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FIX84 - OH maser emission from warm variable stars

Short title: Fix & Claussen (1984)
Authors: Fix, J. D. Claussen, M. J.
Journal: Astrophysical Journal, Part 2 - Letters to the Editor (ISSN 0004-637X), vol. 287, Dec. 1, 1984, p. L35-L37.
Bibcode:

Abstract
Main line (1665 MHz/1667 MHz) OH emission from three warm variable stars, TW Aql, TX Per, and RV Tau, has been discovered. These stars are spectral class G when they are warmest and are considerably hotter than nearly all known stellar masers. The discovery of maser emission from these stars greatly enlarges the range of stellar types from which maser emission is observed.	Comments: Spectral type was set to: ""S"", where only one peak was found. ""D"", where two peaks were found. Velocity resolution: 0.88 km/s Upper limit for non-detections: 0.04 Jy (5σ)

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Detection table from Fix & Claussen (1984)

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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	19 51 0.9	+13 58 15.1	52.2421	-6.4251	G52.242-6.425	TW Aql	1667	25.0	13.0	0.080	ENG15	-H₂O +OH	FIX84
2	02 48 0.4	+36 58 1.9	147.4413	-20.2953	G147.441-20.295	TX Per	1665	18.0	-31.0	0.070	ENG15	+OH	FIX84
3	04 47 6.7	+26 10 45.6	174.7738	-12.1902	G174.774-12.190	RV Tau	1667	23.0	6.0	0.050	ENG15	-H₂O +OH -SiO	FIX84

Non-detection table from Fix & Claussen (1984)

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ID	Obs. RA	Obs. Dec	l	b	Group id	Source name	F_peak	List	Detection	Ref.
	(J2000)	(J2000)	(deg.)	(deg.)			(Jy)		Yes/No
1	20 46 49.4	+02 26 15.3	49.3369	-24.1798	G49.337-24.180	V Aqr	0.040	ENG15	+H₂O -OH -SiO	FIX84
	20 46 49.4	+02 26 15.3	49.3369	-24.1798	G49.337-24.180	V Aqr	0.040	ENG15	+H₂O -OH -SiO	FIX84
2	20 11 37.5	+15 37 14.6	56.2610	-9.8474	G56.260-9.847	S Aql	0.040	ENG15	-OH	FIX84
	20 11 37.5	+15 37 14.6	56.2610	-9.8474	G56.260-9.847	S Aql	0.040	ENG15	-OH	FIX84
3	02 15 0.1	+12 14 23.6	152.8738	-45.7178	G152.874-45.718	V Ari	0.040	ENG15	-OH	FIX84
	02 15 0.1	+12 14 23.6	152.8738	-45.7178	G152.874-45.718	V Ari	0.040	ENG15	-OH	FIX84
4	02 41 0.2	+31 11 58.6	148.9183	-26.0852	G148.918-26.085	Y Ari	0.040	ENG15	-OH	FIX84
	02 41 0.2	+31 11 58.6	148.9183	-26.0852	G148.918-26.085	Y Ari	0.040	ENG15	-OH	FIX84
5	03 10 7.8	+13 27 12	166.9902	-37.2840	G166.990-37.284	ST Ari	0.040	ENG15	-OH	FIX84
	03 10 7.8	+13 27 12	166.9902	-37.2840	G166.990-37.284	ST Ari	0.040	ENG15	-OH	FIX84
6	06 32 27.2	+32 27 17.6	181.7241	10.5188	G181.724+10.519	WW Aur	0.040	ENG15	-OH	FIX84
	06 32 27.2	+32 27 17.6	181.7241	10.5188	G181.724+10.519	WW Aur	0.040	ENG15	-OH	FIX84
7	06 33 49.6	+30 15 18.2	183.8676	9.8303	G183.868+9.830	AI Aur	0.040	ENG15	-OH	FIX84
	06 33 49.6	+30 15 18.2	183.8676	9.8303	G183.868+9.830	AI Aur	0.040	ENG15	-OH	FIX84
8	06 00 28.5	+35 18 43.8	176.0823	5.9354	G176.082+5.935	CO Aur	0.040	ENG15	-OH	FIX84
	06 00 28.5	+35 18 43.8	176.0823	5.9354	G176.082+5.935	CO Aur	0.040	ENG15	-OH	FIX84
9	14 54 19.5	+17 41 44	20.9914	60.1678	G20.991+60.168	U Boo	0.040	ENG15	-OH	FIX84
	14 54 19.5	+17 41 44	20.9914	60.1678	G20.991+60.168	U Boo	0.040	ENG15	-OH	FIX84
10	14 39 15.9	+32 32 22.3	52.5306	66.0677	G52.531+66.068	RV Boo	0.040	ENG15	-H₂O -OH	FIX84
	14 39 15.9	+32 32 22.3	52.5306	66.0677	G52.531+66.068	RV Boo	0.040	ENG15	-H₂O -OH	FIX84
11	14 41 13.4	+31 34 19.7	50.0855	65.7340	G50.085+65.734	RW Boo	0.040	ENG15	-H₂O -OH	FIX84
	14 41 13.4	+31 34 19.7	50.0855	65.7340	G50.085+65.734	RW Boo	0.040	ENG15	-H₂O -OH	FIX84
12	14 24 11.6	+25 42 13.4	34.2773	69.2127	G34.278+69.213	RX Boo	0.040	ENG15	+H₂O -CH₃OH I +OH +SiO	FIX84
	14 24 11.6	+25 42 13.4	34.2773	69.2127	G34.278+69.213	RX Boo	0.040	ENG15	+H₂O -CH₃OH I +OH +SiO	FIX84
13	08 55 22.9	+17 13 52.6	210.1754	34.9387	G210.175+34.939	X Cnc	0.040	ENG15	-OH	FIX84
	08 55 22.9	+17 13 52.6	210.1754	34.9387	G210.175+34.939	X Cnc	0.040	ENG15	-OH	FIX84
14	08 22 25.3	+14 59 31.9	209.0835	26.7664	G209.084+26.767	Z Cnc	0.040	ENG15	-OH -SiO	FIX84
	08 22 25.3	+14 59 31.9	209.0835	26.7664	G209.084+26.767	Z Cnc	0.040	ENG15	-OH -SiO	FIX84
15	09 10 38.8	+30 57 47.3	194.4957	42.0801	G194.496+42.080	RS Cnc	0.040	ENG15	-H₂O -OH	FIX84
	09 10 38.8	+30 57 47.3	194.4957	42.0801	G194.496+42.080	RS Cnc	0.040	ENG15	-H₂O -OH	FIX84
16	08 58 16	+10 50 42.7	217.5790	33.0383	G217.579+33.038	RT Cnc	0.040	ENG15	-H₂O -OH	FIX84
	08 58 16	+10 50 42.7	217.5790	33.0383	G217.579+33.038	RT Cnc	0.040	ENG15	-H₂O -OH	FIX84
17	08 08 49.1	+16 44 52.3	205.8769	24.4378	G205.877+24.438	WZ Cnc	0.040	ENG15	-OH	FIX84
	08 08 49.1	+16 44 52.3	205.8769	24.4378	G205.877+24.438	WZ Cnc	0.040	ENG15	-OH	FIX84
18	13 59 33.5	+37 11 50.3	72.2049	72.4611	G72.205+72.461	RW CVn	0.040	ENG15	-OH	FIX84
	13 59 33.5	+37 11 50.3	72.2049	72.4611	G72.205+72.461	RW CVn	0.040	ENG15	-OH	FIX84
19	07 45 33.7	+05 12 30.9	214.4378	14.4047	G214.438+14.405	UX CMi	0.040	ENG15	-OH	FIX84
	07 45 33.7	+05 12 30.9	214.4378	14.4047	G214.438+14.405	UX CMi	0.040	ENG15	-OH	FIX84
20	15 48 34.4	+28 09 24.3	45.0496	50.9782	G45.050+50.978	R CrB	0.040	ENG15	-H₂O -OH	FIX84
	15 48 34.4	+28 09 24.3	45.0496	50.9782	G45.050+50.978	R CrB	0.040	ENG15	-H₂O -OH	FIX84
21	16 23 5.1	+30 51 0.6	50.7646	43.9946	G50.765+43.995	RY CrB	0.040	ENG15	+H₂O -OH -SiO	FIX84
	16 23 5.1	+30 51 0.6	50.7646	43.9946	G50.765+43.995	RY CrB	0.040	ENG15	+H₂O -OH -SiO	FIX84
22	20 29 9.7	+16 16 25.1	59.1520	-13.0363	G59.152-13.036	RS Del	0.040	ENG15	-OH	FIX84
	20 29 9.7	+16 16 25.1	59.1520	-13.0363	G59.152-13.036	RS Del	0.040	ENG15	-OH	FIX84
23	20 37 54.7	+18 16 6.9	62.0563	-13.6342	G62.056-13.635	EU Del	0.040	ENG15	-OH	FIX84
	20 37 54.7	+18 16 6.9	62.0563	-13.6342	G62.056-13.635	EU Del	0.040	ENG15	-OH	FIX84
24	21 15 45.4	+09 16 10.4	60.0438	-26.3483	G60.044-26.348	T Equ	0.040	ENG15	-OH	FIX84
	21 15 45.4	+09 16 10.4	60.0438	-26.3483	G60.044-26.348	T Equ	0.040	ENG15	-OH	FIX84
25	21 18 17.4	+07 45 37.6	59.0988	-27.7490	G59.099-27.749	RU Equ	0.040	ENG15	-OH	FIX84
	21 18 17.4	+07 45 37.6	59.0988	-27.7490	G59.099-27.749	RU Equ	0.040	ENG15	-OH	FIX84
26	07 01 37.1	+30 31 24.8	186.1389	15.4048	G186.138+15.405	RS Gem	0.040	ENG15	-OH	FIX84
	07 01 37.1	+30 31 24.8	186.1389	15.4048	G186.138+15.405	RS Gem	0.040	ENG15	-OH	FIX84
27	06 08 35.1	+22 37 1.9	188.0583	1.2973	G188.058+1.297	SS Gem	0.040	ENG15	-OH	FIX84
	06 08 35.1	+22 37 1.9	188.0583	1.2973	G188.058+1.297	SS Gem	0.040	ENG15	-OH	FIX84
28	06 13 59.3	+27 42 12	184.1735	4.8070	G184.174+4.808	SU Gem	0.040	ENG15	-OH -SiO	FIX84
	06 13 59.3	+27 42 12	184.1735	4.8070	G184.174+4.808	SU Gem	0.040	ENG15	-OH -SiO	FIX84
29	06 11 51.4	+21 52 5.6	189.0799	1.5990	G189.080+1.599	TV Gem	0.040	ENG15	-H₂O -OH -SiO	FIX84
	06 11 51.4	+21 52 5.6	189.0799	1.5990	G189.080+1.599	TV Gem	0.040	ENG15	-H₂O -OH -SiO	FIX84
30	16 07 27.3	+24 54 29.9	41.5320	46.1847	G41.532+46.185	SX Her	0.040	ENG15	-OH	FIX84
	16 07 27.3	+24 54 29.9	41.5320	46.1847	G41.532+46.185	SX Her	0.040	ENG15	-OH	FIX84
31	17 01 29.3	+22 28 38.7	43.0165	33.6353	G43.016+33.635	SY Her	0.040	ENG15	-H₂O -OH	FIX84
	17 01 29.3	+22 28 38.7	43.0165	33.6353	G43.016+33.635	SY Her	0.040	ENG15	-H₂O -OH	FIX84
32	18 30 16.2	+21 52 0.6	50.4929	14.2414	G50.492+14.242	AC Her	0.040	ENG15	-H₂O -OH -SiO	FIX84
	18 30 16.2	+21 52 0.6	50.4929	14.2414	G50.492+14.242	AC Her	0.040	ENG15	-H₂O -OH -SiO	FIX84
33	17 10 37.1	+27 35 30.2	49.6015	33.1684	G49.601+33.168	CX Her	0.040	ENG15	-OH	FIX84
	17 10 37.1	+27 35 30.2	49.6015	33.1684	G49.601+33.168	CX Her	0.040	ENG15	-OH	FIX84
34	18 17 54.8	+17 58 52.7	45.6010	15.3164	G45.600+15.316	IQ Her	0.040	ENG15	-OH	FIX84
	18 17 54.8	+17 58 52.7	45.6010	15.3164	G45.600+15.316	IQ Her	0.040	ENG15	-OH	FIX84
35	16 08 07	+18 48 55.8	33.3192	44.2556	G33.319+44.256	V336 Her	0.040	ENG15	-OH	FIX84
	16 08 07	+18 48 55.8	33.3192	44.2556	G33.319+44.256	V336 Her	0.040	ENG15	-OH	FIX84
36	08 46 21.2	+01 37 56	225.3952	26.1423	G225.395+26.142	EY Hya	0.040	ENG15	-H₂O -OH	FIX84
	08 46 21.2	+01 37 56	225.3952	26.1423	G225.395+26.142	EY Hya	0.040	ENG15	-H₂O -OH	FIX84
37	22 56 00	+35 11 44.7	97.7611	-21.9715	G97.761-21.972	SX Lac	0.040	ENG15	-OH	FIX84
	22 56 00	+35 11 44.7	97.7611	-21.9715	G97.761-21.972	SX Lac	0.040	ENG15	-OH	FIX84
38	11 10 50.4	+05 27 35.1	250.5667	57.7093	G250.567+57.709	S Leo	0.040	ENG15	-H₂O -OH	FIX84
	11 10 50.4	+05 27 35.1	250.5667	57.7093	G250.567+57.709	S Leo	0.040	ENG15	-H₂O -OH	FIX84
39	09 52 8.4	+26 54 22.6	202.6229	50.2871	G202.620+50.285	Z Leo	0.040	ENG15	-OH	FIX84
	09 52 8.4	+26 54 22.6	202.6229	50.2871	G202.620+50.285	Z Leo	0.040	ENG15	-OH	FIX84
40	10 04 15.9	+13 58 57.7	223.0016	48.9427	G223.001+48.942	RY Leo	0.040	ENG15	-OH	FIX84
	10 04 15.9	+13 58 57.7	223.0016	48.9427	G223.001+48.942	RY Leo	0.040	ENG15	-OH	FIX84
41	10 48 46.6	+08 39 58	239.6371	55.6392	G239.637+55.639	VV Leo	0.040	ENG15	-OH -SiO	FIX84
	10 48 46.6	+08 39 58	239.6371	55.6392	G239.637+55.639	VV Leo	0.040	ENG15	-OH -SiO	FIX84
42	10 29 21.6	+23 03 43.6	212.1644	57.6835	G212.164+57.684	UY Leo	0.040	ENG15	-OH	FIX84
	10 29 21.6	+23 03 43.6	212.1644	57.6835	G212.164+57.684	UY Leo	0.040	ENG15	-OH	FIX84
43	11 27 53.2	+15 08 48.4	240.3680	67.1842	G240.366+67.183	AF Leo	0.040	ENG15	+H₂O +OH -SiO	FIX84
	11 27 53.2	+15 08 48.4	240.3680	67.1842	G240.366+67.183	AF Leo	0.040	ENG15	+H₂O +OH -SiO	FIX84
44	10 44 40	+26 02 12	207.8419	61.7112	G207.842+61.711	W LMi	0.040	ENG15	-OH	FIX84
	10 44 40	+26 02 12	207.8419	61.7112	G207.842+61.711	W LMi	0.040	ENG15	-OH	FIX84
45	06 51 57.3	+04 45 52.5	208.7481	2.2853	G208.748+2.285	SX Mon	0.040	ENG15	-OH	FIX84
	06 51 57.3	+04 45 52.5	208.7481	2.2853	G208.748+2.285	SX Mon	0.040	ENG15	-OH	FIX84
46	18 16 36.9	+03 41 35.4	32.2613	9.4274	G32.261+9.427	RY Oph	0.040	ENG15	+H₂O -OH +SiO	FIX84
	18 16 36.9	+03 41 35.4	32.2613	9.4274	G32.261+9.427	RY Oph	0.040	ENG15	+H₂O -OH +SiO	FIX84
47	17 14 39.8	+11 04 10	32.1307	26.4553	G32.130+26.455	V438 Oph	0.040	ENG15	+H₂O -OH -SiO	FIX84
	17 14 39.8	+11 04 10	32.1307	26.4553	G32.130+26.455	V438 Oph	0.040	ENG15	+H₂O -OH -SiO	FIX84
48	05 05 23.7	+01 10 39.5	199.0092	-22.8179	G199.009-22.818	W Ori	0.040	ENG15	-OH	FIX84
	05 05 23.7	+01 10 39.5	199.0092	-22.8179	G199.009-22.818	W Ori	0.040	ENG15	-OH	FIX84
49	05 57 7.4	+22 50 20.2	186.5624	-0.8929	G186.562-0.893	BQ Ori	0.040	ENG15	-OH	FIX84
	05 57 7.4	+22 50 20.2	186.5624	-0.8929	G186.562-0.893	BQ Ori	0.040	ENG15	-OH	FIX84
50	05 30 19.9	+04 12 17.3	199.5329	-15.9121	G199.533-15.912	CK Ori	0.040	ENG15	-OH	FIX84
	05 30 19.9	+04 12 17.3	199.5329	-15.9121	G199.533-15.912	CK Ori	0.040	ENG15	-OH	FIX84
51	06 01 39.8	+10 54 39.6	197.4861	-5.8541	G197.486-5.854	DP Ori	0.040	ENG15	-OH	FIX84
	06 01 39.8	+10 54 39.6	197.4861	-5.8541	G197.486-5.854	DP Ori	0.040	ENG15	-OH	FIX84
52	22 49 4.5	+27 21 28.7	92.1123	-28.0920	G92.112-28.092	ST Peg	0.040	ENG15	-OH	FIX84
	22 49 4.5	+27 21 28.7	92.1123	-28.0920	G92.112-28.092	ST Peg	0.040	ENG15	-OH	FIX84
53	22 05 42.1	+35 20 54.5	88.7152	-16.2855	G88.715-16.285	SV Peg	0.040	ENG15	+H₂O +OH +SiO	FIX84
	22 05 42.1	+35 20 54.5	88.7152	-16.2855	G88.715-16.285	SV Peg	0.040	ENG15	+H₂O +OH +SiO	FIX84
54	00 06 29.3	+27 05 24.4	110.7468	-34.7158	G110.746-34.716	TT Peg	0.040	ENG15	-OH	FIX84
	00 06 29.3	+27 05 24.4	110.7468	-34.7158	G110.746-34.716	TT Peg	0.040	ENG15	-OH	FIX84
55	22 18 10.7	+02 43 50.3	65.7755	-42.5149	G65.775-42.515	UW Peg	0.040	ENG15	-OH	FIX84
	22 18 10.7	+02 43 50.3	65.7755	-42.5149	G65.775-42.515	UW Peg	0.040	ENG15	-OH	FIX84
56	22 51 23.2	+18 07 7.8	86.8367	-36.2019	G86.837-36.202	AF Peg	0.040	ENG15	-OH	FIX84
	22 51 23.2	+18 07 7.8	86.8367	-36.2019	G86.837-36.202	AF Peg	0.040	ENG15	-OH	FIX84
57	23 03 11	+11 21 32.5	85.0507	-43.4091	G85.051-43.409	AK Peg	0.040	ENG15	-H₂O -OH	FIX84
	23 03 11	+11 21 32.5	85.0507	-43.4091	G85.051-43.409	AK Peg	0.040	ENG15	-H₂O -OH	FIX84
58	21 10 8.4	+12 27 29.7	61.9421	-23.3314	G61.942-23.331	AM Peg	0.040	ENG15	-OH	FIX84
	21 10 8.4	+12 27 29.7	61.9421	-23.3314	G61.942-23.331	AM Peg	0.040	ENG15	-OH	FIX84
59	22 41 48.4	+21 10 12.5	86.6333	-32.4113	G86.633-32.411	BC Peg	0.040	ENG15	-OH -SiO	FIX84
	22 41 48.4	+21 10 12.5	86.6333	-32.4113	G86.633-32.411	BC Peg	0.040	ENG15	-OH -SiO	FIX84
60	22 42 59	+28 09 25.6	91.2862	-26.7072	G91.286-26.707	BD Peg	0.040	ENG15	-OH	FIX84
	22 42 59	+28 09 25.6	91.2862	-26.7072	G91.286-26.707	BD Peg	0.040	ENG15	-OH	FIX84
61	22 43 41	+23 11 12	88.3778	-30.9787	G88.378-30.979	BE Peg	0.040	ENG15	-OH	FIX84
	22 43 41	+23 11 12	88.3778	-30.9787	G88.378-30.979	BE Peg	0.040	ENG15	-OH	FIX84
62	23 51 9.6	+27 09 38	106.7664	-33.8119	G106.766-33.812	GR Peg	0.040	ENG15	-OH	FIX84
	23 51 9.6	+27 09 38	106.7664	-33.8119	G106.766-33.812	GR Peg	0.040	ENG15	-OH	FIX84
63	03 42 22.3	+36 30 37.1	157.2600	-14.7217	G157.260-14.722	AF Per	0.040	ENG15	-OH	FIX84
	03 42 22.3	+36 30 37.1	157.2600	-14.7217	G157.260-14.722	AF Per	0.040	ENG15	-OH	FIX84
64	01 16 05	+25 46 9.7	129.8624	-36.7705	G129.862-36.771	Z Psc	0.040	ENG15	-OH	FIX84
	01 16 05	+25 46 9.7	129.8624	-36.7705	G129.862-36.771	Z Psc	0.040	ENG15	-OH	FIX84
65	01 13 47.9	+27 07 58.9	129.0428	-35.4732	G129.043-35.474	RT Psc	0.040	ENG15	-OH	FIX84
	01 13 47.9	+27 07 58.9	129.0428	-35.4732	G129.043-35.474	RT Psc	0.040	ENG15	-OH	FIX84
66	01 46 35.3	+19 05 3.7	140.5438	-41.8936	G140.544-41.893	SV Psc	0.040	ENG15	+H₂O -OH	FIX84
	01 46 35.3	+19 05 3.7	140.5438	-41.8936	G140.544-41.893	SV Psc	0.040	ENG15	+H₂O -OH	FIX84
67	02 00 42	+05 32 48	152.6348	-53.2834	G152.635-53.283	TT Psc	0.040	ENG15	-OH	FIX84
	02 00 42	+05 32 48	152.6348	-53.2834	G152.635-53.283	TT Psc	0.040	ENG15	-OH	FIX84
68	00 28 2.9	+17 53 35.3	115.1030	-44.6228	G115.103-44.623	TV Psc	0.040	ENG15	-OH	FIX84
	00 28 2.9	+17 53 35.3	115.1030	-44.6228	G115.103-44.623	TV Psc	0.040	ENG15	-OH	FIX84
69	15 43 44	+12 38 42	21.8782	47.2366	G21.878+47.237	CD Ser	0.040	ENG15	-OH	FIX84
	15 43 44	+12 38 42	21.8782	47.2366	G21.878+47.237	CD Ser	0.040	ENG15	-OH	FIX84
70	10 10 59.4	+02 33 28.4	238.5524	44.4530	G238.552+44.453	Z Sex	0.040	ENG15	-OH	FIX84
	10 10 59.4	+02 33 28.4	238.5524	44.4530	G238.552+44.453	Z Sex	0.040	ENG15	-OH	FIX84
71	04 52 2.3	+17 32 17.7	182.5633	-16.5574	G182.563-16.557	V Tau	0.040	ENG15	-H₂O -OH	FIX84
	04 52 2.3	+17 32 17.7	182.5633	-16.5574	G182.563-16.557	V Tau	0.040	ENG15	-H₂O -OH	FIX84
72	04 27 56.9	+16 02 35	180.0868	-22.0361	G180.087-22.036	W Tau	0.040	ENG15	-OH	FIX84
	04 27 56.9	+16 02 35	180.0868	-22.0361	G180.087-22.036	W Tau	0.040	ENG15	-OH	FIX84
73	02 41 30.6	+34 30 58	147.3763	-23.0778	G147.376-23.078	W Tri	0.040	ENG15	-OH	FIX84
	02 41 30.6	+34 30 58	147.3763	-23.0778	G147.376-23.078	W Tri	0.040	ENG15	-OH	FIX84
74	22 18 18.2	+13 36 28.7	75.7148	-34.8693	G75.715-34.869	TX Peg	0.040	ENG15	-OH	FIX84
	22 18 18.2	+13 36 28.7	75.7148	-34.8693	G75.715-34.869	TX Peg	0.040	ENG15	-OH	FIX84
75	12 38 29.9	+06 59 19	293.6736	69.6274	G293.674+69.627	R Vir	0.040	ENG15	-H₂O +OH +SiO	FIX84
	12 38 29.9	+06 59 19	293.6736	69.6274	G293.674+69.627	R Vir	0.040	ENG15	-H₂O +OH +SiO	FIX84
76	12 04 36	+02 37 11.3	276.3594	63.0494	G276.352+63.050	TZ Vir	0.040	ENG15	-OH -SiO	FIX84
	12 04 36	+02 37 11.3	276.3594	63.0494	G276.352+63.050	TZ Vir	0.040	ENG15	-OH -SiO	FIX84
77	21 04 22.5	+23 49 18.1	70.4759	-15.1916	G70.476-15.192	R Vul	0.040	ENG15	-H₂O -OH	FIX84
	21 04 22.5	+23 49 18.1	70.4759	-15.1916	G70.476-15.192	R Vul	0.040	ENG15	-H₂O -OH	FIX84
78	02 48 0.4	+36 58 1.9	147.4413	-20.2953	G147.441-20.295	TX Per	0.040	ENG15	+OH	FIX84
79	19 51 0.9	+13 58 15.1	52.2421	-6.4251	G52.242-6.425	TW Aql	0.040	ENG15	-H₂O +OH	FIX84
80	04 47 6.7	+26 10 45.6	174.7738	-12.1902	G174.774-12.190	RV Tau	0.040	ENG15	-H₂O +OH -SiO	FIX84

X

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.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 FROM oh_data_all  LEFT JOIN all_objects_withmet ON oh_data_all.grp=all_objects_withmet.group_name  WHERE ref ilike 'FIX84' 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.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 FROM oh_data_all   LEFT JOIN all_objects_withmet ON oh_data_all.grp=all_objects_withmet.group_name  WHERE ref ilike 'FIX84' AND detected=true AND hide=false ORDER BY detected DESC,id