The 4 columns in color are computed by VizieR, and are not part of the original data.

J/A+A/544/A146/sources Post annotation

ATLASGAL cold high-mass clumps with NH3 (Wienen+, 2012) ReadMe+ftp Source positions, NH3 parameters and parameters derived from NH3 and 870µ data (tables 1–4 of the paper) (752 rows)

Full	sp	C	Name	RAJ2000 "h:m:s"	DEJ2000 "d:m:s"	11	22	33	tau(1,1)	v(1,1) km/s	dv(1,1) km/s	v(2,2) km/s	dv(2,2) km/s	v(3,3) km/s	dv(3,3) km/s	Trot K	Tkin K	eta	chi 10-7	S870 Jy	Dnear kpc	Dfar kpc
1	sp		G5.39+0.19	17 57 12.9150	-24 12 28.150	11	22	33	1.71	10.58	1.42	10.60	1.53			13.12	14.39	0.18	2.50	1.21	2.82	13.91
2	sp		G5.35+0.10	17 57 29.2160	-24 16 57.670	11	22	33	2.11	11.21	1.48	10.85	1.80			11.66	12.52	0.20	2.28	1.44	2.91	13.82
3	sp		G5.64+0.24	17 57 34.6840	-23 58 01.950	11	22	33	2.20	7.94	1.61	7.95	1.89	8.29	2.81	19.53	23.94	0.22	0.94	8.42	2.24	14.48
4	sp		G5.62-0.08	17 58 44.6080	-24 08 39.020	11	22	33	3.14	-25.74	2.43	-25.57	2.93	-25.47	3.54	16.08	18.50	0.21	3.19	3.96
5	sp		G6.22-0.05	17 59 55.2530	-23 36 10.150	11	22	33	3.13	19.00	2.78									2.74	3.66	13.04
6	sp		G6.19-0.12	18 00 07.4100	-23 39 51.830	11	22	33	1.50	10.88	1.99	10.63	2.91			13.92	15.45	0.10	2.65	1.52	2.56	14.14
7	sp		G5.89-0.29	18 00 07.5280	-24 00 29.480	11	22	33	2.09	10.11	1.42	10.13	1.65			15.45	17.58	0.14	1.54	2.98	2.51	14.20
8	sp		G5.89-0.32	18 00 14.4580	-24 01 23.810	11	22	33	0.90	10.11	1.74	10.09	1.87	10.04	1.51	18.16	21.67	0.23	0.76	4.15	2.57	14.14
9	sp		G6.25-0.12	18 00 16.1890	-23 37 09.950	11	22	33	1.71	14.48	3.31	13.97	3.02	14.35	4.06	15.79	18.07	0.08	2.88	3.19	3.07	13.63
10	sp		G5.83-0.40	18 00 24.8380	-24 06 50.090	11	22	33	0.91	7.64	1.67	7.77	2.48			17.51	20.66	0.14	1.11	2.62	2.11	14.60
11	sp		G5.89-0.39	18 00 30.3380	-24 04 00.209	11	22	33	0.69	9.18	3.96	9.28	4.58			27.33	39.65	0.22	0.26	41.64	2.35	14.36
12	sp		G5.90-0.43	18 00 40.3520	-24 04 18.700	11	22	33	1.80	6.64	2.53	6.58	3.29	6.60	3.87	22.69	29.63	0.17	0.64	20.37	1.89	14.82
13	sp		G5.90-0.44	18 00 43.5980	-24 04 51.090	11	22	33	1.24	9.10	2.18	9.09	2.44	9.24	3.30	23.65	31.54	0.15	0.57	14.74	2.41	14.30
14	sp		G6.55-0.10a	18 00 49.9759	-23 20 32.541	11	22	33	1.82	12.83	1.74	12.54	2.45			18.35	21.98	0.04	0.92	7.09	3.07	13.62
15	sp		G6.55-0.10b	18 00 49.9759	-23 20 32.541	11	22	33	1.72	16.08	1.97	15.95	4.78			18.98	23.00	0.03	1.04	7.09	3.18	13.51
16	sp		G5.83-0.51	18 00 51.2040	-24 10 23.290	11	22	33	1.99	16.22	1.74	16.16	2.35			14.82	16.68	0.23	1.03	4.96	3.42	13.29
17	sp		G6.19-0.36	18 01 01.7140	-23 47 05.130	11	22	33	2.11	-33.81	2.20	-33.84	2.83	-33.98	3.41	20.85	26.22	0.18	1.24	9.38
18	sp		G5.91-0.54	18 01 08.2520	-24 07 14.800	11	22	33	2.09	14.79	1.37	14.90	1.59	14.43	5.19	17.44	20.55	0.15	2.19	2.45	3.25	13.46
19	sp		G7.17+0.13	18 01 17.2350	-22 41 40.710	11	22	33	3.28	80.92	2.13	81.31	2.47	81.39	5.11	19.25	23.46	0.06	5.11	2.99	6.35	10.32
20	sp		G6.56-0.31	18 01 39.5420	-23 26 09.390	11	22	33	0.10	7.34	6.12	7.63	4.77	7.40	8.09					1.41	1.78	14.91
21	sp		G6.13-0.63	18 01 55.7240	-23 58 32.610	11	22	33	1.81	15.85	1.66	15.89	1.82	15.55	2.42	17.30	20.33	0.09	1.49	3.74	3.28	13.42
22	sp		G6.80-0.25	18 01 57.3640	-23 12 24.700	11	22	33	1.70	21.33	2.59	21.14	2.94	20.87	4.07	19.69	24.19	0.19	0.93	10.84	3.71	12.97
23	sp		G6.21-0.59	18 01 58.8520	-23 52 46.740	11	22	33	1.66	18.38	1.60									1.84	3.60	13.10
24	sp		G6.91-0.22	18 02 05.3240	-23 05 18.030	11	22	33	4.19	21.07	1.77	20.96	2.60	20.87	3.63	14.03	15.60	0.31	2.15	4.65	3.65	13.02
25	sp		G7.34-0.00	18 02 10.7460	-22 36 21.430	11	22	33	3.56	31.48	1.40									1.80	4.38	12.28
26	sp		G7.33-0.01	18 02 11.9000	-22 37 19.400	11	22	33	2.60	20.21	1.38	20.24	2.13	20.52	3.02	13.80	15.28	0.30	1.46	3.28	3.43	13.23
27	sp		G6.92-0.25	18 02 12.4770	-23 05 53.190	11	22	33	2.40	21.58	1.92	21.74	2.27	21.98	5.31	16.45	19.04	0.21	2.86	2.80	3.72	12.96
28	sp		G7.24-0.10	18 02 19.3880	-22 44 56.430	11	22	33	3.51	18.88	1.50	19.78	1.75			12.16	13.14	0.22	3.16	1.88	3.36	13.31
29	sp		G8.13+0.25	18 02 55.6940	-21 47 46.720	11	22	33	1.79	18.58	3.39	18.79	4.76	18.08	3.72	15.54	17.71	0.15	1.73	5.59	3.17	13.46
30	sp		G8.14+0.23	18 03 00.6697	-21 48 08.368	11	22	33	1.03	18.60	3.36	18.73	3.09	19.31	7.30	18.89	22.86	0.12	0.52	14.22	3.14	13.49
31	sp		G7.63-0.11	18 03 11.5160	-22 24 31.870	11	22	33	1.50	154.24	2.32	154.39	3.22	154.61	4.74	18.20	21.75	0.12	1.80	3.85	7.43	9.22
32	sp		G8.21+0.19	18 03 17.1160	-21 45 38.410	11	22	33	3.37	18.80	1.30	18.93	1.45			15.81	18.10	0.11	4.40	1.62	3.08	13.55
33	sp		G7.46-0.28	18 03 29.4100	-22 38 36.830	11	22	33	1.82	26.87	3.09	26.61	3.11			16.98	19.84	0.07	4.37	2.33	3.99	12.67
34	sp		G7.64-0.19	18 03 30.8530	-22 26 42.500	11	22	33	2.49	152.13	1.77	152.12	1.93	152.16	4.34	16.19	18.66	0.13	3.63	2.02	7.41	9.24
35	sp		G5.94-1.23	18 03 48.0000	-24 26 00.154	11	22	33	0.48	10.03	1.53	10.08	1.46	10.29	1.40	18.25	21.82	0.11		2.16	2.49	14.22
36	sp		G7.27-0.53	18 03 59.6510	-22 55 55.070	11	22	33	3.17	17.69	1.32	17.50	1.86	17.72	2.61	13.87	15.39	0.24	1.58	3.51	3.21	13.45
37	sp		G5.95-1.31	18 04 09.2684	-24 27 38.546	11	22	33	0.16	12.18	1.13	12.51	2.28	12.70	5.02	19.79	24.37	0.55		3.74	2.83	13.88
38	sp		G6.26-1.14	18 04 11.4184	-24 06 35.832	11	22	33	0.10	14.55	3.14	14.78	2.47	13.66	1.80	22.43	29.13	0.19		2.04	3.07	13.63
39	sp		G8.02-0.17	18 04 15.6180	-22 06 05.220	11	22	33	1.79	40.89	1.41	40.72	1.69	40.90	1.83	15.15	17.16	0.10	2.45	1.56	4.75	11.88
40	sp		G7.33-0.57	18 04 17.2630	-22 53 40.290	11	22	33	2.13	20.66	1.37	20.56	2.08			14.79	16.65	0.23	1.24	3.43	3.48	13.19
41	sp		G6.02-1.32	18 04 21.6068	-24 24 19.748	11	22	33	0.98	14.78	1.16	14.78	1.43	13.94	3.18	18.54	22.29	0.13	0.84	2.85	3.19	13.51
42	sp		G5.97-1.36	18 04 22.1353	-24 28 28.280	11	22	33	1.86	12.89	2.08	13.43	1.27	12.68	2.34	26.60	37.94	0.03	5.45	2.72	2.93	13.78
43	sp		G8.05-0.24	18 04 35.2620	-22 06 40.430	11	22	33	2.08	39.20	1.43	39.38	1.64	39.17	1.67	16.80	19.57	0.08	2.90	1.82	4.66	11.98
44	sp		G6.03-1.44	18 04 49.3336	-24 27 41.866	11	22	33	0.56	9.54	1.47	9.57	1.64	10.00	2.09	21.71	27.79	0.17		4.15	2.38	14.33
45	sp		G8.46-0.22	18 05 22.6630	-21 44 38.020	11	22	33	2.34	37.58	1.90	37.69	2.50	36.82	4.38	16.81	19.59	0.15	3.89	2.01	4.48	12.14
46	sp		G8.42-0.27	18 05 29.2070	-21 47 55.450	11	22	33	2.05	36.74	1.81	36.63	1.84	37.35	2.86	17.08	20.00	0.17	2.24	3.03	4.43	12.19
47	sp		G8.40-0.29	18 05 29.6460	-21 49 36.360	11	22	33	1.90	36.83	1.79	36.79	2.30	36.79	2.97	17.89	21.25	0.22	1.37	4.86	4.45	12.17
48	sp		G8.35-0.32	18 05 29.7110	-21 53 05.800	11	22	33	1.57	38.60	1.62	38.80	1.94	38.65	2.02	18.95	22.96	0.13	1.80	3.04	4.55	12.07
49	sp		G8.47-0.25	18 05 30.8330	-21 44 46.160	11	22	33	1.53	36.85	1.61	36.90	1.52	37.76	3.94	16.07	18.48	0.12	2.72	1.50	4.42	12.19
50	sp		G8.41-0.30	18 05 33.1600	-21 49 35.960	11	22	33	1.75	36.64	1.89	36.79	1.83	37.11	1.76	16.86	19.65	0.21	1.82	3.20	4.46	12.16

Result truncated to 50 rows

J/A+A/544/A146/table5 Post annotation

ATLASGAL cold high-mass clumps with NH3 (Wienen+, 2012) ReadMe+ftp Line parameters derived from the 13CO(1-0) transition for 513 ATLASGAL sources emitting 13CO (513 rows)

Full	Name	v13CO km/s	e_ km/s	dv13CO km/s	e_ km/s	TMB13CO K	e_ K
1	G14.62+0.33	26.730	0.030	2.560	0.090	3.260	0.170
2	G14.63+0.31	26.030	0.040	2.340	0.100	3.650	0.160
3	G14.92+0.07	25.930	0.050	3.350	0.120	3.760	0.260
4	G15.01+0.01	25.380	0.130	4.350	0.420	2.650	0.150
5	G15.43+0.19	47.850	0.030	3.130	0.060	3.310	0.170
6	G14.99-0.12	49.460	0.060	3.150	0.190	1.670	0.180
7	G15.46-0.00	66.920	0.060	3.300	0.130	1.660	0.120
8	G14.89-0.40	61.640	0.130	2.650	0.320	2.740	0.660
9	G15.20-0.44	20.860	0.030	2.380	0.080	3.690	0.130
10	G15.53-0.41	39.270	0.070	4.360	0.180	1.970	0.190
11	G15.56-0.46	15.240	0.030	1.780	0.060	3.920	0.280
12	G16.36-0.07	47.250	0.050	2.720	0.130	5.750	0.190
13	G16.58-0.05	59.410	0.020	3.270	0.060	6.530	0.170
14	G16.83+0.08	62.430	0.030	2.480	0.070	2.350	0.150
15	G16.58-0.08	40.850	0.170	3.740	0.570	2.320	0.130
16	G16.36-0.21	48.880	0.030	3.290	0.080	6.290	0.100
17	G16.44-0.19	45.800	0.290	6.770	1.040	1.800	0.090
18	G15.72-0.60	16.950	0.150	3.510	0.480	1.890	0.430
19	G18.23+0.65	38.000	0.020	2.410	0.060	3.240	0.140
20	G16.61-0.24	43.530	0.060	5.110	0.190	1.920	0.130
21	G16.91-0.08	40.860	0.060	2.020	0.160	3.730	0.200
22	G17.03-0.07	93.290	0.030	2.980	0.080	2.020	0.130
23	G16.44-0.38	47.220	0.100	2.990	0.310	3.340	0.100
24	G17.65+0.17	23.030	0.020	3.350	0.060	4.010	0.260
25	G16.82-0.35	51.890	0.040	2.330	0.090	3.840	0.100
26	G17.96+0.08	22.330	0.020	2.450	0.060	3.560	0.250
27	G18.76+0.26	19.600	0.040	5.750	0.100	2.110	0.130
28	G18.44-0.00	53.500	0.060	6.350	0.130	1.830	0.140
29	G18.46-0.00	52.090	0.060	5.420	0.150	2.510	0.120
30	G18.55+0.04	36.120	0.040	3.380	0.110	1.430	0.170
31	G18.66+0.04	80.730	0.030	3.940	0.080	2.560	0.150
32	G18.06-0.31	46.570	0.120	7.890	0.320	2.550	0.070
33	G18.09-0.30	49.620	0.070	8.440	0.150	3.340	0.090
34	G18.10-0.30	51.430	0.120	1.680	0.240	2.080	0.560
35	G18.24-0.23	66.890	0.080	6.420	0.190	2.040	0.090
36	G18.70+0.01	79.950	0.040	3.040	0.090	1.610	0.150
37	G18.11-0.32	54.210	0.050	3.690	0.110	2.300	0.270
38	G18.26-0.2	67.080	0.040	6.700	0.090	2.160	0.090
39	G18.26-0.2C	67.840	0.040	7.110	0.090	2.120	0.090
40	G18.17-0.30	50.320	0.030	5.640	0.070	5.210	0.080
41	G18.10-0.34	55.610	0.070	2.740	0.150	2.010	0.300
42	G18.61-0.07	45.500	0.120	3.550	0.290	3.400	0.160
43	G18.63-0.07	45.340	0.090	3.330	0.210	3.940	0.100
44	G18.73-0.22	45.580	0.070	3.330	0.210	5.730	0.130
45	G18.28-0.26	67.510	0.030	6.830	0.080	2.230	0.100
46	G18.22-0.33	49.700	0.050	4.300	0.140	3.580	0.080
47	G18.21-0.34	47.880	0.030	3.580	0.070	3.300	0.090
48	G18.93-0.02	45.770	0.110	5.770	0.230	1.860	0.190
49	G18.30-0.39	33.010	0.020	4.030	0.060	3.800	0.100
50	G19.00-0.03	60.060	0.080	4.260	0.240	3.340	0.200

Result truncated to 50 rows