed)
INFO matches = 1048 | matching records
