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LID92 - OH/IR stars close to the Galactic Centre. I - Observational data

Short title: Lindqvist et al. (1992)
Authors: Lindqvist, M. Winnberg, A. Habing, H. J. Matthews, H. E.
Journal: Astronomy and Astrophysics Supplement Series (ISSN 0365-0138), vol. 92, no. 1, Jan. 1992, p. 43-62. Research supported by NFR.
Bibcode:

Abstract
The results of a search for OH/IR stars close to the Galactic Center using the VLA are presented. Six primary beam fields have been observed with three frequency settings covering +/- 217 km/s. 134 OH sources were identified as OH/IR stars. 16 OH sources were detected having only one line component. This paper discusses the observations and data reduction and presents the spectra of the sources. The distribution of the stars on the sky is clearly elongated with the major axis parallel to the galactic equator. The stars seem to take part in the rotation of the Galaxy but show strong deviations of up to 200 km/s from the mean radial velocity.	Comments: OH 359.970-0.049: Blue peak at v=37.5 km/s removed, according to the discussion in Sjouwerman et al. (1998) OH 359.996-0.144: Red peak listed at v=-23.8 km/s was removed, after comparison with other observations. Velocity resolution: 1.36 km/s If several observations were listed, the observation with the highest flux was selected

Abstract

The results of a search for OH/IR stars close to the Galactic Center using the VLA are presented. Six primary beam fields have been observed with three frequency settings covering +/- 217 km/s. 134 OH sources were identified as OH/IR stars. 16 OH sources were detected having only one line component. This paper discusses the observations and data reduction and presents the spectra of the sources. The distribution of the stars on the sky is clearly elongated with the major axis parallel to the galactic equator. The stars seem to take part in the rotation of the Galaxy but show strong deviations of up to 200 km/s from the mean radial velocity.

Comments:
OH 359.970-0.049: Blue peak at v=37.5 km/s removed, according to the discussion in Sjouwerman et al. (1998)
OH 359.996-0.144: Red peak listed at v=-23.8 km/s was removed, after comparison with other observations.

Velocity resolution: 1.36 km/s
If several observations were listed, the observation with the highest flux was selected

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Detection table from Lindqvist et al. (1992)

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ID	Obs. RA	Obs. Dec	l	b	Group id	Source name	Frequency	V_range	V_peak	F_peak	List	Detection	Ref.
	(J2000)	(J2000)	(deg.)	(deg.)			(MHz)	(km/s)	(km/s)	(Jy)		Yes/No
1	17 43 53.9	-29 25 23	359.3885	0.0660	G359.402+0.076	OH359.388+0.066	1612	35.2	-146.7	0.390	ENG15	+H₂O +CH₃OH I +OH	LID92
2	17 44 6.8	-29 24 16	359.4289	0.0358	G359.429+0.036	OH359.429+0.035	1612	28.4	-10.8	2.090	ENG15	+H₂O -CH₃OH II +OH	LID92
3	17 44 28.2	-29 26 34	359.4369	-0.0504	G359.437-0.050	OH359.437-0.051	1612	30.6	-153.5	0.420	ENG15	+OH	LID92
4	17 43 45.3	-29 26 17	359.3594	0.0847	G359.360+0.085	OH359.360+0.084	1612	25.1	-224.0		ENG15	+OH	LID92
5	17 44 4.6	-29 19 54	359.4867	0.0808	G359.482+0.080	OH359.487+0.081	1612	40.8	-70.9	0.240	ENG15	+H₂O +CH₃OH I +OH +SiO	LID92
6	17 45 20.3	-29 32 57	359.4448	-0.2671	G359.445-0.267	OH359.445-0.267	1612	35.1	-125.1	0.200	ENG15	+OH	LID92
7	17 44 33.3	-29 23 05	359.4960	-0.0358	G359.491-0.035	OH359.496-0.036	1612	32.9	-180.7	0.180	ENG15	+CH₃OH I +OH	LID92
8	17 44 38.4	-29 23 22	359.5017	-0.0541	G359.502-0.054	OH359.502-0.054	1612	32.9	-162.6	0.140	ENG15	+OH	LID92
9	17 43 44.7	-29 15 44	359.5079	0.1787	G359.513+0.176	OH359.508+0.179	1612	39.7	-139.9	0.320	ENG15	+H₂O +OH	LID92
10	17 43 46.6	-29 15 37	359.5132	0.1739	G359.513+0.176	OH359.513+0.174	1612	20.5	109.2	0.630	ENG15	+H₂O +OH	LID92
11	17 44 27.7	-29 20 50	359.5174	0.0011	G359.518+0.001	OH359.517+0.001	1612	34.1	-145.6	0.980	ENG15	+H₂O +OH	LID92
12	17 44 57.7	-29 20 42	359.5762	-0.0906	G359.565-0.065	OH359.576-0.091	1612	37.2	-74.1	0.370	ENG15	+CH₃OH I -CH₃OH II +OH	LID92
13	17 45 33.4	-29 25 06	359.5813	-0.2394	G359.581-0.239	OH359.581-0.240	1612	28.4	-103.6	3.160	ENG15	+OH	LID92
14	17 44 39.5	-29 16 46	359.5976	0.0000	G359.565-0.065	OH359.598+0.000	1612	38.4	-93.4	0.480	ENG15	+CH₃OH I -CH₃OH II +OH	LID92
15	17 45 32.9	-29 23 25	359.6043	-0.2233	G359.604-0.223	OH359.604-0.224	1612	35.2	-65.3	0.520	ENG15	+OH	LID92
16	17 45 30.4	-29 20 59	359.6341	-0.1944	G359.634-0.194	OH359.634-0.195	1612	209.1	209.1	0.200	ENG15	+OH	LID92
17	17 45 10.3	-29 18 13	359.6354	-0.1080	G359.985-0.050	OH359.636-0.108	1612	44.2	-160.3	0.520	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
18	17 45 5.2	-29 17 13	359.6400	-0.0835	G359.647-0.066	OH359.640-0.084	1612	27.2	-154.6	0.150	ENG15	+CH₃OH I -CH₃OH II +OH	LID92
19	17 45 18	-29 18 03	359.6524	-0.1305	G359.985-0.050	OH359.652-0.131	1612	40.8	-209.1	0.160	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
20	17 44 54.2	-29 13 44	359.6686	-0.0191	G359.677-0.021	OH359.669-0.019	1612	34.9	-101.3	0.060	ENG15	+H₂O +CH₃OH I +OH -SiO	LID92
21	17 44 34.4	-29 10 37	359.6752	0.0694	G359.675+0.069	OH359.675+0.069	1612	37.5	-43.7	0.610	ENG15	-CH₃OH II +OH -SiO	LID92
22	17 44 56.7	-29 13 25	359.6778	-0.0241	G359.677-0.021	OH359.678-0.024	1612	43.1	-171.7	0.430	ENG15	+H₂O +CH₃OH I +OH -SiO	LID92
23	17 45 13.8	-29 15 27	359.6814	-0.0948	G359.985-0.050	OH359.681-0.095	1612	38.6	-118.3	0.200	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
24	17 45 16.3	-29 15 37	359.6838	-0.1040	G359.985-0.050	OH359.684-0.104	1612	32.6	-76.3	0.130	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
25	17 45 19.2	-29 14 05	359.7111	-0.0997	G359.711-0.100	OH359.711-0.100	1612	38.5	-51.6	0.250	ENG15	+CH₃OH I +OH	LID92
26	17 45 12.8	-29 12 54	359.7157	-0.0696	G359.985-0.050	OH359.716-0.070	1612	45.4	6.2	0.280	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
27	17 44 51.1	-29 09 45	359.7193	0.0252	G359.985-0.050	OH359.719+0.025	1612	45.4	-125.1	0.190	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
28	17 46 35.6	-29 21 52	359.7448	-0.4043	G359.745-0.404	OH359.745-0.404	1612	34.1	169.4	0.260	ENG15	+H₂O +OH	LID92
29	17 44 29.3	-29 04 59	359.7456	0.1343	G359.746+0.134	OH359.746+0.134	1612	15.8	-144.4	0.250	ENG15	+OH -SiO	LID92
30	17 43 57	-29 00 28	359.7481	0.2740	G359.748+0.274	OH359.748+0.274	1612	26.1	-168.3	0.090	ENG15	+OH	LID92
31	17 44 47.9	-29 06 48	359.7551	0.0608	G359.985-0.050	OH359.755+0.061	1612	37.5	18.7	0.180	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
32	17 44 45.9	-29 06 13	359.7596	0.0721	G359.985-0.050	OH359.760+0.072	1612	41.7	-76.3	0.220	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
33	17 44 34.9	-29 04 35	359.7619	0.1205	G359.762+0.120	OH359.762+0.120	1612	30.6	-21.0	2.490	ENG15	+OH +SiO	LID92
34	17 45 13	-29 09 36	359.7630	-0.0415	G359.985-0.050	OH359.763-0.042	1612	28.4	105.8	0.200	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
35	17 44 44.3	-29 05 37	359.7651	0.0823	G359.985-0.050	OH359.765+0.082	1612	31.8	95.6	0.110	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
36	17 45 52.5	-29 14 30	359.7682	-0.2067	G359.768-0.207	OH359.768-0.207	1612	38.5	-173.9	0.140	ENG15	+OH	LID92
37	17 45 33.2	-29 11 22	359.7762	-0.1195	G359.776-0.119	OH359.776-0.120	1612	25.9	58.4	0.540	ENG15	+OH +SiO	LID92
38	17 45 3.1	-29 07 12	359.7784	0.0101	G359.985-0.050	OH359.778+0.010	1612	42.0	-49.4	0.210	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
39	17 46 38	-29 19 30	359.7830	-0.3912	G359.783-0.391	OH359.783-0.392	1612	26.6	194.4	1.100	ENG15	+OH	LID92
40	17 45 29.4	-29 09 16	359.7989	-0.0895	G359.791-0.084	OH359.799-0.090	1612	36.3	-22.1	0.410	ENG15	+CH₃OH I +OH +SiO	LID92
41	17 44 30	-29 01 13	359.8004	0.1650	G359.800+0.165	OH359.800+0.165	1612	28.4	-136.5	0.140	ENG15	+OH	LID92
42	17 45 13.7	-29 06 54	359.8028	-0.0202	G359.798-0.025	OH359.803-0.021	1612	44.2	-35.7	0.220	ENG15	+OH +SiO	LID92
43	17 46 7.2	-29 13 59	359.8034	-0.2478	G359.804-0.248	OH359.803-0.248	1612	37.0	9.6	0.210	ENG15	+OH	LID92
44	17 45 26.2	-29 08 04	359.8099	-0.0691	G359.985-0.050	OH359.810-0.070	1612	44.3	-59.6	0.260	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
45	17 45 48.4	-29 10 44	359.8141	-0.1612	G359.820-0.159	OH359.814-0.162	1612	40.9	-52.8	0.210	ENG15	+OH +SiO	LID92
46	17 44 36.3	-29 00 19	359.8252	0.1533	G359.825+0.153	OH359.825+0.153	1612	32.9	-44.8	0.390	ENG15	+OH -SiO	LID92
47	17 45 17.7	-29 05 53	359.8248	-0.0238	G359.985-0.050	OH359.825-0.024	1612	42.8	-75.2	0.410	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
48	17 45 6.8	-29 03 33	359.8373	0.0304	G359.985-0.050	OH359.837+0.030	1612	15.7	-83.2	0.470	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
49	17 47 21.1	-29 20 24	359.8514	-0.5329	G359.851-0.533	OH359.851-0.533	1612	30.7	-19.9	0.230	ENG15	+OH	LID92
50	17 45 34.7	-29 06 02	359.8550	-0.0779	G359.985-0.050	OH359.855-0.078	1612	44.2	-18.7	0.140	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
51	17 46 7.9	-29 09 13	359.8726	-0.2087	G359.873-0.209	OH359.873-0.209	1612	36.9	-4.6	0.060	ENG15	+OH -SiO	LID92
52	17 45 40.4	-29 05 03	359.8798	-0.0871	G359.985-0.050	OH359.880-0.087	1612	20.4	-34.6	6.690	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
53	17 45 33.2	-29 03 28	359.8886	-0.0509	G359.985-0.050	OH359.888-0.051	1612	40.6	-77.5	0.130	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
54	17 43 56.9	-28 50 30	359.8894	0.3614	G359.889+0.361	OH359.889+0.361	1612	36.1	57.3	0.230	ENG15	+OH	LID92
55	17 44 44.9	-28 56 57	359.8894	0.1559	G359.889+0.156	OH359.890+0.155	1612	29.5	-41.4	0.170	ENG15	+OH	LID92
56	17 44 30.8	-28 54 24	359.8988	0.2219	G359.899+0.221	OH359.899+0.222	1612	35.1	13.1	0.670	ENG15	+OH -SiO	LID92
57	17 45 8.9	-28 59 16	359.9022	0.0611	G359.890+0.073	OH359.902+0.061	1612	39.7	-153.5	0.140	ENG15	+OH +SiO	LID92
58	17 45 33.4	-29 02 15	359.9063	-0.0410	G359.985-0.050	OH359.906-0.041	1612	39.7	-161.4	0.580	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
59	17 45 38.2	-29 02 33	359.9111	-0.0585	G359.985-0.050	OH359.911-0.059	1612	44.0	-100.2	0.100	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
60	17 45 18.5	-28 58 59	359.9245	0.0337	G359.985-0.050	OH359.924+0.034	1612	22.4	-94.5	0.130	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
61	17 45 42	-29 01 37	359.9316	-0.0622	G359.985-0.050	OH359.932-0.063	1612	39.7	-114.9	0.590	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
62	17 45 46.3	-29 01 45	359.9379	-0.0768	G359.985-0.050	OH359.938-0.077	1612	24.8	-95.7	4.930	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
63	17 45 40.6	-29 00 55	359.9389	-0.0518	G359.985-0.050	OH359.939-0.052	1612	37.4	33.5	0.720	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
64	17 44 28.1	-28 50 56	359.9428	0.2606	G359.943+0.260	OH359.943+0.260	1612	34.0	-202.3	0.470	ENG15	+OH	LID92
65	17 45 40.5	-29 00 24	359.9461	-0.0470	G359.985-0.050	OH359.946-0.047	1612	39.7	-47.1	0.400	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
66	17 45 38.5	-28 59 45	359.9515	-0.0351	G359.985-0.050	OH359.952-0.036	1612	26.9	68.7	0.230	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
67	17 45 40.1	-28 59 48	359.9539	-0.0405	G359.985-0.050	OH359.954-0.041	1612	39.4	50.5	1.910	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
68	17 45 37.9	-28 59 25	359.9552	-0.0304	G359.985-0.050	OH359.955-0.031	1612	39.4	46.0	0.070	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
69	17 46 0.9	-29 01 23	359.9708	-0.1190	G359.985-0.050	OH359.971-0.119	1612	38.6	-27.8	0.420	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
70	17 44 55.5	-28 52 26	359.9738	0.1623	G359.974+0.162	OH359.974+0.162	1612	47.7	1.7	0.180	ENG15	-CH₃OH II +OH +SiO	LID92
71	17 45 54.2	-29 00 02	359.9773	-0.0864	G359.985-0.050	OH359.977-0.087	1612	34.0	-6.2	0.680	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
72	17 45 49.3	-28 58 49	359.9853	-0.0606	G359.985-0.050	OH359.986-0.061	1612	39.8	-7.4	1.240	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
73	17 46 10.3	-29 00 52	359.9960	-0.1438	G359.996-0.144	OH359.996-0.144	1612	51.6	-51.6	0.160	ENG15	+OH +SiO	LID92
74	17 45 51.2	-28 58 07	359.9989	-0.0605	G359.985-0.050	OH359.999-0.061	1612	38.6	86.5	0.070	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
75	17 44 14.9	-28 45 06	0.0005	0.3525	G0.017+0.348	OH0.001+0.352	1612	19.3	113.8	0.350	ENG15	+OH +SiO	LID92
76	17 45 58.8	-28 58 34	0.0069	-0.0880	G359.985-0.050	OH0.007-0.088	1612	45.4	-18.7	0.060	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
77	17 45 3.5	-28 50 25	0.0177	0.1549	G0.018+0.155	OH0.018+0.156	1612	13.7	95.6	0.280	ENG15	+OH +SiO	LID92
78	17 44 19.1	-28 44 21	0.0192	0.3460	G0.017+0.348	OH0.019+0.345	1612	47.7	-8.5	0.380	ENG15	+OH +SiO	LID92
79	17 46 24.8	-29 00 01	0.0355	-0.1815	G0.035-0.182	OH0.036-0.182	1612	37.5	134.2	0.210	ENG15	+OH -SiO	LID92
80	17 45 56	-28 55 50	0.0405	-0.0556	G359.985-0.050	OH0.040-0.056	1612	41.7	50.5	0.370	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
81	17 45 59.3	-28 55 23	0.0532	-0.0620	G359.985-0.050	OH0.053-0.062	1612	35.2	-31.2	0.080	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
82	17 45 49.9	-28 53 39	0.0600	-0.0177	G359.985-0.050	OH0.060-0.018	1612	38.6	-23.3	0.180	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
83	17 45 17.5	-28 48 35	0.0704	0.1273	G0.070+0.127	OH0.071+0.127	1612	36.3	-53.9	0.110	ENG15	+H₂O +OH -SiO	LID92
84	17 46 35.2	-28 58 57	0.0704	-0.2047	G0.071-0.205	OH0.071-0.205	1612	27.3	99.0	1.630	ENG15	+OH +SiO	LID92
85	17 45 13.8	-28 47 42	0.0759	0.1465	G0.076+0.146	OH0.076+0.146	1612	42.0	0.6	0.210	ENG15	+H₂O +OH -SiO	LID92
86	17 46 15.2	-28 55 41	0.0791	-0.1141	G359.985-0.050	OH0.079-0.114	1612	29.5	35.8	0.590	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
87	17 45 34	-28 49 55	0.0829	0.0643	G0.083+0.069	OH0.083+0.064	1612	38.6	4.0	0.200	ENG15	-H₂O +CH₃OH I +OH +SiO	LID92
88	17 47 30.9	-29 04 33	0.0958	-0.4266	G0.096-0.427	OH0.096-0.427	1612	38.3	67.5	0.300	ENG15	+OH	LID92
89	17 46 7.4	-28 52 15	0.1131	-0.0600	G359.985-0.050	OH0.113-0.060	1612	33.8	70.9	0.640	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
90	17 45 31.4	-28 46 21	0.1287	0.1034	G0.129+0.103	OH0.129+0.103	1612	22.7	-64.1	0.640	ENG15	+OH -SiO	LID92
91	17 46 0.2	-28 50 11	0.1289	-0.0197	G359.985-0.050	OH0.129-0.020	1612	36.4	76.3	0.130	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
92	17 46 1.6	-28 50 01	0.1339	-0.0226	G359.985-0.050	OH0.134-0.023	1612	42.0	-41.4	0.100	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
93	17 46 28.6	-28 53 18	0.1384	-0.1352	G0.138-0.137	OH0.138-0.136	1612	40.8	19.9	0.100	ENG15	+CH₃OH I +OH +SiO	LID92
94	17 45 51.2	-28 48 06	0.1414	0.0264	G359.985-0.050	OH0.142+0.026	1612	46.5	0.6	0.590	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
95	17 45 12.3	-28 40 43	0.1724	0.2119	G0.172+0.211	OH0.173+0.211	1612	34.1	28.9	0.320	ENG15	+OH -SiO	LID92
96	17 46 15.2	-28 48 47	0.1773	-0.0543	G359.985-0.050	OH0.178-0.055	1612	32.9	-52.8	0.360	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
97	17 46 25.7	-28 50 00	0.1799	-0.0976	G359.985-0.050	OH0.180-0.098	1612	39.7	101.3	0.110	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
98	17 45 51.9	-28 44 50	0.1892	0.0526	G359.985-0.050	OH0.189+0.052	1612	39.7	-9.6	0.570	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
99	17 45 55.7	-28 45 20	0.1894	0.0364	G359.985-0.050	OH0.190+0.036	1612	29.5	144.4	2.710	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
100	17 45 11.4	-28 38 38	0.2003	0.2328	G0.201+0.233	OH0.200+0.233	1612	31.6	-83.2	0.240	ENG15	+OH	LID92
101	17 45 53.1	-28 43 58	0.2039	0.0564	G359.985-0.050	OH0.204+0.056	1612	37.5	105.8	0.050	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
102	17 46 2.8	-28 44 20	0.2171	0.0229	G359.985-0.050	OH0.217+0.023	1612	37.5	11.9	0.080	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
103	17 45 29.3	-28 39 34	0.2211	0.1688	G0.221+0.169	OH0.221+0.168	1612	38.3	42.6	0.370	ENG15	+OH	LID92
104	17 46 22	-28 46 21	0.2248	-0.0544	G0.244-0.053	OH0.225-0.055	1612	32.9	-122.9	0.640	ENG15	+CH₃OH I +OH	LID92
105	17 46 14.8	-28 44 16	0.2408	-0.0139	G359.985-0.050	OH0.241-0.014	1612	36.9	16.5	0.150	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
106	17 46 47.7	-28 47 15	0.2608	-0.1424	G0.261-0.143	OH0.261-0.143	1612	9.1	22.1	0.210	ENG15	+OH	LID92
107	17 46 33	-28 45 01	0.2647	-0.0772	G0.244-0.053	OH0.265-0.078	1612	36.2	-6.2	0.180	ENG15	+CH₃OH I +OH	LID92
108	17 45 56	-28 39 27	0.2737	0.0865	G0.274+0.086	OH0.274+0.086	1612	48.8	78.6	0.410	ENG15	+CH₃OH I +OH +SiO	LID92
109	17 47 2.1	-28 45 55	0.3070	-0.1759	G0.307-0.172	OH0.307-0.176	1612	40.8	-28.9	0.170	ENG15	+H₂O +OH	LID92
110	17 46 32	-28 41 04	0.3191	-0.0399	G0.319-0.040	OH0.319-0.040	1612	34.9	57.3	1.370	ENG15	+OH	LID92
111	17 46 56.5	-28 43 22	0.3328	-0.1363	G0.333-0.137	OH0.333-0.137	1612	33.8	58.4	0.180	ENG15	+OH	LID92
112	17 46 31.3	-28 39 48	0.3358	-0.0268	G0.334-0.010	OH0.336-0.027	1612	34.0	21.0	0.130	ENG15	-H₂O +CH₃OH I +OH	LID92
113	17 46 14.4	-28 36 39	0.3485	0.0533	G0.348+0.050	OH0.349+0.053	1612	28.4	17.6	0.130	ENG15	+H₂O +OH	LID92
114	17 45 46.5	-28 32 39	0.3523	0.1752	G0.352+0.175	OH0.352+0.175	1612	36.3	-7.4	0.240	ENG15	+OH -SiO	LID92
115	17 45 54.1	-28 31 47	0.3791	0.1590	G0.379+0.159	OH0.379+0.159	1612	30.6	124.0	0.900	ENG15	+H₂O +OH	LID92
116	17 46 31.6	-28 35 41	0.3950	0.0079	G0.395+0.008	OH0.395+0.008	1612	27.3	186.4	0.330	ENG15	+OH	LID92
117	17 46 44.8	-28 34 58	0.4303	-0.0271	G0.430-0.027	OH0.430-0.027	1612	37.4	13.1	0.300	ENG15	+OH	LID92
118	17 47 21.2	-28 39 21	0.4368	-0.1789	G0.437-0.179	OH0.437-0.179	1612	35.2	78.6	0.110	ENG15	+OH	LID92
119	17 46 42.2	-28 33 25	0.4474	-0.0056	G0.447-0.006	OH0.447-0.006	1612	26.1	-200.0	0.230	ENG15	+OH	LID92
120	17 46 30.6	-28 31 34	0.4517	0.0467	G0.452+0.047	OH0.452+0.046	1612	20.4	77.5	0.250	ENG15	+OH	LID92
121	17 46 35.5	-28 32 07	0.4532	0.0266	G0.453+0.027	OH0.453+0.026	1612	35.2	74.1	0.180	ENG15	+OH	LID92
122	17 47 25	-28 36 33	0.4839	-0.1666	G0.484-0.167	OH0.484-0.167	1612	22.7	129.7	0.950	ENG15	+OH	LID92
123	17 47 36.7	-28 37 22	0.4944	-0.2102	G0.494-0.210	OH0.495-0.211	1612	34.0	4.0	0.330	ENG15	+OH	LID92
124	17 46 38.9	-28 28 06	0.5169	0.0507	G0.517+0.051	OH0.517+0.050	1612	33.0	151.2	0.660	ENG15	+OH	LID92
125	17 47 39.6	-28 35 46	0.5228	-0.2055	G0.523-0.206	OH0.523-0.206	1612	43.1	-10.8	0.160	ENG15	+OH	LID92
126	17 47 23.9	-28 32 44	0.5363	-0.1302	G0.536-0.130	OH0.536-0.130	1612	46.5	122.9	0.150	ENG15	+OH	LID92
127	17 47 4.5	-28 29 41	0.5429	-0.0431	G0.549-0.057	OH0.543-0.043	1612	39.8	-23.3	0.510	ENG15	+H₂O +OH +SiO	LID92
128	17 47 8.9	-28 29 55	0.5480	-0.0589	G0.549-0.057	OH0.548-0.059	1612	63.6	-64.1	0.280	ENG15	+H₂O +OH +SiO	LID92
129	17 47 26.1	-28 29 19	0.5892	-0.1076	G0.588-0.106	OH0.589-0.108	1612	29.5	-214.8	0.050	ENG15	+H₂O +OH	LID92
130	17 47 55.4	-28 25 59	0.6922	-0.1707	G0.692-0.171	OH0.692-0.171	1612	34.0	-1.7	0.330	ENG15	+OH	LID92
131	17 46 58.9	-28 17 00	0.7131	0.0840	G0.712+0.083	OH0.713+0.084	1612	40.9	76.3	0.270	ENG15	+OH +SiO	LID92
132	17 47 13.4	-28 17 13	0.7375	0.0367	G0.738+0.037	OH0.738+0.036	1612	26.1	-146.7	0.730	ENG15	+OH	LID92
133	17 46 51	-28 08 51	0.8141	0.1793	G0.812+0.179	OH0.814+0.179	1612	32.6	56.2	0.510	ENG15	-H₂O +CH₃OH II +OH	LID92
134	17 43 55.7	-29 16 17	359.5211	0.1399	G359.521+0.140	OH359.522+0.140	1612	79.9	-79.9	0.310	ENG15	+OH	LID92
135	17 45 57.4	-29 19 09	359.7113	-0.2622	G359.711-0.262	OH359.712-0.263	1612	5.1	-5.1	0.690	ENG15	+OH	LID92
136	17 46 28.6	-29 20 30	359.7510	-0.3707	G359.751-0.371	OH359.751-0.371	1612	8.5	-8.5	0.510	ENG15	+H₂O +OH	LID92
137	17 46 44.3	-29 22 21	359.7543	-0.4355	G359.754-0.435	OH359.754-0.436	1612	80.9	80.9	0.190	ENG15	+OH	LID92
138	17 44 22.2	-28 59 53	359.8045	0.2009	G359.805+0.201	OH359.804+0.201	1612	34.6	-34.6	0.260	ENG15	+OH	LID92
139	17 45 1.7	-29 02 49	359.8380	0.0526	G359.985-0.050	OH359.838+0.052	1612	57.3	-57.3	0.340	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
140	17 46 1.9	-29 03 57	359.9362	-0.1444	G359.985-0.050	OH359.936-0.144	1612	11.9	-11.9	0.280	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
141	17 45 17.2	-28 55 31	359.9713	0.0679	G359.971+0.091	OH359.971+0.067	1612	47.1	47.1	0.150	ENG15	+CH₃OH I +OH -SiO	LID92
142	17 45 43.5	-28 46 41	0.1469	0.0627	G0.147+0.063	OH0.147+0.062	1612	9.6	9.6	0.280	ENG15	+OH	LID92
143	17 45 43.5	-28 29 11	0.3959	0.2147	G0.396+0.215	OH0.396+0.214	1612	136.5	136.5	0.450	ENG15	+OH	LID92
144	17 46 18.4	-28 33 11	0.4055	0.0709	G0.404+0.047	OH0.406+0.070	1612	24.4	24.4	0.270	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH	LID92
145	17 47 12.2	-28 35 21	0.4768	-0.1162	G0.477-0.116	OH0.477-0.116	1612	200.0	200.0	0.130	ENG15	+OH	LID92
146	17 47 20.4	-28 23 45	0.6577	-0.0417	G0.667-0.036	OH0.658-0.042	1612	76.3	76.3	0.450	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
147	17 47 27.8	-28 24 41	0.6584	-0.0729	G0.667-0.036	OH0.658-0.073	1612	47.1	47.1	0.500	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
148	17 47 20	-28 23 03	0.6669	-0.0344	G0.667-0.036	OH0.667-0.036	1612	58.5	58.5	2.050	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92
149	17 47 25.3	-28 23 35	0.6694	-0.0556	G0.667-0.036	OH0.669-0.056	1612	66.4	66.4	5.950	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	LID92

Non-detection table from Lindqvist et al. (1992)