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WOL12 - Polarization properties of OH masers in AGB and post-AGB stars

Short title: Wolak et al. (2012)
Authors: Wolak, P. Szymczak, M. Gérard, E.
Journal: Astronomy & Astrophysics, Volume 537, id.A5, 78 pp.
Bibcode:

Abstract
Context. Ground-state OH maser emission from late-type stars is usually polarized and remains a powerful probe of the magnetic field structure in the outer regions of circumstellar envelopes if observed with high angular and spectral resolutions. Observations in all four Stokes parameters are quite sparse and this is the most thorough, systematic study published to date. Aims: We aim to determine polarization properties of OH masers in an extensive sample of stars that show copious mass loss and search for candidate objects that are well-suited for high angular resolution studies. Methods: Full-polarization observations of the OH 1612 and 1667 MHz maser transitions were carried out for a sample of 117 AGB and post-AGB stars. Several targets were also observed in the 1665 MHz line. Results: A complete set of full-polarization spectra together with the basic polarization parameters are presented.Polarized features occur in more than 75% of the sources in the complete sample and there is no intrinsic difference in the occurrence of polarized emission between the three classes of objects of different infrared characteristics. The highest fractional polarization occurs for the post-AGB+PN and the Mira+SR classes at 1612 and 1667 MHz, respectively. Differences in the fractional polarization between the sources at different evolutionary stages appear to be related to depolarization caused by blending. The alignment of the polarization angles at the extreme sides of the shell implies a regular structure of the magnetic field of a strength of 0.3-2.3 mG. Conclusions: Polarized OH maser features are widespread in AGB and post-AGB stars. The relationship between the circular and linear fractional polarizations for a representative sample are consistent with the standard models of polarization for the Zeeman splitting higher than the Doppler line width, whereas the polarized features are the sigma components. Appendices are available in electronic form at http://www.aanda.org"">http://www.aanda.org eprintid: arXiv:1110.0773	Comments: If more than two lines were listed, either the two strongest were selected, or the most blue- and red-shifted Velocity resolution: 0.07 and 0.14 km/s

Abstract

Context. Ground-state OH maser emission from late-type stars is usually polarized and remains a powerful probe of the magnetic field structure in the outer regions of circumstellar envelopes if observed with high angular and spectral resolutions. Observations in all four Stokes parameters are quite sparse and this is the most thorough, systematic study published to date.
Aims: We aim to determine polarization properties of OH masers in an extensive sample of stars that show copious mass loss and search for candidate objects that are well-suited for high angular resolution studies.
Methods: Full-polarization observations of the OH 1612 and 1667 MHz maser transitions were carried out for a sample of 117 AGB and post-AGB stars. Several targets were also observed in the 1665 MHz line.
Results: A complete set of full-polarization spectra together with the basic polarization parameters are presented.Polarized features occur in more than 75% of the sources in the complete sample and there is no intrinsic difference in the occurrence of polarized emission between the three classes of objects of different infrared characteristics. The highest fractional polarization occurs for the post-AGB+PN and the Mira+SR classes at 1612 and 1667 MHz, respectively. Differences in the fractional polarization between the sources at different evolutionary stages appear to be related to depolarization caused by blending. The alignment of the polarization angles at the extreme sides of the shell implies a regular structure of the magnetic field of a strength of 0.3-2.3 mG.
Conclusions: Polarized OH maser features are widespread in AGB and post-AGB stars. The relationship between the circular and linear fractional polarizations for a representative sample are consistent with the standard models of polarization for the Zeeman splitting higher than the Doppler line width, whereas the polarized features are the sigma components. Appendices are available in electronic form at ""> eprintid:

Comments:
If more than two lines were listed, either the two strongest were selected, or the most blue- and red-shifted

Velocity resolution: 0.07 and 0.14 km/s

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Detection table from Wolak et al. (2012)

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ID	Obs. RA	Obs. Dec	l	b	Group id	Source name	Frequency	V_range	V_peak	F_peak	List	Detection	Type	Ref.
	(J2000)	(J2000)	(deg.)	(deg.)			(MHz)	(km/s)	(km/s)	(Jy)		Yes/No
1	00 46 0.1	+69 10 53	122.4460	6.3148	G122.446+6.315	V524 Cas	1612	0.2	-35.1	2.140	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
2	00 19 51.5	+65 59 31	119.7229	3.3172	G119.723+3.317	IRAS00170+6542	1612	0.6	-64.5	3.380	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
3	01 06 26	+12 35 53	128.6418	-50.1074	G128.642-50.107	WX Psc	1612	36.5	-9.6	56.480	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
4	01 33 51.2	+62 26 53	127.8147	-0.0209	G127.815-0.021	OH127.8+0.0	1612	0.1	-65.9	264.100	ENG15	-H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
5	03 53 28.8	+11 24 23	177.9542	-31.4120	G177.955-31.412	IK Tau	1612	29.8	17.0	15.520	ENG15	+H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
6	03 25 8.8	+65 32 07	137.9705	7.2561	G137.970+7.256	OH138.0+7.2	1612	0.3	-47.2	22.510	ENG15	-H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
7	03 33 30.6	+60 20 09	141.7248	3.5189	G141.725+3.519	OH141.7+3.5	1612	0.2	-69.5	11.670	ENG15	+H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
8	05 19 52.6	+63 15 56	148.2850	14.5669	G148.285+14.566	BW Cam	1612	0.1	36.5	5.130	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
9	05 00 24.6	+12 56 07	187.7130	-17.5716	G187.712-17.574	IRAS04575+1251	1612	12.9	12.9	1.860	ENG15	-H₂O +OH -SiO	EVOLVED	WOL12
10	05 11 19.4	+52 52 33	156.4378	7.8348	G156.438+7.835	NV Aur	1612	19.8	19.8	19.440	ENG15	+H₂O -CH₃OH I +OH +SiO	EVOLVED	WOL12
11	06 33 15.7	+40 42 51	174.1136	14.1220	G174.114+14.122	IRAS06297+4045	1612	28.2	-28.2	10.850	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
12	06 52 46.9	+08 25 19	205.5758	4.1258	G205.576+4.126	GX Mon	1612	6.6	6.6	5.650	ENG15	+H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
13	07 35 41.1	+00 14 58	217.8016	9.9473	G217.801+9.947	IRAS07331+0021	1612	0.1	32.4	10.900	ENG15	+H₂O +OH	EVOLVED	WOL12
14	09 45 15.1	-22 01 45	255.7953	23.3524	G255.796+23.353	IW Hya	1612	1.5	26.9	6.830	ENG15	+H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
15	10 21 9.1	-34 47 19	271.0345	18.6118	G271.034+18.612	V Ant	1612	14.1	-14.1	1.210	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
16	12 58 38.9	+23 08 21	325.5701	85.6902	G325.570+85.690	T Com	1612	23.1	23.1	1.200	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
17	14 27 16.4	+04 40 41	352.6741	57.9714	G352.674+57.971	RS Vir	1612	0.1	-10.5	7.970	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
18	15 21 23.9	+31 22 03	49.4727	57.1729	G49.473+57.174	S CrB	1612	0.5	-2.8	3.390	ENG15	+H₂O	EVOLVED	WOL12
19	15 27 47	+19 33 52	29.5150	53.4768	G29.515+53.477	WX Ser	1612	13.6	13.6	3.660	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
20	16 37 39.9	-38 20 17	344.0735	5.8468	G344.074+5.847	IRAS16342-3814	1612	0.2	-7.6	10.770	ENG15	+H₂O +OH -SiO	EVOLVED	WOL12
21	16 06 8.1	-30 49 37	344.9943	15.7236	G344.994+15.724	OH345.0+15.7	1612	0.1	-16.2	35.150	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
22	16 25 47.5	+18 53 33	35.3452	40.3508	G35.345+40.351	U Her	1612	20.3	-20.3	1.260	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
23	17 43 39.5	-27 14 18	1.2214	1.2563	G1.210+1.259	OH1.2+1.3	1612	27.1	30.4	8.760	ENG15	-H₂O -CH₃OH I +OH	EVOLVED	WOL12
24	17 51 26.8	-28 25 37	1.0955	-0.8321	G1.095-0.831	OH1.1-0.8	1612	39.0	-9.1	80.230	ENG15	+OH +SiO	EVOLVED	WOL12
25	17 18 19.8	-32 27 22	353.8435	2.9843	G353.844+2.984	IRAS17150-3224	1612	0.1	24.8	3.970	ENG15	-H₂O +OH	EVOLVED	WOL12
26	17 44 22.6	-31 55 39	357.3085	-1.3330	G357.308-1.333	IRAS17411-3154	1612	37.6	-40.0	390.750	ENG15	-H₂O +OH +SiO	EVOLVED	WOL12
27	17 40 44.4	-30 02 07	358.5068	0.3260	G358.507+0.326	IRAS17375-3000	1612	19.6	-36.0	1.990	ENG15	-H₂O +OH	EVOLVED	WOL12
28	17 20 15	-37 39 32	349.8042	-0.3203	G349.804-0.321	IRAS17168-3736	1612	0.1	-18.3	48.020	ENG15	-H₂O +OH	EVOLVED	WOL12
29	17 14 51.7	-33 25 55	352.6250	3.0139	G352.625+3.014	IRAS17115-3322	1612	0.1	-65.0	2.330	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
30	17 28 33.3	-28 33 28	358.3116	3.3593	G358.311+3.360	IRAS17253-2831	1612	0.2	-71.7	9.190	ENG15	+OH	EVOLVED	WOL12
31	17 21 9.6	-36 30 51	350.8478	0.1840	G350.848+0.184	IRAS17177-3627	1612	0.3	-73.2	16.800	ENG15	+OH -SiO	MIXED	WOL12
32	17 30 27.4	-34 27 35	353.6094	-0.2336	G353.609-0.234	IRAS17271-3425	1612	0.2	-101.6	22.800	ENG15	+OH	MIXED	WOL12
33	17 42 32.2	-27 28 28	0.8896	1.3442	G0.890+1.344	OH0.9 + 1.3	1612	2.8	-123.4	71.810	ENG15	-CH₃OH II +OH	EVOLVED	WOL12
34	17 18 29	-37 58 02	349.3515	-0.2113	G349.352-0.211	IRAS17150-3754	1612	1.5	-126.6	0.850	ENG15	-H₂O -CH₃OH II +OH	EVOLVED	WOL12
35	17 10 6.3	-39 12 01	347.3939	0.3958	G347.395+0.396	IRAS17066-3908	1612	0.1	-175.5	16.160	ENG15	+OH	EVOLVED	WOL12
36	17 41 52.3	-33 33 41	355.6408	-1.7427	G355.640-1.742	IRAS17385-3332	1612	21.4	-245.5	6.610	ENG15	-H₂O +OH	EVOLVED	WOL12
37	17 12 2.3	-32 34 26	352.9759	3.9957	G352.976+3.996	IRAS17087-3230	1612	63.1	-63.1	1.220	ENG15	+OH	EVOLVED	WOL12
38	17 13 44.2	-37 06 16	349.5075	1.0557	G349.509+1.055	NGC6302	1612	41.7	-41.7	0.950	ENG15	-H₂O -CH₃OH II +OH	EVOLVED	WOL12
39	17 26 28.7	-26 04 58	0.1241	5.1119	G0.124+5.112	IRAS17233-2602	1612	151.6	-151.6	5.160	ENG15	-CH₃OH II +OH	EVOLVED	WOL12
40	17 40 20.5	-27 49 11	0.3394	1.5745	G0.344+1.566	IRAS17371-2747	1612	115.1	115.1	1.700	ENG15	+OH	EVOLVED	WOL12
41	17 40 40.8	-28 01 06	0.2106	1.4059	G0.210+1.406	IRAS17375-2759	1612	23.8	23.8	1.220	ENG15	+OH	EVOLVED	WOL12
42	17 44 58.7	-27 14 45	1.3685	1.0023	G1.368+1.003	IRAS17418-2713	1612	27.7	-27.7	12.230	ENG15	+OH	EVOLVED	WOL12
43	17 45 14.2	-17 56 47	9.3643	5.7785	G9.364+5.779	IRAS17423-1755	1612	46.8	46.8	0.190	ENG15	-H₂O +OH	EVOLVED	WOL12
44	17 46 15.8	-17 51 46	9.5625	5.6120	G9.562+5.612	IRAS17433-1750	1612	135.3	135.3	1.500	ENG15	-H₂O +OH	EVOLVED	WOL12
45	17 47 35.3	-29 50 56	359.4425	-0.8403	G359.442-0.840	IRAS17443-2949	1612	15.4	-15.4	2.640	ENG15	+OH	MIXED	WOL12
46	17 51 48.9	-17 42 30	10.3717	4.5533	G10.373+4.554	OH10.5+4.5	1612	43.4	-43.4	4.340	ENG15	-H₂O -CH₃OH II +OH	EVOLVED	WOL12
47	17 54 43.3	-25 26 28	4.0381	0.0563	G4.038+0.056	IRAS17516-2525	1612	31.3	-31.3	1.670	ENG15	-H₂O -CH₃OH I +OH	EVOLVED	WOL12
48	18 19 35.4	-12 08 08	18.5181	1.4132	G18.518+1.413	OH18.5+1.4	1612	0.2	165.9	7.890	ENG15	+OH	EVOLVED	WOL12
49	18 28 27.7	-10 50 19	20.6818	0.0997	G20.679+0.084	OH20.7+0.1	1612	0.1	118.0	11.510	ENG15	-H₂O -CH₃OH II +OH	EVOLVED	WOL12
50	18 03 38.9	-18 41 09	10.9259	1.6298	G10.926+1.630	OH10.9+1.5	1612	0.1	112.3	3.830	ENG15	+OH	SFR	WOL12
51	18 48 42.8	-01 48 40	31.0095	-0.2198	G31.012-0.219	OH31.0-0.2	1612	0.2	111.0	86.410	ENG15	+H₂O -CH₃OH II +OH -SiO	MIXED	WOL12
52	18 47 9.8	-02 35 36	30.1368	-0.2321	G30.137-0.232	IRAS18445-0238	1612	35.2	32.7	9.830	ENG15	+H₂O -CH₃OH II +OH +SiO	MIXED	WOL12
53	18 10 38.4	-18 52 59	11.5593	0.0882	G11.560+0.087	OH11.5+0.1	1612	0.8	63.3	33.780	ENG15	-H₂O -CH₃OH II +OH	EVOLVED	WOL12
54	18 27 24	-10 30 24	20.8544	0.4850	G20.854+0.486	IRAS18246-1032	1612	0.1	60.7	11.940	ENG15	-H₂O -CH₃OH II +OH	EVOLVED	WOL12
55	18 29 28.7	-12 37 56	19.2086	-0.9532	G19.209-0.953	OH19.2-1.0	1612	0.1	57.4	21.530	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
56	18 52 22.2	-00 14 14	32.8270	-0.3156	G32.827-0.316	OH32.8-0.3	1612	0.3	45.5	50.750	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	MIXED	WOL12
57	18 40 21.5	-04 57 46	27.2535	0.1949	G27.263+0.198	OH27.3+0.2	1612	0.5	37.5	12.680	ENG15	-CH₃OH II +OH	EVOLVED	WOL12
58	18 58 30	+06 42 58	39.7130	1.4953	G39.713+1.495	OH39.7+1.5	1612	32.5	3.4	83.080	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
59	18 11 34.2	-14 39 59	15.3627	1.9238	G15.364+1.925	OH15.4+1.9	1612	29.2	-2.5	10.660	ENG15	-H₂O -CH₃OH I +OH	EVOLVED	WOL12
60	18 01 13.4	-31 21 56	359.6133	-4.1383	G359.613-4.139	IRAS17579-3121	1612	21.3	1.3	6.290	ENG15	+OH	EVOLVED	WOL12
61	18 10 6.1	-17 26 34	12.7590	0.8955	G12.758+0.896	IRAS18071-1727	1612	0.3	17.2	2.260	ENG15	-H₂O -CH₃OH I +OH -SiO	EVOLVED	WOL12
62	18 20 31.5	-18 44 23	12.8000	-1.9001	G12.800-1.900	OH12.8-1.9	1612	1.7	-8.6	18.000	ENG15	+H₂O +OH	UNK	WOL12
63	18 16 25.4	-14 55 16	15.6998	0.7716	G15.701+0.770	OH15.7+0.8	1612	0.3	-15.5	48.850	ENG15	+H₂O -CH₃OH I -CH₃OH II +OH +SiO	EVOLVED	WOL12
64	18 08 16.4	-20 16 11	10.0760	-0.0950	G10.076-0.095	IRAS18052-2016	1612	79.4	79.4	2.850	ENG15	+H₂O +OH	EVOLVED	WOL12
65	18 11 25.9	-26 29 31	4.9710	-3.7305	G4.971-3.730	IRAS18083-2630	1612	43.6	43.6	1.870	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
66	18 11 30.7	+27 05 15	53.8353	20.1802	G53.835+20.180	IRAS18095+2704	1612	12.7	-12.7	0.240	ENG15	-H₂O +OH	EVOLVED	WOL12
67	18 13 32.2	-19 35 03	11.2731	-0.8483	G11.273-0.848	IRAS18105-1935	1612	8.5	8.5	2.590	ENG15	-H₂O -CH₃OH I +OH	EVOLVED	WOL12
68	18 21 6.4	-15 03 30	16.1141	-0.2897	G16.117-0.291	OH16.1-0.3	1612	42.9	42.9	18.620	ENG15	+H₂O -CH₃OH I +CH₃OH II +OH +SiO	MIXED	WOL12
69	18 30 30.6	-14 28 56	17.6842	-2.0318	G17.684-2.032	OH17.7-2.0	1612	73.2	73.2	195.600	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
70	18 37 32.5	-05 23 59	26.5436	0.6177	G26.543+0.618	OH26.5+0.6	1612	41.0	41.0	516.180	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
71	18 38 15.4	-07 09 54	25.0568	-0.3503	G25.057-0.350	OH25.1-0.3	1612	130.2	130.2	8.000	ENG15	-H₂O -CH₃OH I +OH	EVOLVED	WOL12
72	18 47 40.8	-01 44 57	30.9469	0.0382	G30.944+0.035	OH31.0+0.0	1612	40.4	40.4	32.410	ENG15	+H₂O -CH₃OH II +OH +SiO	MIXED	WOL12
73	19 13 58.6	+00 07 32	35.6199	-4.9556	G35.620-4.956	IRAS19114+0002	1612	5.3	118.4	12.560	ENG15	-H₂O +OH -SiO	EVOLVED	WOL12
74	19 02 6.3	+03 20 16	37.1185	-0.8474	G37.118-0.847	OH37.1-0.8	1612	0.8	76.8	7.380	ENG15	+H₂O -CH₃OH I -CH₃OH II +OH +SiO	EVOLVED	WOL12
75	19 09 8.3	+08 16 32	42.3081	-0.1330	G42.308-0.132	OH42.3-0.1	1612	32.8	42.8	16.170	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
76	19 06 22.2	+08 13 48	41.9523	0.4541	G41.952+0.454	R Aql	1612	0.1	53.9	80.300	ENG15	+H₂O -CH₃OH I +OH +SiO	EVOLVED	WOL12
77	19 14 24	+11 09 24	45.4621	0.0511	G45.465+0.053	OH45.5+0.0	1612	34.1	18.1	14.510	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH	SFR	WOL12
78	19 08 54.6	-22 14 19	14.6625	-13.6102	G14.663-13.611	IRAS19059-2219	1612	25.6	8.4	7.320	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
79	19 31 22.5	+18 13 20	53.6272	-0.2279	G53.630-0.239	OH53.6-0.2	1612	0.6	23.6	30.330	ENG15	-H₂O +OH	MIXED	WOL12
80	19 51 21.2	+29 13 01	65.4393	1.2497	G65.439+1.250	IRAS19493+2905	1612	0.2	-5.5	2.780	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
81	19 27 42	+16 37 24	51.8038	-0.2247	G51.804-0.224	OH51.8-0.2	1612	0.2	-17.6	6.790	ENG15	+H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
82	19 59 39.1	+28 23 07	65.6693	-0.7361	G65.669-0.736	OH65.7-0.8	1612	0.1	-47.9	6.660	ENG15	-H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
83	19 21 36.5	+09 27 56	44.7947	-2.3064	G44.795-2.307	IRAS19192+0922	1612	0.3	-56.1	16.810	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
84	19 24 22.2	+09 53 56	45.4979	-2.7031	G45.497-2.702	IRAS19219+0947	1612	0.5	-61.9	5.430	ENG15	-H₂O +OH	EVOLVED	WOL12
85	19 04 9.7	+06 13 16	39.9162	0.0183	G39.916+0.018	OH39.9-0.0	1612	163.2	163.2	10.120	ENG15	-H₂O +OH +SiO	MIXED	WOL12
86	19 30 29.5	+19 50 41	54.9495	0.7352	G54.949+0.735	OH55.0+0.7	1612	13.4	13.4	14.160	ENG15	-H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
87	19 36 18.9	+29 32 50	64.0964	4.2566	G64.096+4.257	IRAS19343+2926	1612	9.1	-9.1	0.340	ENG15	-H₂O -CH₃OH II +OH	EVOLVED	WOL12
88	19 52 57.8	+27 07 45	63.8274	-0.1240	G63.827-0.124	IRAS19508+2659	1612	20.3	20.3	2.250	ENG15	+H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
89	19 55 30.1	+28 10 48	65.0176	-0.0637	G65.018-0.064	IRAS19534+2802	1612	19.1	19.1	2.220	ENG15	-H₂O -CH₃OH II +OH -SiO	EVOLVED	WOL12
90	19 57 36.1	-01 53 11	38.9172	-15.5603	G38.917-15.560	RR Aql	1612	32.7	32.7	14.300	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
91	20 55 5.5	+30 24 52	74.3444	-9.4079	G74.344-9.408	UX Cyg	1612	9.5	-11.8	1.630	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
92	20 10 27.9	-06 16 14	36.3579	-20.4167	G36.357-20.415	V1300 Aql	1612	23.9	-31.5	33.740	ENG15	-H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
93	20 53 35	+44 57 24	85.3787	0.1259	G85.394+0.127	OH85.4+0.1	1612	27.1	-36.5	5.890	ENG15	-H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
94	20 28 30	+39 06 57	77.9138	0.2233	G77.916+0.223	OH77.9+0.2	1612	0.3	-49.4	13.180	ENG15	-H₂O +OH	EVOLVED	WOL12
95	20 50 57.7	+42 48 04	83.4188	-0.8883	G83.419-0.889	IRAS20491+4236	1612	0.1	-56.7	14.980	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
96	20 01 27.6	+50 02 31	84.4420	10.2294	G84.442+10.230	Z Cyg	1612	150.4	-150.4	6.540	ENG15	+H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
97	20 04 20.7	+29 04 06	66.7938	-1.2472	G66.794-1.247	OH66.8-1.3	1612	77.3	-77.3	2.100	ENG15	-H₂O +OH +SiO	EVOLVED	WOL12
98	20 28 57.1	+21 15 37	63.3370	-10.1956	G63.337-10.196	OH63.3-10.2	1612	56.5	-56.5	3.500	ENG15	+H₂O +OH	MIXED	WOL12
99	20 29 8.4	+35 45 44	75.2681	-1.8419	G75.268-1.842	OH75.3-1.8	1612	16.3	-16.3	18.790	ENG15	-H₂O -CH₃OH II +OH	EVOLVED	WOL12
100	21 27 27.9	+36 41 59	83.6608	-10.1733	G83.659-10.170	IRC+40483	1612	29.1	29.7	1.640	ENG15	+OH +SiO	EVOLVED	WOL12
101	21 32 53.7	+21 32 00	73.2457	-21.6417	G73.246-21.642	IRAS21305+2118	1612	58.5	-58.5	0.270	ENG15	+H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
102	21 56 58.2	+62 18 44	104.1302	5.9917	G104.130+5.991	IRAS21554+6204	1612	32.6	-32.6	8.320	ENG15	-H₂O -CH₃OH I -CH₃OH II +OH +SiO	EVOLVED	WOL12
103	22 19 27.4	+59 51 23	104.9083	2.4138	G104.908+2.413	OH104.9+2.4	1612	30.0	-40.5	75.520	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
104	22 42 47.1	+11 00 54	79.3442	-40.7230	G79.344-40.723	IRAS22402+1045	1612	106.8	-106.8	0.610	ENG15	+H₂O +OH	EVOLVED	WOL12
105	22 54 11.4	+08 54 07	80.5777	-44.1175	G80.578-44.117	IRC+10523	1612	7.9	-7.9	0.450	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
106	03 53 28.8	+11 24 23	177.9542	-31.4120	G177.955-31.412	IK Tau	1665	1.5	17.4	3.360	ENG15	+H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
107	07 32 38.1	-20 39 29	235.9045	-0.6862	G235.904-0.686	Z Pup	1665	8.0	-2.7	1.030	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
108	08 16 33.8	+11 43 34	211.7495	24.1388	G211.749+24.139	R Cnc	1665	1.0	14.7	1.710	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
109	09 45 34.3	+34 30 43	190.5954	49.7711	G190.595+49.771	R Lmi	1665	0.1	-4.3	1.900	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
110	11 00 33.8	-18 19 30	269.2694	37.1956	G269.270+37.196	R Crt	1665	1.2	1.5	1.280	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
111	13 49 02	-28 22 03	318.0224	32.8109	G318.022+32.811	W Hya	1665	0.2	35.5	7.280	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
112	13 02 38	+05 11 08	310.3573	67.8958	G310.357+67.896	RT Vir	1665	0.1	23.5	2.160	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
113	14 27 16.4	+04 40 41	352.6741	57.9714	G352.674+57.971	RS Vir	1665	17.8	-17.8	0.940	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
114	15 21 23.9	+31 22 03	49.4727	57.1729	G49.473+57.174	S CrB	1665	0.8	2.8	4.770	ENG15	+H₂O	EVOLVED	WOL12
115	16 25 47.5	+18 53 33	35.3452	40.3508	G35.345+40.351	U Her	1665	8.8	-20.4	5.660	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
116	18 30 30.6	-14 28 56	17.6842	-2.0318	G17.684-2.032	OH17.7-2.0	1665	47.8	47.8	5.490	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
117	19 50 6.3	-07 36 52	32.7232	-16.4857	G32.723-16.486	GY Aql	1665	0.2	34.4	1.600	ENG15	-H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
118	20 36 7.4	+60 05 26	95.7580	11.5091	G95.758+11.509	V778 Cyg	1665	0.1	-16.4	0.490	ENG15	+H₂O +OH -SiO	EVOLVED	WOL12
119	21 31 4.1	+11 09 13	64.3201	-28.1631	G64.320-28.163	UU Peg	1665	31.2	31.2	0.910	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
120	23 58 24.9	+51 23 20	114.5609	-10.6190	G114.561-10.619	R Cas	1665	0.1	30.3	1.820	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
121	01 06 26	+12 35 53	128.6418	-50.1074	G128.642-50.107	WX Psc	1667	0.1	25.9	4.800	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
122	01 33 51.2	+62 26 53	127.8147	-0.0209	G127.815-0.021	OH127.8+0.0	1667	0.3	-44.2	18.130	ENG15	-H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
123	03 53 28.8	+11 24 23	177.9542	-31.4120	G177.955-31.412	IK Tau	1667	34.7	15.7	10.710	ENG15	+H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
124	03 25 8.8	+65 32 07	137.9705	7.2561	G137.970+7.256	OH138.0+7.2	1667	0.1	-46.8	1.430	ENG15	-H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
125	03 33 30.6	+60 20 09	141.7248	3.5189	G141.725+3.519	OH141.7+3.5	1667	45.2	-45.2	1.260	ENG15	+H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
126	05 55 49.2	+20 10 31	188.7151	-2.4920	G188.715-2.492	U Ori	1667	0.5	-41.2	0.660	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
127	05 00 24.6	+12 56 07	187.7130	-17.5716	G187.712-17.574	IRAS04575+1251	1667	13.2	-13.2	0.180	ENG15	-H₂O +OH -SiO	EVOLVED	WOL12
128	05 11 19.4	+52 52 33	156.4378	7.8348	G156.438+7.835	NV Aur	1667	13.7	-13.7	0.960	ENG15	+H₂O -CH₃OH I +OH +SiO	EVOLVED	WOL12
129	06 33 15.7	+40 42 51	174.1136	14.1220	G174.114+14.122	IRAS06297+4045	1667	4.3	-4.3	1.480	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
130	06 52 46.9	+08 25 19	205.5758	4.1258	G205.576+4.126	GX Mon	1667	6.6	6.6	1.480	ENG15	+H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
131	07 32 38.1	-20 39 29	235.9045	-0.6862	G235.904-0.686	Z Pup	1667	8.3	-3.0	0.450	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
132	08 16 33.8	+11 43 34	211.7495	24.1388	G211.749+24.139	R Cnc	1667	0.5	15.2	0.470	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
133	09 45 15.1	-22 01 45	255.7953	23.3524	G255.796+23.353	IW Hya	1667	26.6	26.6	0.500	ENG15	+H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
134	09 45 34.3	+34 30 43	190.5954	49.7711	G190.595+49.771	R Lmi	1667	5.0	5.0	1.810	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
135	10 21 9.1	-34 47 19	271.0345	18.6118	G271.034+18.612	V Ant	1667	14.1	-14.1	1.840	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
136	11 00 33.8	-18 19 30	269.2694	37.1956	G269.270+37.196	R Crt	1667	0.2	1.5	3.390	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
137	13 49 02	-28 22 03	318.0224	32.8109	G318.022+32.811	W Hya	1667	0.1	35.4	14.900	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
138	13 02 38	+05 11 08	310.3573	67.8958	G310.357+67.896	RT Vir	1667	0.1	11.2	0.650	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
139	13 19 27.8	+45 31 38	107.8911	70.7738	G107.891+70.774	V Cvn	1667	9.2	9.2	0.250	ENG15	+H₂O +OH -SiO	EVOLVED	WOL12
140	14 27 16.4	+04 40 41	352.6741	57.9714	G352.674+57.971	RS Vir	1667	10.3	-10.3	2.900	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
141	15 21 23.9	+31 22 03	49.4727	57.1729	G49.473+57.174	S CrB	1667	0.1	3.7	4.630	ENG15	+H₂O	EVOLVED	WOL12
142	15 27 47	+19 33 52	29.5150	53.4768	G29.515+53.477	WX Ser	1667	13.1	13.1	0.750	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
143	16 25 47.5	+18 53 33	35.3452	40.3508	G35.345+40.351	U Her	1667	8.6	-20.4	6.570	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
144	16 06 8.1	-30 49 37	344.9943	15.7236	G344.994+15.724	OH345.0+15.7	1667	11.0	11.0	0.990	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
145	16 37 39.9	-38 20 17	344.0735	5.8468	G344.074+5.847	IRAS16342-3814	1667	4.9	4.9	2.310	ENG15	+H₂O +OH -SiO	EVOLVED	WOL12
146	17 43 39.5	-27 14 18	1.2214	1.2563	G1.210+1.259	OH1.2+1.3	1667	0.2	54.5	1.390	ENG15	-H₂O -CH₃OH I +OH	EVOLVED	WOL12
147	17 18 19.8	-32 27 22	353.8435	2.9843	G353.844+2.984	IRAS17150-3224	1667	0.9	25.7	14.420	ENG15	-H₂O +OH	EVOLVED	WOL12
148	17 20 15	-37 39 32	349.8042	-0.3203	G349.804-0.321	IRAS17168-3736	1667	0.2	6.9	4.100	ENG15	-H₂O +OH	EVOLVED	WOL12
149	17 44 22.6	-31 55 39	357.3085	-1.3330	G357.308-1.333	IRAS17411-3154	1667	36.6	-40.9	24.310	ENG15	-H₂O +OH +SiO	EVOLVED	WOL12
150	17 14 51.7	-33 25 55	352.6250	3.0139	G352.625+3.014	IRAS17115-3322	1667	0.2	-73.7	0.750	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
151	17 42 32.2	-27 28 28	0.8896	1.3442	G0.890+1.344	OH0.9 + 1.3	1667	0.1	-124.6	1.290	ENG15	-CH₃OH II +OH	EVOLVED	WOL12
152	17 10 6.3	-39 12 01	347.3939	0.3958	G347.395+0.396	IRAS17066-3908	1667	175.1	-175.1	2.180	ENG15	+OH	EVOLVED	WOL12
153	17 18 29	-37 58 02	349.3515	-0.2113	G349.352-0.211	IRAS17150-3754	1667	132.7	-132.7	0.930	ENG15	-H₂O -CH₃OH II +OH	EVOLVED	WOL12
154	17 30 27.4	-34 27 35	353.6094	-0.2336	G353.609-0.234	IRAS17271-3425	1667	64.5	-64.5	1.280	ENG15	+OH	MIXED	WOL12
155	17 40 40.8	-28 01 06	0.2106	1.4059	G0.210+1.406	IRAS17375-2759	1667	18.6	18.6	0.290	ENG15	+OH	EVOLVED	WOL12
156	17 41 52.3	-33 33 41	355.6408	-1.7427	G355.640-1.742	IRAS17385-3332	1667	223.6	-223.6	0.410	ENG15	-H₂O +OH	EVOLVED	WOL12
157	17 44 58.7	-27 14 45	1.3685	1.0023	G1.368+1.003	IRAS17418-2713	1667	29.6	-29.6	4.740	ENG15	+OH	EVOLVED	WOL12
158	17 45 14.2	-17 56 47	9.3643	5.7785	G9.364+5.779	IRAS17423-1755	1667	45.6	45.6	0.550	ENG15	-H₂O +OH	EVOLVED	WOL12
159	17 47 35.3	-29 50 56	359.4425	-0.8403	G359.442-0.840	IRAS17443-2949	1667	17.8	-17.8	1.400	ENG15	+OH	MIXED	WOL12
160	17 51 26.8	-28 25 37	1.0955	-0.8321	G1.095-0.831	OH1.1-0.8	1667	31.7	31.7	1.220	ENG15	+OH +SiO	EVOLVED	WOL12
161	18 28 27.7	-10 50 19	20.6818	0.0997	G20.679+0.084	OH20.7+0.1	1667	38.5	117.0	2.360	ENG15	-H₂O -CH₃OH II +OH	EVOLVED	WOL12
162	18 52 22.2	-00 14 14	32.8270	-0.3156	G32.827-0.316	OH32.8-0.3	1667	1.6	75.8	2.300	ENG15	+H₂O +CH₃OH I +CH₃OH II +OH +SiO	MIXED	WOL12
163	18 30 30.6	-14 28 56	17.6842	-2.0318	G17.684-2.032	OH17.7-2.0	1667	2.0	72.4	2.220	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
164	18 37 32.5	-05 23 59	26.5436	0.6177	G26.543+0.618	OH26.5+0.6	1667	27.1	12.8	7.970	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
165	18 03 38.9	-18 41 09	10.9259	1.6298	G10.926+1.630	OH10.9+1.5	1667	145.3	145.3	1.180	ENG15	+OH	SFR	WOL12
166	18 10 6.1	-17 26 34	12.7590	0.8955	G12.758+0.896	IRAS18071-1727	1667	37.2	37.2	0.370	ENG15	-H₂O -CH₃OH I +OH -SiO	EVOLVED	WOL12
167	18 11 25.9	-26 29 31	4.9710	-3.7305	G4.971-3.730	IRAS18083-2630	1667	44.5	44.5	0.300	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
168	18 11 34.2	-14 39 59	15.3627	1.9238	G15.364+1.925	OH15.4+1.9	1667	2.9	-2.9	0.570	ENG15	-H₂O -CH₃OH I +OH	EVOLVED	WOL12
169	18 13 32.2	-19 35 03	11.2731	-0.8483	G11.273-0.848	IRAS18105-1935	1667	31.1	31.1	0.390	ENG15	-H₂O -CH₃OH I +OH	EVOLVED	WOL12
170	18 16 25.4	-14 55 16	15.6998	0.7716	G15.701+0.770	OH15.7+0.8	1667	15.2	15.2	13.410	ENG15	+H₂O -CH₃OH I -CH₃OH II +OH +SiO	EVOLVED	WOL12
171	18 21 6.4	-15 03 30	16.1141	-0.2897	G16.117-0.291	OH16.1-0.3	1667	44.7	44.7	3.010	ENG15	+H₂O -CH₃OH I +CH₃OH II +OH +SiO	MIXED	WOL12
172	18 29 28.7	-12 37 56	19.2086	-0.9532	G19.209-0.953	OH19.2-1.0	1667	59.3	59.3	0.790	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
173	18 38 15.4	-07 09 54	25.0568	-0.3503	G25.057-0.350	OH25.1-0.3	1667	155.3	155.3	1.140	ENG15	-H₂O -CH₃OH I +OH	EVOLVED	WOL12
174	18 40 21.5	-04 57 46	27.2535	0.1949	G27.263+0.198	OH27.3+0.2	1667	36.8	36.8	0.520	ENG15	-CH₃OH II +OH	EVOLVED	WOL12
175	18 47 40.8	-01 44 57	30.9469	0.0382	G30.944+0.035	OH31.0+0.0	1667	40.6	40.6	4.850	ENG15	+H₂O -CH₃OH II +OH +SiO	MIXED	WOL12
176	18 48 42.8	-01 48 40	31.0095	-0.2198	G31.012-0.219	OH31.0-0.2	1667	139.9	139.9	0.720	ENG15	+H₂O -CH₃OH II +OH -SiO	MIXED	WOL12
177	18 58 30	+06 42 58	39.7130	1.4953	G39.713+1.495	OH39.7+1.5	1667	38.0	38.0	0.430	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
178	19 13 58.6	+00 07 32	35.6199	-4.9556	G35.620-4.956	IRAS19114+0002	1667	0.2	124.6	44.150	ENG15	-H₂O +OH -SiO	EVOLVED	WOL12
179	19 30 29.5	+19 50 41	54.9495	0.7352	G54.949+0.735	OH55.0+0.7	1667	31.5	11.9	0.920	ENG15	-H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
180	19 06 22.2	+08 13 48	41.9523	0.4541	G41.952+0.454	R Aql	1667	0.3	41.7	3.730	ENG15	+H₂O -CH₃OH I +OH +SiO	EVOLVED	WOL12
181	19 50 6.3	-07 36 52	32.7232	-16.4857	G32.723-16.486	GY Aql	1667	1.5	32.9	0.360	ENG15	-H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
182	19 57 36.1	-01 53 11	38.9172	-15.5603	G38.917-15.560	RR Aql	1667	0.8	24.3	4.040	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
183	19 31 22.5	+18 13 20	53.6272	-0.2279	G53.630-0.239	OH53.6-0.2	1667	0.6	24.1	6.330	ENG15	-H₂O +OH	MIXED	WOL12
184	19 02 6.3	+03 20 16	37.1185	-0.8474	G37.118-0.847	OH37.1-0.8	1667	103.6	103.6	0.830	ENG15	+H₂O -CH₃OH I -CH₃OH II +OH +SiO	EVOLVED	WOL12
185	19 08 54.6	-22 14 19	14.6625	-13.6102	G14.663-13.611	IRAS19059-2219	1667	35.8	35.8	0.200	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
186	19 09 8.3	+08 16 32	42.3081	-0.1330	G42.308-0.132	OH42.3-0.1	1667	75.2	75.2	0.260	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
187	19 21 36.5	+09 27 56	44.7947	-2.3064	G44.795-2.307	IRAS19192+0922	1667	55.0	-55.0	0.320	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
188	19 27 42	+16 37 24	51.8038	-0.2247	G51.804-0.224	OH51.8-0.2	1667	20.0	20.0	1.280	ENG15	+H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
189	19 36 18.9	+29 32 50	64.0964	4.2566	G64.096+4.257	IRAS19343+2926	1667	9.2	-9.2	0.540	ENG15	-H₂O -CH₃OH II +OH	EVOLVED	WOL12
190	20 29 8.4	+35 45 44	75.2681	-1.8419	G75.268-1.842	OH75.3-1.8	1667	0.1	9.3	2.160	ENG15	-H₂O -CH₃OH II +OH	EVOLVED	WOL12
191	20 01 27.6	+50 02 31	84.4420	10.2294	G84.442+10.230	Z Cyg	1667	146.6	-146.6	0.750	ENG15	+H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
192	20 04 20.7	+29 04 06	66.7938	-1.2472	G66.794-1.247	OH66.8-1.3	1667	51.7	-51.7	0.500	ENG15	-H₂O +OH +SiO	EVOLVED	WOL12
193	20 10 27.9	-06 16 14	36.3579	-20.4167	G36.357-20.415	V1300 Aql	1667	31.0	-31.0	4.180	ENG15	-H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
194	20 28 30	+39 06 57	77.9138	0.2233	G77.916+0.223	OH77.9+0.2	1667	28.0	-28.0	1.170	ENG15	-H₂O +OH	EVOLVED	WOL12
195	20 28 57.1	+21 15 37	63.3370	-10.1956	G63.337-10.196	OH63.3-10.2	1667	57.6	-57.6	0.180	ENG15	+H₂O +OH	MIXED	WOL12
196	20 36 7.4	+60 05 26	95.7580	11.5091	G95.758+11.509	V778 Cyg	1667	16.2	-16.2	0.480	ENG15	+H₂O +OH -SiO	EVOLVED	WOL12
197	20 50 57.7	+42 48 04	83.4188	-0.8883	G83.419-0.889	IRAS20491+4236	1667	20.2	-20.2	0.160	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
198	20 53 35	+44 57 24	85.3787	0.1259	G85.394+0.127	OH85.4+0.1	1667	36.9	-36.9	0.270	ENG15	-H₂O -CH₃OH II +OH +SiO	EVOLVED	WOL12
199	20 55 5.5	+30 24 52	74.3444	-9.4079	G74.344-9.408	UX Cyg	1667	11.9	-11.9	0.500	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
200	21 27 27.9	+36 41 59	83.6608	-10.1733	G83.659-10.170	IRC+40483	1667	29.2	29.2	0.150	ENG15	+OH +SiO	EVOLVED	WOL12
201	21 31 4.1	+11 09 13	64.3201	-28.1631	G64.320-28.163	UU Peg	1667	31.1	31.1	2.070	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
202	21 56 58.2	+62 18 44	104.1302	5.9917	G104.130+5.991	IRAS21554+6204	1667	8.2	-8.2	2.570	ENG15	-H₂O -CH₃OH I -CH₃OH II +OH +SiO	EVOLVED	WOL12
203	22 19 27.4	+59 51 23	104.9083	2.4138	G104.908+2.413	OH104.9+2.4	1667	11.3	-11.3	0.960	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
204	22 54 11.4	+08 54 07	80.5777	-44.1175	G80.578-44.117	IRC+10523	1667	11.4	11.4	0.360	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12
205	23 58 24.9	+51 23 20	114.5609	-10.6190	G114.561-10.619	R Cas	1667	28.5	28.5	0.410	ENG15	+H₂O +OH +SiO	EVOLVED	WOL12

DSS colored	2MASS colored	WISE colored
SDSS color	IRAC color I1,I2,I4	GLIMPSE 360
PACS color (70-160 um)	SPIRE color (250-500 um)	NVSS (1.4GHz)
ATLASGAL 870 um	ATLASGAL 870 um + Planck	Bolocam 1.1 mm
UKIDSS K	2MASS K

select MAX(oh_data_all.ra_hms) as ra_hms,MAX(oh_data_all.dec_dms) as dec_dms,MAX(oh_data_all.source_name) as source_name,MAX(oh_data_all.ra) as ra,MAX(oh_data_all.dec) as dec,MAX(oh_data_all.l) as l,MAX(oh_data_all.b) as b,MAX(oh_data_all.grp) as grp,MAX(oh_data_all.other_name) as other_name,MAX(oh_data_all.other_desc) as other_desc,BOOL_OR(thermal) as thermal,MAX(oh_data_all.freq) as freq,MAX(oh_data_all.vrange) as vrange,MAX(oh_data_all.vpeak) as vpeak,MAX(oh_data_all.peak) as peak,MAX(oh_data_all.fwhm) as fwhm,MAX(oh_data_all.int) as int,MAX(oh_data_all.rms) as rms,MAX(oh_data_all.units) as units,MAX(oh_data_all.units_rms) as units_rms,MAX(oh_data_all.date_txt) as date_txt,MAX(oh_data_all.telescope_ref) as telescope_ref,MAX(oh_data_all.telescope_conf) as telescope_conf,MAX(oh_data_all.v_step) as v_step,MAX(oh_data_all.beam) as beam,MAX(oh_data_all.beam_maj) as beam_maj,MAX(oh_data_all.beam_min) as beam_min,MAX(oh_data_all.beam_pa) as beam_pa,MAX(oh_data_all.ref) as ref,MAX(oh_data_all.list_ref) as list_ref,MAX(oh_data_all.ascii) as ascii,MAX(oh_data_all.image) as image,MAX(oh_data_all.descr) as descr,MAX(oh_data_all.id) as id,BOOL_OR(mjy_flag) as mjy_flag,BOOL_OR(rms_mjy_flag) as rms_mjy_flag,MAX(oh_data_all.dist) as dist,MAX(oh_data_all.date_txt) as date_txt,MAX(line_det) as line_det,MAX(type) as type,MAX(simbad_types_cat) as simbad_types_cat FROM oh_data_all  LEFT JOIN all_objects_withmet ON oh_data_all.grp=all_objects_withmet.group_name LEFT JOIN object_categories ON all_objects_withmet.group_name = object_categories.group_name_cat AND object_categories.tbl_cat = 'all_objects_withmet' LEFT JOIN transitions ON oh_data_all.line=transitions."Line"  WHERE ref ilike 'WOL12' AND detected=true AND hide=false GROUP BY ref

select oh_data_all.ra_hms,oh_data_all.dec_dms,oh_data_all.source_name,oh_data_all.ra,oh_data_all.dec,oh_data_all.l,oh_data_all.b,oh_data_all.grp,oh_data_all.other_name,oh_data_all.other_desc,oh_data_all.thermal,oh_data_all.freq,oh_data_all.vrange,oh_data_all.vpeak,oh_data_all.peak,oh_data_all.fwhm,oh_data_all.int,oh_data_all.rms,oh_data_all.units,oh_data_all.units_rms,oh_data_all.date_txt,oh_data_all.telescope_ref,oh_data_all.telescope_conf,oh_data_all.v_step,oh_data_all.beam,oh_data_all.beam_maj,oh_data_all.beam_min,oh_data_all.beam_pa,oh_data_all.ref,oh_data_all.list_ref,oh_data_all.ascii,oh_data_all.image,oh_data_all.descr,oh_data_all.id,oh_data_all.mjy_flag,oh_data_all.rms_mjy_flag,oh_data_all.dist,oh_data_all.date_txt,line_det,type,simbad_types_cat FROM oh_data_all   LEFT JOIN all_objects_withmet ON oh_data_all.grp=all_objects_withmet.group_name LEFT JOIN object_categories ON all_objects_withmet.group_name = object_categories.group_name_cat AND object_categories.tbl_cat = 'all_objects_withmet' LEFT JOIN transitions ON oh_data_all.line=transitions."Line"  WHERE ref ilike 'WOL12' AND detected=true AND hide=false ORDER BY detected DESC,id

Display data from paper

WOL12 - Polarization properties of OH masers in AGB and post-AGB stars

View as list of objects

Detection table from Wolak et al. (2012)