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CH3OH_I
LIT11B - Search for class I methanol maser emission in various types of objects in the interstellar medium
Short title
: Litovchenko et al. (2011b)
Authors
: Litovchenko, I. D. Alakoz, A. V. Val'Tts, I. E. Larionov, G. M.
Journal
: Astronomy Reports, Volume 55, Issue 12, pp.1086-1095
Bibcode
:
2011ARep...55.1086L
PDF
:
LIT11B.pdf
Target type
: IRAS,UCHII,YSO,Outflows,HII*
Transitions
: SiO_1-0v0,CH3OH_36(I),CH3OH_44(I),CH3OH_95(I),CH3OH_132(I),CH3OH_6(II)
Abstract
Observations of various types of objects in the northern sky were obtained at 44 GHz in the 7
0
-6
1
A
+
methanol line on the 20-m Onsala radio telescope (Sweden), in order to search for Class I methanol maser emission in the interstellar medium: regions of formation of high-mass stars, dust rings around HII regions, and protostellar candidates associated with powerful molecular outflows and Galactic HII regions. Seven new Class Imethanolmasers have been discovered toward regions of formation of highmass stars, and the existence of two previously observed masers confirmed. The following conclusions are drawn: (1) neither the association of a bipolar outflow manifest in the wings of CO lines with a highmass protostellar object (HMPO) nor the presence of thermal emission in lines of complex molecules are sufficient conditions for the detection of Class I methanol emission no association with HMPOs radiating at 44 GHz was found for EGOs (a new class of object tracing bipolar outflows) (2) the existence of H
2
O masers and Class II methanol masers in the region of aHMPOenhances the probability of detecting Class I methanol emission toward the HMPO Class II methanol masers with stronger line fluxes are associated with Class I methanol masers.
Target sources:
IRAS or MSX
Comments:
(1) IRAS objects with color criteria of candidates of high-mass proto-stellar objects
(2) Regions with massive molecular outflows from Qin et al. [19] that are associated with ultra-compact and compact HII regions
(3) Proposed regions of formation of second-generation stars from Deharveng et al. [20]
(4) Regions of formation of massive stars from Qiu et al. [21] containing young high-luminosity objects associated with molecular outflows.
Input tables
: Table 1
Download as
:
Table (CSV)
View paper statistics
Detection table from Litovchenko et al. (2011b)
Export table to csv
Hide
/
Show
individual components
ID
Obs. RA
Obs. Dec
l
b
Group id
Source name
Other name
Line
V
peak
FWHM
F
peak
∫F dv
Telescope
Beam
Detection
Date
(J2000)
(J2000)
(deg.)
(deg.)
IRAS
CH
3
OH (class I)
(km/s)
(km/s)
(Jy)
(Jy*km/s)
(arcsec)
Yes
/
No
1
05 30 48
+33 47 53.8
174.2009
-0.0707
G174.198-0.076
174.201-0.07
05274+3345
44 GHz (I)
-4.248(0.027)
2.071(0.036)
1.024
2.259(0.198)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
December 2-15, 2009
05 30 48
+33 47 53.8
174.2009
-0.0707
G174.198-0.076
174.201-0.07
05274+3345
44 GHz (I)
-2.682(0.001)
1.308(0.023)
7.347
10.226(0.144)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
December 2-15, 2009
05 30 48
+33 47 53.8
174.2009
-0.0707
G174.198-0.076
174.201-0.07
05274+3345
44 GHz (I)
-1.201(0.056)
1.277(0.110)
1.502
2.042(0.144)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
December 2-15, 2009
05 30 48
+33 47 53.8
174.2009
-0.0707
G174.198-0.076
174.201-0.07
05274+3345
44 GHz (I)
0.435(0.053)
0.801(1.368)
0.913
0.779(0.054)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
December 2-15, 2009
2
18 17 57.1
-12 07 22
18.3401
1.7722
G18.340+1.772
18.34+1.772
18151-1208
44 GHz (I)
30.031(0.032)
0.373(0.061)
8.298
3.295(0.738)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
December 2-15, 2009
18 17 57.1
-12 07 22
18.3401
1.7722
G18.340+1.772
18.34+1.772
18151-1208
44 GHz (I)
30.746(0.028)
0.767(0.093)
8.750
10.826(1.008)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
December 2-15, 2009
18 17 57.1
-12 07 22
18.3401
1.7722
G18.340+1.772
18.34+1.772
18151-1208
44 GHz (I)
32.504(0.045)
0.841(0.131)
7.866
7.03l(0.756)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
December 2-15, 2009
18 17 57.1
-12 07 22
18.3401
1.7722
G18.340+1.772
18.34+1.772
18151-1208
44 GHz (I)
34.059(0.039)
0.558(0.099)
6.354
3.774(0.540)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
December 2-15, 2009
3
18 37 16.8
-06 38 32
25.4100
0.1050
G25.411+0.105
25.41+0.105
18345-0641
44 GHz (I)
95.794(0.046)
0.960(0.100)
8.060
8.244(1.170)
ONSALA
88
-H
2
O
+CH
3
OH I
+CH
3
OH II
+OH
December 2-15, 2009
18 37 16.8
-06 38 32
25.4100
0.1050
G25.411+0.105
25.41+0.105
18345-0641
44 GHz (I)
97.247(0.216)
1.695(0.413)
2.810
5.058(1.242)
ONSALA
88
-H
2
O
+CH
3
OH I
+CH
3
OH II
+OH
December 2-15, 2009
4
18 51 24.8
+00 04 19
32.9931
0.0383
G32.993+0.038
32.993+0.038
18488+0000
44 GHz (I)
83.307(0.047)
1.013(0.087)
5.795
6.255(0.612)
ONSALA
88
-H
2
O
+CH
3
OH I
+CH
3
OH II
+OH
December 2-15, 2009
18 51 24.8
+00 04 19
32.9931
0.0383
G32.993+0.038
32.993+0.038
18488+0000
44 GHz (I)
83.669(0.026)
0.295(0.057)
4.194
1.317(0.378)
ONSALA
88
-H
2
O
+CH
3
OH I
+CH
3
OH II
+OH
December 2-15, 2009
5
19 28 54
+17 51 56
53.0320
0.1170
G53.036+0.113
53.032+0.117
19266+1745
44 GHz (I)
3.539(0.057)
0.386(0.134)
2.106
0.866(0.288)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
December 2-15, 2009
19 28 54
+17 51 56
53.0320
0.1170
G53.036+0.113
53.032+0.117
19266+1745
44 GHz (I)
4.270(0.098)
0.638(0.293)
2.160
1.464(0.630)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
December 2-15, 2009
19 28 54
+17 51 56
53.0320
0.1170
G53.036+0.113
53.032+0.117
19266+1745
44 GHz (I)
5.034(0.125)
0.622(0.289)
1.872
1.240(0.612)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
December 2-15, 2009
19 28 54
+17 51 56
53.0320
0.1170
G53.036+0.113
53.032+0.117
19266+1745
44 GHz (I)
6.142(0.048)
0.928(0.175)
3.708
3.664(0.522)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
December 2-15, 2009
19 28 54
+17 51 56
53.0320
0.1170
G53.036+0.113
53.032+0.117
19266+1745
44 GHz (I)
7.233(0.087)
0.560(0.189)
1.740
1.038(0.342)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
December 2-15, 2009
6
19 43 11.4
+23 44 06
59.7837
0.0645
G59.783+0.064
59.784+0.064
19410+2336
44 GHz (I)
22.214(0.035)
0.458(0.067)
7.866
3.837(0.558)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
+OH
December 2-15, 2009
19 43 11.4
+23 44 06
59.7837
0.0645
G59.783+0.064
59.784+0.064
19410+2336
44 GHz (I)
22.894(0.016)
0.510(0.055)
16.992
9.224(0.828)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
+OH
December 2-15, 2009
19 43 11.4
+23 44 06
59.7837
0.0645
G59.783+0.064
59.784+0.064
19410+2336
44 GHz (I)
23.651(0.073)
0.534(0.230)
4.320
2.457(0.900)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
+OH
December 2-15, 2009
7
20 31 10.7
+40 03 10
78.9752
0.3562
G78.975+0.356
78.975+0.356
20293+3952
44 GHz (I)
5.388(0.030)
0.817(0.049)
9.540
8.300(0.702)
ONSALA
88
-H
2
O
+CH
3
OH I
-CH
3
OH II
December 2-15, 2009
20 31 10.7
+40 03 10
78.9752
0.3562
G78.975+0.356
78.975+0.356
20293+3952
44 GHz (I)
6.341(0.056)
0.854(0.098)
5.850
5.309(0.738)
ONSALA
88
-H
2
O
+CH
3
OH I
-CH
3
OH II
December 2-15, 2009
20 31 10.7
+40 03 10
78.9752
0.3562
G78.975+0.356
78.975+0.356
20293+3952
44 GHz (I)
7.532(0.018)
0.936(0.052)
6.624
6.608(0.288)
ONSALA
88
-H
2
O
+CH
3
OH I
-CH
3
OH II
December 2-15, 2009
8
20 31 13.7
+40 03 17
78.9824
0.3496
G78.975+0.356
78.983+0.349
20293+3952
44 GHz (I)
5.466(0.038)
1.024(0.072)
12.492
13.618(1.008)
ONSALA
88
-H
2
O
+CH
3
OH I
-CH
3
OH II
December 2-15, 2009
20 31 13.7
+40 03 17
78.9824
0.3496
G78.975+0.356
78.983+0.349
20293+3952
44 GHz (I)
6.408(0.070)
0.699(0.136)
4.788
3.557(0.720)
ONSALA
88
-H
2
O
+CH
3
OH I
-CH
3
OH II
December 2-15, 2009
20 31 13.7
+40 03 17
78.9824
0.3496
G78.975+0.356
78.983+0.349
20293+3952
44 GHz (I)
7.463(0.020)
0.986(0.066)
10.602
11.124(0.558)
ONSALA
88
-H
2
O
+CH
3
OH I
-CH
3
OH II
December 2-15, 2009
9
23 05 25.7
+60 08 7.9
110.0935
-0.0669
G110.093-0.066
110.094-0.067
23033+5951
44 GHz (I)
-54.078(0.006)
0.573(0.017)
14.004
8.549(0.198)
ONSALA
88
+H
2
O
+CH
3
OH I
-CH
3
OH II
December 2-15, 2009
23 05 25.7
+60 08 7.9
110.0935
-0.0669
G110.093-0.066
110.094-0.067
23033+5951
44 GHz (I)
-52.600(0.000)
0.493(0.000)
1.944
1.016(0.144)
ONSALA
88
+H
2
O
+CH
3
OH I
-CH
3
OH II
December 2-15, 2009
10
23 17 21
+59 28 49
111.2356
-1.2378
G111.236-1.238
111.236-1.238
23151 +5912
44 GHz (I)
-54.340(0.025)
0.557(0.081)
2.016
1.197(0.126)
ONSALA
88
+H
2
O
+CH
3
OH I
-CH
3
OH II
-OH
December 2-15, 2009
23 17 21
+59 28 49
111.2356
-1.2378
G111.236-1.238
111.236-1.238
23151 +5912
44 GHz (I)
-52.332(0.013)
0.653(0.034)
3.870
2.689(0.108)
ONSALA
88
+H
2
O
+CH
3
OH I
-CH
3
OH II
-OH
December 2-15, 2009
Non-detection table from Litovchenko et al. (2011b)
Export table to csv
Hide
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Show
individual components
ID
Obs. RA
Obs. Dec
l
b
Group id
Source name
Other name
Line
Telescope
Beam
Detection
Date
(J2000)
(J2000)
(deg.)
(deg.)
IRAS
CH
3
OH (class I)
(arcsec)
Yes
/
No
1
05 39 12.9
+35 45 50.6
173.4815
2.4455
G173.481+2.446
173.482+2.446
05358+3543
44 GHz (I)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
+OH
December 2-15, 2009
2
05 52 13
+26 59 33
182.4162
0.2468
G182.416+0.247
182.416+0.247
05490+2658
44 GHz (I)
ONSALA
88
-H
2
O
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
3
06 04 01
+16 31 50.2
192.8485
-2.6104
G192.848-2.610
192.505-3.212
05553+1631
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
4
18 25 11
-12 42 17
18.6568
-0.0597
G18.657-0.060
18.657-0.06
18223-1243
44 GHz (I)
ONSALA
88
-CH
3
OH I
-CH
3
OH II
-SiO
December 2-15, 2009
5
18 29 14.4
-11 50 25.9
19.8830
-0.5344
G19.884-0.535
19.883-0.534
18264-1152
44 GHz (I)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
December 2-15, 2009
6
18 49 36.8
-00 41 4.9
32.1146
0.0937
G32.116+0.094
32.114+0.094
18470-0044
44 GHz (I)
ONSALA
88
-CH
3
OH I
+CH
3
OH II
December 2-15, 2009
7
18 21 50
+04 09 33.4
33.2775
8.4773
G33.278+8.477
37.553+0.201
18566+0408
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
8
19 03 45.2
+05 40 40.1
39.3868
-0.1406
G39.388-0.141
39.387-0.141
19012+0536
44 GHz (I)
ONSALA
88
-H
2
O
+CH
3
OH I
+CH
3
OH II
+OH
December 2-15, 2009
9
19 23 58.9
+16 57 37.1
51.6776
0.7185
G51.677+0.719
51.678+0.719
19217+1651
44 GHz (I)
ONSALA
88
+CH
3
OH I
+CH
3
OH II
+OH
December 2-15, 2009
10
19 24 20.3
+14 38 3.2
49.6690
-0.4578
G49.668-0.456
49.668-0.456
19220+1432
44 GHz (I)
ONSALA
88
-CH
3
OH I
+CH
3
OH II
December 2-15, 2009
11
19 29 53.1
+41 58 20.8
74.5752
11.2136
G74.575+11.214
53.634+0.021
19282+1814
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
12
19 42 27.3
+23 05 12.1
59.1374
-0.1114
G59.137-0.111
59.137-0.111
19403+2258
44 GHz (I)
ONSALA
88
-CH
3
OH I
-CH
3
OH II
-OH
December 2-15, 2009
13
19 43 18.2
+23 13 59.1
59.3613
-0.2078
G59.361-0.207
59.361-0.208
19411+2306
44 GHz (I)
ONSALA
88
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
14
19 43 29
+23 40 4.1
59.7589
-0.0272
G59.759-0.027
59.759-0.027
19413+2332
44 GHz (I)
ONSALA
88
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
15
07 51 17.5
+58 36 14.4
158.7114
30.5928
G158.711+30.593
63.125+0.443
19471+2641
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
16
20 07 0.9
+34 44 34.9
71.8863
1.3206
G71.892+1.312
71.892+1.312
20051+3435
44 GHz (I)
ONSALA
88
-H
2
O
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
17
20 22 22
+39 58 05
77.9265
1.6808
G77.926+1.681
77.926+1.681
20205+3948
44 GHz (I)
ONSALA
88
-H
2
O
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
18
20 33 49.4
+40 08 45.1
79.3503
0.0043
G79.350+0.004
79.35+0.004
20319+3958
44 GHz (I)
ONSALA
88
-H
2
O
-CH
3
OH I
-CH
3
OH II
-OH
-SiO
December 2-15, 2009
19
20 35 0.6
+41 34 48
80.6342
0.6818
G80.634+0.682
80.634+0.682
20332+4124
44 GHz (I)
ONSALA
88
-H
2
O
-CH
3
OH I
-CH
3
OH II
-OH
December 2-15, 2009
20
20 36 7.2
+41 40 1.1
80.8283
0.5681
G80.828+0.568
80.828+0.568
20343+4129
44 GHz (I)
ONSALA
88
-H
2
O
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
21
22 15 9.2
+58 49 09
103.8757
1.8553
G103.876+1.856
103.876+1.855
22134+5834
44 GHz (I)
ONSALA
88
+H
2
O
-CH
3
OH I
-CH
3
OH II
-OH
December 2-15, 2009
22
22 19 9.1
+56 04 58.8
102.8044
-0.7191
G102.802-0.722
102.804-0.719
22172+5912
44 GHz (I)
ONSALA
88
+H
2
O
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
23
22 57 5.3
+62 37 44
110.2099
2.6161
G110.210+2.616
110.21+2.616
22551+6221
44 GHz (I)
ONSALA
88
-H
2
O
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
24
22 59 6.6
+59 28 28
109.0984
-0.3462
G109.098-0.346
106.098-0.346
22570+5912
44 GHz (I)
ONSALA
88
+H
2
O
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
25
23 16 9.4
+59 55 23
111.2532
-0.7705
G111.256-0.770
111.253-0.77
23139+5939
44 GHz (I)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
December 2-15, 2009
26
23 57 5.3
+65 25 11
117.3154
3.1424
G117.315+3.142
117.315+3.142
3545+6508
44 GHz (I)
ONSALA
88
+H
2
O
-CH
3
OH I
-CH
3
OH II
-OH
December 2-15, 2009
27
00 27 7.9
+64 44 02
120.3407
1.9845
G120.341+1.984
120.341+1.985
IRAS 00243+6427
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
28
00 27 18.5
+64 42 23.5
120.3569
1.9555
G120.356+1.955
120.357+1.956
44 GHz (I)
ONSALA
88
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
29
01 01 8.5
+62 54 44
124.0363
0.0613
G124.036+0.059
124.036+0.061
MSX point source
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
30
01 01 9.6
+62 54 08
124.0387
0.0514
G124.036+0.059
124.039+0.051
IRAS 00580+6238
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
31
01 08 30.7
+63 07 53
124.8596
0.3235
G124.860+0.323
124.86+0.324
IRAS 01053+6251
44 GHz (I)
ONSALA
88
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
32
01 08 50.1
+63 07 39
124.8963
0.3221
G124.894+0.316
124.896+0.321
44 GHz (I)
ONSALA
88
-H
2
O
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
33
02 47 36.3
+61 58 35.4
136.1251
2.1176
G136.133+2.119
136.125+2.118
44 GHz (I)
ONSALA
88
-H
2
O
-CH
3
OH I
December 2-15, 2009
34
03 07 25.5
+58 30 52.2
139.9117
0.1993
G139.912+0.199
139.912+0.199
IRAS 03035+5819
44 GHz (I)
ONSALA
88
+H
2
O
-CH
3
OH I
-CH
3
OH II
-OH
December 2-15, 2009
35
04 40 26.7
+50 28 29.6
155.3309
2.5978
G155.331+2.596
155.332+2.599
MSX point source
44 GHz (I)
ONSALA
88
-H
2
O
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
36
04 40 39
+50 27 44
155.3620
2.6139
G155.362+2.614
155.362+2.614
IRAS 04366+5022
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
37
04 56 4.2
+47 22 56.9
159.3523
2.5709
G159.351+2.571
159.351+2.569
MSX point source
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
38
04 56 10.6
+47 23 35.9
159.3552
2.5918
G159.355+2.592
159.355+2.592
IRAS 04523+4718
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
39
04 58 30.4
+47 58 33
159.1427
3.2611
G159.143+3.259
159.143+3.261
MSX point source
44 GHz (I)
ONSALA
88
-H
2
O
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
40
04 58 45.1
+47 59 32.5
159.1551
3.3036
G159.155+3.304
159.155+3.304
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
41
05 23 3.8
+33 58 31
173.1588
-1.3052
G173.161-1.304
173.159-1.305
MSX point source
44 GHz (I)
ONSALA
88
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
42
05 23 10.1
+33 58 13
173.1752
-1.2901
G173.175-1.290
173.175-1.29
IRAS 05197+3355
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
43
05 41 49.5
-01 55 17.1
206.5621
-16.3394
G206.562-16.340
206.562-16.339
44 GHz (I)
ONSALA
88
+H
2
O
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
44
06 03 54.1
+30 14 49
180.8735
4.0923
G180.873+4.093
180.873+4.092
IRAS 06006+3015
44 GHz (I)
ONSALA
88
+H
2
O
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
45
06 09 22
+20 39 27.6
189.8608
0.5069
G189.861+0.507
189.861+0.507
IRAS 06063+2040
44 GHz (I)
ONSALA
88
+H
2
O
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
46
06 10 51
-06 11 54.1
213.8821
-11.8357
G213.882-11.836
213.882-11.836
IRAS 06084-0611
44 GHz (I)
ONSALA
88
+H
2
O
+CH
3
OH I
-CH
3
OH II
December 2-15, 2009
47
06 11 23.8
+17 26 29
192.9090
-0.6257
G192.911-0.623
192.909-0.626
IRAS 06084+1727
44 GHz (I)
ONSALA
88
-H
2
O
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
48
06 12 53.6
+17 59 22.1
192.5997
-0.0497
G192.599-0.047
192.599-0.05
IRAS 06099+1800
44 GHz (I)
ONSALA
88
+H
2
O
+CH
3
OH I
+CH
3
OH II
December 2-15, 2009
49
07 08 38.9
-04 19 08
218.7394
1.8475
G218.739+1.847
218.739+1.848
IRAS 07061-0414
44 GHz (I)
ONSALA
88
-H
2
O
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
50
07 08 40.1
-04 17 50.6
218.7226
1.8618
G218.723+1.862
218.723+1.862
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
51
20 17 42.1
+36 45 25.1
74.7610
0.6175
G74.761+0.617
74.761+0.618
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
52
20 17 56.7
+36 45 39
74.7915
0.5793
G74.789+0.580
74.792+0.579
MSX point source
44 GHz (I)
ONSALA
88
-H
2
O
-CH
3
OH I
-CH
3
OH II
December 2-15, 2009
53
20 20 46.2
+39 35 14.1
77.4386
1.7164
G77.437+1.711
77.439+1.716
MSX point source
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
54
20 20 48.2
+39 34 43
77.4351
1.7062
G77.437+1.711
77.435+1.706
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
55
22 32 45.8
+58 28 16.7
105.6267
0.3382
G105.628+0.339
105.627+0.338
44 GHz (I)
ONSALA
88
+H
2
O
+CH
3
OH I
-CH
3
OH II
-OH
December 2-15, 2009
56
22 56 18.1
+58 32 38.3
108.3766
-1.0358
G108.377-1.036
108.377-1.036
44 GHz (I)
ONSALA
88
-CH
3
OH I
December 2-15, 2009
Display associated data
Group name
Different Line detections
IRAS source
IRAS coordinates (RA, Dec)
IRAS source distance (arcsec)
IRAS flux density (F12,F25,F60,F100)
2MASS source
2MASS coordinates (RA, Dec)
2MASS source distance (arcsec)
2MASS magnituted (J,H,K)
GCVS source
GCVS coordinates (RA, Dec)
GCVS source distance (arcsec)
GCVS parameters
WISE source
WISE coordinates (RA, Dec)
WISE source distance (arcsec)
WISE magnitudes (w1, w2, w3, w4)
Akari IRC source
Akari IRC coordinates (RA, Dec)
Akari IRC source distance (arcsec)
Akari IRC fluxes (S09, S18)
Akari FIS source
Akari FIS coordinates (RA, Dec)
Akari FIS source distance (arcsec)
Akari FIS fluxes (S65, S90, S140, S160)
Continuum source
Continuum coordinates (RA, Dec)
Continuum source distance (arcsec)
Continuum parameters
Bolocam GPS
BGPS coordinates (RA, Dec)
BGPS source distance (arcsec)
BGPS parameters
EGO source
EGO coordinates (RA, Dec)
EGO source distance (arcsec)
EGO parameters
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SDSS (optical+NIR)
2MASS (JHK)
WISE (4-22 um)
IRAC (3-8 um)
GLIMPSE 360 (3.6-4.5 um)
AKARI color (60-160 um)
PACS color (70-160 um)
SPIRE color (250-500 um)
ATLASGAL (870 um)
ATLASGAL+Planck (870 um)
Bolocam (1.1 mm)
NVSS (1.4 GHz)
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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(met1_data.ra_hms) as ra_hms,MAX(met1_data.dec_dms) as dec_dms,MAX(met1_data.source_name) as source_name,MAX(met1_data.ra) as ra,MAX(met1_data.dec) as dec,MAX(met1_data.l) as l,MAX(met1_data.b) as b,MAX(met1_data.grp) as grp,MAX(met1_data.other_name) as other_name,MAX(met1_data.other_desc) as other_desc,BOOL_OR(thermal) as thermal,MAX(met1_data.line) as line,MAX(met1_data.vrange) as vrange,MAX(met1_data.vpeak) as vpeak,MAX(met1_data.peak) as peak,MAX(met1_data.fwhm) as fwhm,MAX(met1_data.int) as int,MAX(met1_data.rms) as rms,MAX(met1_data.units) as units,MAX(met1_data.units_rms) as units_rms,MAX(met1_data.date_txt) as date_txt,MAX(met1_data.telescope_ref) as telescope_ref,MAX(met1_data.beam) as beam,MAX(met1_data.beam_maj) as beam_maj,MAX(met1_data.beam_min) as beam_min,MAX(met1_data.beam_pa) as beam_pa,MAX(met1_data.ref) as ref,MAX(met1_data.list_ref) as list_ref,MAX(met1_data.ascii) as ascii,MAX(met1_data.image) as image,MAX(met1_data.descr) as descr,MAX(met1_data.id) as id,BOOL_OR(mjy_flag) as mjy_flag,BOOL_OR(rms_mjy_flag) as rms_mjy_flag,MAX(met1_data.dist) as dist,MAX(met1_data.date_txt) as date_txt,BOOL_OR(classii) as classii,MAX(line_det) as line_det FROM met1_data LEFT JOIN all_objects_withmet ON met1_data.grp=all_objects_withmet.group_name LEFT JOIN transitions ON met1_data.line=transitions."Line" WHERE ref ilike 'LIT11B' AND detected=true AND hide=false GROUP BY ref
select met1_data.ra_hms,met1_data.dec_dms,met1_data.source_name,met1_data.ra,met1_data.dec,met1_data.l,met1_data.b,met1_data.grp,met1_data.other_name,met1_data.other_desc,met1_data.thermal,met1_data.line,met1_data.vrange,met1_data.vpeak,met1_data.peak,met1_data.fwhm,met1_data.int,met1_data.rms,met1_data.units,met1_data.units_rms,met1_data.date_txt,met1_data.telescope_ref,met1_data.beam,met1_data.beam_maj,met1_data.beam_min,met1_data.beam_pa,met1_data.ref,met1_data.list_ref,met1_data.ascii,met1_data.image,met1_data.descr,met1_data.id,met1_data.mjy_flag,met1_data.rms_mjy_flag,met1_data.dist,met1_data.date_txt,met1_data.classii,line_det FROM met1_data LEFT JOIN all_objects_withmet ON met1_data.grp=all_objects_withmet.group_name LEFT JOIN transitions ON met1_data.line=transitions."Line" WHERE ref ilike 'LIT11B' AND detected=true AND hide=false ORDER BY detected DESC,id
