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Data: H2O, CH3OH_I

KIM19 - Simultaneous 22 GHz Water and 44 GHz Methanol Masers Survey of Ultracompact HII Regions

Short title: Kim et al. (2019)
Authors: Kim, Won-Ju Kim, Kee-Tae Kim, Kwang-Tae
Journal: Accepted for publication in ApJS
Bibcode: 2019arXiv190711593K

Detection table from Kim et al. (2019)

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ID Obs. RA Obs. Dec l b Group id Source name Descr. Vrange Vpeak Fpeak ∫F dv Telescope RMS Beam Detection Distance Date
(J2000) (J2000) (deg.) (deg.) (km/s) (km/s) (Jy) (Jy*km/s) (Jy) (arcsec) Yes/No (kpc)
102 27 01+61 52 14133.94321.0595G133.947+1.064
IRAS02232+6138 -72.5;-37.8-48.34466.48496.4KVN0.380130+H2O +CH3OH I +CH3OH II +OH 3.0002010 Feb 06
02 27 01+61 52 14133.94321.0595G133.947+1.064
IRAS02232+6138 -99.3;-44.6-48.43349.45570.8KVN1.150130+H2O +CH3OH I +CH3OH II +OH 3.0002011 Feb 12
202 27 3.8+61 52 25133.94731.0643G133.947+1.064
IRAS02232+6138 -84.8;-33.4-47.6670.92496.7KVN0.490130+H2O +CH3OH I +CH3OH II +OH 3.0002017 Jun 16
02 27 3.8+61 52 25133.94731.0643G133.947+1.064
IRAS02232+6138 -93.2;-32.5-54.8796.83169.4KVN0.350130+H2O +CH3OH I +CH3OH II +OH 3.0002017 Dec 23
303 07 25.6+58 30 52139.91190.1993G139.912+0.199
IRAS03035+5819 -32.4;-25.3-32.12.43.5KVN0.330130+H2O -CH3OH I -CH3OH II -OH 4.2002011 Feb 13
403 07 23.7+58 30 50139.90860.1968G139.912+0.199
IRAS03035+5819 -37.6;-37.2-37.63.12.4KVN0.470130+H2O -CH3OH I -CH3OH II -OH 4.2002017 Jun 20
03 07 23.7+58 30 50139.90860.1968G139.912+0.199
IRAS03035+5819 -37.9;-36.9-37.59.16.3KVN0.260130+H2O -CH3OH I -CH3OH II -OH 4.2002017 Dec 23
505 41 41.3-01 53 37206.5198-16.3568G206.520-16.357
IRAS05391-0152 17.8;19.118.82.62.5KVN0.350130+H2O +CH3OH I 0.7002017 Dec 23
605 41 45.7-01 54 30206.5423-16.3475G206.565-16.361
IRAS05393-0156 10.5;11.811.265.9KVN0.470130+H2O +CH3OH I +CH3OH II 0.5002017 Jun 16
05 41 45.7-01 54 30206.5423-16.3475G206.565-16.361
IRAS05393-0156 18.2;19.318.665.7KVN0.370130+H2O +CH3OH I +CH3OH II 0.5002017 Dec 23
706 07 46.6-06 22 59213.7031-12.6019G213.705-12.597
MONR2 10.2;1311.6989562.1KVN0.590130+H2O +CH3OH I +CH3OH II +OH 0.8002010 Feb 07
06 07 46.6-06 22 59213.7031-12.6019G213.705-12.597
MONR2 10.6;12.211.3875530.4KVN0.800130+H2O +CH3OH I +CH3OH II +OH 0.8002011 Feb 13
806 07 46.2-06 23 08213.7047-12.6045G213.705-12.597
MONR2 -4.9;14.911.3843.1531.6KVN0.570130+H2O +CH3OH I +CH3OH II +OH 0.8002017 Jun 20
06 07 46.2-06 23 08213.7047-12.6045G213.705-12.597
MONR2 10.1;13.311.41094.1678.6KVN0.500130+H2O +CH3OH I +CH3OH II +OH 0.8002017 Dec 23
906 08 54.1+21 38 25188.94860.8880G188.946+0.888
IRAS06058+2138 -9.4;8.5-3.445.1127.8KVN0.500130+H2O +CH3OH I +CH3OH II +OH 2.2002010 Feb 07
06 08 54.1+21 38 25188.94860.8880G188.946+0.888
IRAS06058+2138 -4.3;9.37.248.589.1KVN0.530130+H2O +CH3OH I +CH3OH II +OH 2.2002011 Feb 13
1006 09 00+21 39 12188.94820.9143G188.948+0.914
IRAS06058+2138 1.6;3.41.82.82.9KVN0.320130+H2O -CH3OH I 2.2002017 Jun 19
06 09 00+21 39 12188.94820.9143G188.948+0.914
IRAS06058+2138 -0.2;7.10.63.88.7KVN0.330130+H2O -CH3OH I 2.2002017 Dec 23
1106 09 7.8+21 50 39188.79581.0331G188.796+1.033
IRAS06061+2151 -14.5;37.3-7.4455.1616KVN0.500130+H2O -CH3OH I +CH3OH II 4.1002010 Feb 07
06 09 7.8+21 50 39188.79581.0331G188.796+1.033
IRAS06061+2151 -14.2;16.8-7.5329.1848.3KVN0.530130+H2O -CH3OH I +CH3OH II 4.1002011 Feb 13
1206 09 6.9+21 50 32188.79581.0291G188.796+1.033
IRAS06061+2151 -23.1;27.4-5.9420.61239.6KVN0.390130+H2O -CH3OH I +CH3OH II 4.1002017 Jun 20
06 09 6.9+21 50 32188.79581.0291G188.796+1.033
IRAS06061+2151 -18.8;23.1-7.2468.41276.8KVN0.400130+H2O -CH3OH I +CH3OH II 4.1002017 Dec 23
1306 09 21.9+20 39 28189.86060.5068G189.861+0.507
IRAS06063+2040 17.5;18.8184.34KVN0.440130+H2O -CH3OH I -CH3OH II 2.8002011 Feb 13
1406 10 51-06 11 54213.8820-11.8359G213.882-11.836
IRAS06084-0611 -2.8;-0.5-2.119.117.7KVN0.390130+H2O +CH3OH I -CH3OH II 1.0002011 Feb 13
1506 12 53.3+17 59 22192.5992-0.0507G192.599-0.047
IRAS06099+1800 1.3;12.42.4284.2560.2KVN0.440130+H2O +CH3OH I +CH3OH II 2.5002010 Feb 15
06 12 53.3+17 59 22192.5992-0.0507G192.599-0.047
IRAS06099+1800 -0.5;12.15.9296.2626.9KVN0.510130+H2O +CH3OH I +CH3OH II 2.5002011 Feb 13
1606 12 53.6+18 00 26192.5842-0.0411G192.599-0.047
IRAS06099+1800 -10.3;16.26.552.687.1KVN0.270130+H2O +CH3OH I +CH3OH II 2.5002017 Jun 16
06 12 53.6+18 00 26192.5842-0.0411G192.599-0.047
IRAS06099+1800 -7.5;18.86.297.1116.6KVN0.440130+H2O +CH3OH I +CH3OH II 2.5002017 Dec 23
1718 00 30.4-24 04 005.8855-0.3921G5.885-0.392
G5.89-0.39 7.4;11.89.429.747KVN0.940130+H2O +CH3OH I +CH3OH II +OH 2.6002010 Feb 08
18 00 30.4-24 04 005.8855-0.3921G5.885-0.392
G5.89-0.39 6.6;13.812.826.469.8KVN0.570130+H2O +CH3OH I +CH3OH II +OH 2.6002011 Feb 13
1818 03 0.4-21 48 058.13910.2279G8.139+0.226
G8.14+0.23 17.3;18.117.63.12.2KVN0.410130+H2O -CH3OH I +CH3OH II 4.2002010 Feb 16
1918 06 19-21 37 328.6693-0.3559G8.669-0.357
G8.67-0.36 Descr -6.3;39.135.531.7111.1KVN0.420130+H2O +CH3OH I +CH3OH II +OH 6.2002010 Feb 16
18 06 19-21 37 328.6693-0.3559G8.669-0.357
G8.67-0.36 -24.8;37.235.446.783.8KVN0.730130+H2O +CH3OH I +CH3OH II +OH 6.2002011 Feb 14
2018 06 13.5-20 31 479.61530.1977G9.621+0.195
IRAS18032-2032 -9.9;8.35.644.7154.4KVN0.480130+H2O +CH3OH I +CH3OH II +OH 5.7002010 Feb 17
18 06 13.5-20 31 479.61530.1977G9.621+0.195
IRAS18032-2032 -10.4;9.4-2.729.2179KVN0.470130+H2O +CH3OH I +CH3OH II +OH 5.7002011 Feb 15
2118 06 14.3-20 31 449.61750.1954G9.621+0.195
IRAS18032-2032 6.633.469.7KVN0.580130+H2O +CH3OH I +CH3OH II +OH 5.7002017 Jun 19
2218 08 56.1-20 05 5410.3012-0.1476G10.301-0.148
G10.30-0.15 9.2;9.89.31.81KVN0.430130+H2O +CH3OH I +CH3OH II 6.0002010 Feb 18
2318 08 38.4-19 51 5210.47220.0264G10.472+0.027
G10.47+0.03 41.6;88.560.949.3353.2KVN0.490130+H2O +CH3OH I +CH3OH II +OH 7.3002010 Feb 17
18 08 38.4-19 51 5210.47220.0264G10.472+0.027
G10.47+0.03 47.4;105.471.849.4400.8KVN0.640130+H2O +CH3OH I +CH3OH II +OH 7.3002011 Feb 14
2418 10 23.5-19 56 1510.6075-0.3693G10.623-0.384
G10.62-0.38 -14.9;5.1-0.361.6256.4KVN0.350130+H2O +CH3OH I +CH3OH II +OH 6.5002010 Feb 18
2518 10 28.6-19 55 4910.6235-0.3833G10.623-0.384
G10.62-0.38 -51.6;12.52257.2899.1KVN0.610130+H2O +CH3OH I +CH3OH II +OH 6.5002017 Jun 19
18 10 28.6-19 55 4910.6235-0.3833G10.623-0.384
G10.62-0.38 -51.9;11.5-0.793.8479.7KVN0.260130+H2O +CH3OH I +CH3OH II +OH 6.5002017 Dec 23
2618 14 1.1-18 53 2411.9371-0.6160G11.937-0.616
G11.94-0.62 21.1;40.739.326.841.1KVN0.400130+H2O +CH3OH I +CH3OH II 5.2002010 Feb 19
18 14 1.1-18 53 2411.9371-0.6160G11.937-0.616
G11.94-0.62 21;40.636.513.442KVN0.390130+H2O +CH3OH I +CH3OH II 5.2002011 Feb 12
2718 12 39.7-18 24 2112.2081-0.1019G12.209-0.106
G12.21-0.10 -10.2;31.95.787.9748.5KVN0.450130+H2O +CH3OH I +CH3OH II +OH 16.1002010 Feb 19
18 12 39.7-18 24 2112.2081-0.1019G12.209-0.106
G12.21-0.10 -9;36.420.960.6525.7KVN0.450130+H2O +CH3OH I +CH3OH II +OH 16.1002011 Feb 12
2818 19 11.9-20 47 3410.8403-2.5914G10.844-2.592
IRAS18162-2048 Descr -86.1;-77.8-81.148.4171.2KVN0.490130+H2O +CH3OH I +CH3OH II 1.9002010 Feb 20
18 19 11.9-20 47 3410.8403-2.5914G10.844-2.592
IRAS18162-2048 -87.5;-78.4-81.932.9158.4KVN0.580130+H2O +CH3OH I +CH3OH II 1.9002011 Feb 18
2918 20 24.8-16 11 3515.0345-0.6771G15.034-0.677
G15.04-0.68 13.4;26.5195241376.2KVN0.620130+H2O +CH3OH I +CH3OH II +OH 2.1002010 Feb 18
18 20 24.8-16 11 3515.0345-0.6771G15.034-0.677
G15.04-0.68 0.2;27.218.593.8325.3KVN0.600130+H2O +CH3OH I +CH3OH II +OH 2.1002011 Feb 12
3018 25 01-13 15 3918.1462-0.2837G18.146-0.290
IRAS18222-1317 -5;-3.8-4.23.65.7KVN0.590130+H2O -CH3OH I -CH3OH II +OH 4.2002017 Jun 19
18 25 01-13 15 3918.1462-0.2837G18.146-0.290
IRAS18222-1317 -8.3;-2-6.28.526.1KVN0.260130+H2O -CH3OH I -CH3OH II +OH 4.2002017 Dec 23
3118 26 03-11 52 3419.48840.1399G19.485+0.151
IRAS18232-1154 24.2;27.826.43.28.7KVN0.310130+H2O +CH3OH I +CH3OH II +OH 14.0002010 Feb 16
18 26 03-11 52 3419.48840.1399G19.485+0.151
IRAS18232-1154 25.2;26.225.943.5KVN0.650130+H2O +CH3OH I +CH3OH II +OH 14.0002011 Feb 14
3218 26 4.3-11 52 3319.49110.1353G19.485+0.151
IRAS18232-1154 24.3;26.4261.92.2KVN0.240130+H2O +CH3OH I +CH3OH II +OH 14.0002017 Dec 23
3318 26 47-12 26 3219.0711-0.2826G19.071-0.282
G19.07-0.27 62.7;68.263.21.31.8KVN0.370130+H2O -CH3OH I -CH3OH II 5.4002010 Feb 19
3418 27 38-11 56 4219.6079-0.2349G19.609-0.234
G19.61-0.23 22.5;53.74259513.2KVN0.470130+H2O +CH3OH I +CH3OH II +OH 4.5002010 Feb 20
18 27 38-11 56 4219.6079-0.2349G19.609-0.234
G19.61-0.23 23.5;51.542.575.7377.1KVN5.170130+H2O +CH3OH I +CH3OH II +OH 4.5002011 Feb 15
3518 27 37.8-11 56 3119.6102-0.2328G19.609-0.234
G19.61-0.23 -9.1;68.141.9222.2824.2KVN0.510130+H2O +CH3OH I +CH3OH II +OH 4.5002017 Jun 19
3618 28 10.6-11 28 4520.0821-0.1360G20.082-0.136
G20.08-0.14 38.1;47.146.618.222.8KVN0.770130+H2O +CH3OH I +CH3OH II +OH 4.1002010 Feb 08
18 28 10.6-11 28 4520.0821-0.1360G20.082-0.136
G20.08-0.14 37.7;47.246.314.522.2KVN0.430130+H2O +CH3OH I +CH3OH II +OH 4.1002011 Feb 15
3718 34 19.8-05 59 4425.64711.0533G25.649+1.050
IRAS18316-0602 36.2;45.141.87892.35994KVN0.750130+H2O +CH3OH I +CH3OH II +OH 3.3002010 Feb 08
18 34 19.8-05 59 4425.64711.0533G25.649+1.050
IRAS18316-0602 -12.5;56.142.14839.84293.6KVN1.070130+H2O +CH3OH I +CH3OH II +OH 3.3002011 Feb 14
3818 34 20.9-05 59 4225.64971.0495G25.649+1.050
IRAS18316-0602 33.5;61.154.12561321.4KVN0.530130+H2O +CH3OH I +CH3OH II +OH 3.3002017 Jun 19
3918 33 52.5-08 07 3223.70450.1720G23.711+0.171
G23.71+0.17 110.2;111110.52.12KVN0.430130+H2O +CH3OH I -CH3OH II 9.0002011 Feb 14
4018 34 24.9-07 54 4823.95450.1511G23.954+0.151
G23.96+0.15 31.3;32.131.62.73.4KVN0.530130+H2O +CH3OH I -CH3OH II 6.0002010 Feb 20
18 34 24.9-07 54 4823.95450.1511G23.954+0.151
G23.96+0.15 82.3;82.782.422.9KVN0.430130+H2O +CH3OH I -CH3OH II 6.0002011 Feb 12
4118 40 34-04 57 4827.27680.1485G27.284+0.149
G27.28+0.15 17.3;31.631.32.44.7KVN0.440130+H2O +CH3OH I +CH3OH II 15.2002010 Feb 18
18 40 34-04 57 4827.27680.1485G27.284+0.149
G27.28+0.15 19.7;19.919.81.21KVN0.320130+H2O +CH3OH I +CH3OH II 15.2002011 Feb 13
4218 40 35.1-04 57 4427.27980.1449G27.284+0.149
G27.28+0.15 -21.7;53.9-21.72.13.2KVN0.470130+H2O +CH3OH I +CH3OH II 15.2002017 Jun 19
4318 42 58.2-04 14 0028.1999-0.0501G28.200-0.050
IRAS18403-0417 89.5;98.895.519.525KVN0.940130+H2O +CH3OH I +CH3OH II +OH 9.1002010 Feb 16
18 42 58.2-04 14 0028.1999-0.0501G28.200-0.050
IRAS18403-0417 91.1;98.995.61623.5KVN0.320130+H2O +CH3OH I +CH3OH II +OH 9.1002011 Feb 13
4418 46 3.9-02 39 2229.9557-0.0166G29.956-0.017
G29.96-0.02 82.2;116.195.440.3182KVN0.490130+H2O +CH3OH I +CH3OH II 9.0002010 Feb 20
18 46 3.9-02 39 2229.9557-0.0166G29.956-0.017
G29.96-0.02 38.3;107.6100.944138KVN0.590130+H2O +CH3OH I +CH3OH II 9.0002011 Feb 14
4518 46 59.1-02 07 3230.53270.0210G30.536+0.019
G30.54+0.02 Descr 97.1;102.8101.948.8KVN0.380130+H2O +CH3OH I +CH3OH II 13.8002010 May 14
18 46 59.1-02 07 3230.53270.0210G30.536+0.019
G30.54+0.02 -65.6;45.7-34.72.15.4KVN0.380130+H2O +CH3OH I +CH3OH II 13.8002011 Feb 15
4618 47 34.6-01 12 4331.41310.3063G31.412+0.307
G31.41+0.31 92.7;104.397.7125.8273.7KVN0.410130+H2O +CH3OH I +CH3OH II +OH 8.5002010 Feb 16
18 47 34.6-01 12 4331.41310.3063G31.412+0.307
G31.41+0.31 93;10599.969.8327.52KVN0.450130+H2O +CH3OH I +CH3OH II +OH 8.5002011 Feb 15
4718 48 15.1-01 26 2531.28690.0520G31.280+0.062
IRAS18456-0129 109.6;115.1110.929.147.2KVN0.420130+H2O +CH3OH I +CH3OH II +OH 7.2002010 Feb 16
18 48 15.1-01 26 2531.28690.0520G31.280+0.062
IRAS18456-0129 113.3;114.5113.825.217.4KVN0.450130+H2O +CH3OH I +CH3OH II +OH 7.2002011 Feb 12
4818 48 12-01 26 3031.27980.0629G31.280+0.062
IRAS18456-0129 99.7;117.81178.347.2KVN0.500130+H2O +CH3OH I +CH3OH II +OH 7.2002017 Jun 19
18 48 12-01 26 3031.27980.0629G31.280+0.062
IRAS18456-0129 106.1;118.7116.634.578.4KVN0.360130+H2O +CH3OH I +CH3OH II +OH 7.2002017 Dec 23
4918 49 34.7-01 29 0831.3978-0.2637G31.397-0.257
IRAS18469-0132 91.4;94.594.46.45.8KVN0.580130+H2O +CH3OH I -CH3OH II +OH 7.3002010 May 13
5018 49 33-01 29 0431.3956-0.2569G31.397-0.257
IRAS18469-0132 79.1;9479.31.43.5KVN0.310130+H2O +CH3OH I -CH3OH II +OH 7.3002017 Dec 23
5118 50 30.9-00 01 5932.79730.1903G32.798+0.190
IRAS18479-0005 -3.8;22.520.519.285.9KVN0.450130+H2O -CH3OH I +CH3OH II 13.0002010 Feb 19
18 50 30.9-00 01 5932.79730.1903G32.798+0.190
IRAS18479-0005 -3.7;21.520.611.360.6KVN0.570130+H2O -CH3OH I +CH3OH II 13.0002011 Feb 13
5218 52 9.9+00 08 4033.1434-0.0959G33.133-0.092
IRAS18496+0004 69.8;75.774.810.220KVN0.380130+H2O +CH3OH I +CH3OH II +OH 7.1002010 Feb 08
18 52 9.9+00 08 4033.1434-0.0959G33.133-0.092
IRAS18496+0004 75.6;76.775.91.41.6KVN0.290130+H2O +CH3OH I +CH3OH II +OH 7.1002011 Feb 16
5318 52 7.9+00 08 1233.1326-0.0920G33.133-0.092
IRAS18496+0004 71.7;72.472.42.11.6KVN0.480130+H2O +CH3OH I +CH3OH II +OH 7.1002017 Jun 19
18 52 7.9+00 08 1233.1326-0.0920G33.133-0.092
IRAS18496+0004 74.4;97.897.52.66.2KVN0.280130+H2O +CH3OH I +CH3OH II +OH 7.1002017 Dec 23
5418 52 50+00 55 2933.91400.1112G33.914+0.111
G33.92+0.11 109.4;109.8109.51.30.7KVN0.290130+H2O +CH3OH I -CH3OH II 8.2002010 Feb 07
18 52 50+00 55 2933.91400.1112G33.914+0.111
G33.92+0.11 108.7;111110.71.52.2KVN0.320130+H2O +CH3OH I -CH3OH II 8.2002011 Feb 16
5518 53 18.5+01 14 5834.25710.1536G34.257+0.153
G34.26+0.15 -45;69.360.8410.41712.8KVN0.710130+H2O +CH3OH I +CH3OH II +OH 3.7002010 Feb 07
18 53 18.5+01 14 5834.25710.1536G34.257+0.153
G34.26+0.15 16;75.160.7357.21283.1KVN0.630130+H2O +CH3OH I +CH3OH II +OH 3.7002011 Feb 16
5618 54 4.2+02 01 3435.03510.3384G35.025+0.350
IRAS18515+0157 44;59.444.531.134.6KVN0.440130+H2O +CH3OH I +CH3OH II +OH 10.0002010 Feb 19
18 54 4.2+02 01 3435.03510.3384G35.025+0.350
IRAS18515+0157 43.9;59.744.635.244.3KVN0.390130+H2O +CH3OH I +CH3OH II +OH 10.0002011 Feb 16
5718 54 0.4+02 01 1835.02390.3505G35.025+0.350
IRAS18515+0157 44;60.444.882.980.1KVN0.590130+H2O +CH3OH I +CH3OH II +OH 10.0002017 Jun 19
18 54 0.4+02 01 1835.02390.3505G35.025+0.350
IRAS18515+0157 44.1;58.644.785.573.3KVN0.500130+H2O +CH3OH I +CH3OH II +OH 10.0002017 Dec 23
5818 56 0.7+02 22 5235.57230.0687G35.583+0.060
IRAS18534+0218 -9.3;56.4-6.4415.8KVN0.340130+H2O +CH3OH I +CH3OH II 10.2002010 Feb 20
18 56 0.7+02 22 5235.57230.0687G35.583+0.060
IRAS18534+0218 -8.4;55.1-7.82.23.9KVN0.390130+H2O +CH3OH I +CH3OH II 10.2002011 Feb 14
5918 56 23.5+02 20 3835.5825-0.0327G35.578-0.030
IRAS18538+0216 47.4;59587.916.8KVN0.430130+H2O -CH3OH I +CH3OH II +OH 10.1002010 Feb 20
18 56 23.5+02 20 3835.5825-0.0327G35.578-0.030
IRAS18538+0216 45.4;6549.34.414.9KVN0.470130+H2O -CH3OH I +CH3OH II +OH 10.1002011 Feb 15
6018 56 22.5+02 20 2735.5779-0.0304G35.578-0.030
IRAS18538+0216 40.2;56.947.230.866.2KVN0.470130+H2O -CH3OH I +CH3OH II +OH 10.1002017 Jun 19
6118 57 09+01 39 0335.0523-0.5176G35.052-0.518
G35.05-0.52 35.4;36.235.72.12.1KVN0.400130+H2O +CH3OH I -CH3OH II 12.7002010 Feb 07
6219 01 47+01 13 0835.1969-1.7450G35.200-1.738
IRAS18592+0108 36.8;46.941.1115.8217.9KVN0.450130+H2O +CH3OH I +CH3OH II +OH 3.2002010 Feb 20
19 01 47+01 13 0835.1969-1.7450G35.200-1.738
IRAS18592+0108 34.3;4743.538.9115.3KVN0.320130+H2O +CH3OH I +CH3OH II +OH 3.2002011 Feb 16
6319 01 46.4+01 13 2535.2000-1.7407G35.200-1.738
IRAS18592+0108 33.8;53.84121.767.5KVN0.500130+H2O +CH3OH I +CH3OH II +OH 3.2002017 Jun 19
6419 01 53+04 12 5037.8722-0.3973G37.872-0.397
IRAS18593+0408 58.1;59.358.43.23.7KVN0.420130+H2O -CH3OH I -CH3OH II +OH 9.2002010 Feb 19
19 01 53+04 12 5037.8722-0.3973G37.872-0.397
IRAS18593+0408 57.6;58.858.51.81.9KVN0.310130+H2O -CH3OH I -CH3OH II +OH 9.2002011 Feb 13
6519 00 15.7+04 03 1337.5447-0.1110G37.546-0.112
G37.55-0.11 44.5;48.145.12.94.5KVN0.400130+H2O -CH3OH I +CH3OH II 12.0002010 Feb 16
19 00 15.7+04 03 1337.5447-0.1110G37.546-0.112
G37.55-0.11 46.9;4847.71.71.6KVN0.390130+H2O -CH3OH I +CH3OH II 12.0002011 Feb 16
6619 09 49.5+08 18 4442.4190-0.2668G42.435-0.260
G42.42-0.27 54.2;67.557.2714.7KVN0.400130+H2O +CH3OH I +CH3OH II 5.2002010 Feb 18
19 09 49.5+08 18 4442.4190-0.2668G42.435-0.260
G42.42-0.27 66.5;67.3674.43.2KVN0.470130+H2O +CH3OH I +CH3OH II 5.2002011 Feb 15
6719 09 49.9+08 19 4542.4348-0.2604G42.435-0.260
G42.42-0.27 62.6;68.362.85.78.3KVN0.530130+H2O +CH3OH I +CH3OH II 5.2002017 Jun 19
19 09 49.9+08 19 4542.4348-0.2604G42.435-0.260
G42.42-0.27 62.5;68.466.73.69.7KVN0.280130+H2O +CH3OH I +CH3OH II 5.2002017 Dec 23
6819 07 42+09 07 2042.89580.5725G42.896+0.573
G42.90+0.57 -66;11.1-65.72.412.5KVN0.410130+H2O -CH3OH I 2010 Feb 18
6919 11 53.3+09 35 4643.7930-0.1253G43.795-0.127
IRAS19095+0930 -67;50.841.1794.31580.9KVN0.650130+H2O +CH3OH I +CH3OH II +OH 9.0002010 Feb 20
19 11 53.3+09 35 4643.7930-0.1253G43.795-0.127
IRAS19095+0930 29;111.241.3432775.1KVN0.330130+H2O +CH3OH I +CH3OH II +OH 9.0002011 Feb 17
7019 11 53.9+09 35 5043.7951-0.1270G43.795-0.127
IRAS19095+0930 14.1;85.938.11199.71574.7KVN0.480130+H2O +CH3OH I +CH3OH II +OH 9.0002017 Jun 19
7119 12 8.6+08 52 0943.1778-0.5176G43.178-0.518
G43.18-0.52 52.7;5653.924.446.8KVN0.490130+H2O +CH3OH I +CH3OH II 4.6002017 Jun 19
19 12 8.6+08 52 0943.1778-0.5176G43.178-0.518
G43.18-0.52 5.6;63.154.57.126.6KVN0.770130+H2O +CH3OH I +CH3OH II 4.6002017 Dec 23
7219 14 26.2+09 22 3443.8894-0.7840G43.890-0.784
G43.89-0.78 48.2;61.250.62041.9KVN0.430130+H2O +CH3OH I +CH3OH II +OH 10.3002010 Feb 19
19 14 26.2+09 22 3443.8894-0.7840G43.890-0.784
G43.89-0.78 47.6;52.548.44.814.4KVN0.400130+H2O +CH3OH I +CH3OH II +OH 10.3002011 Feb 17
7319 13 22.1+10 50 5345.07120.1321G45.071+0.132
G45.07+0.13 57.6;64.958.517.242.5KVN0.430130+H2O +CH3OH I +CH3OH II +OH -SiO 9.7002010 Feb 20
19 13 22.1+10 50 5345.07120.1321G45.071+0.132
G45.07+0.13 56;64.860.122.440.5KVN0.310130+H2O +CH3OH I +CH3OH II +OH -SiO 9.7002011 Feb 17
7419 13 27.9+10 53 3745.12260.1322G45.122+0.132
G45.12+0.13 58.4;5958.71.95KVN0.310130+H2O -CH3OH I -CH3OH II +OH 9.5002011 Feb 17
7519 14 21.3+11 09 1445.45450.0596G45.465+0.053
G45.45+0.06 50.3;74.351.143.130.3KVN0.440130+H2O +CH3OH I +CH3OH II +OH 9.7002010 Feb 21
19 14 21.3+11 09 1445.45450.0596G45.465+0.053
G45.45+0.06 50.2;51.951.414.813.5KVN0.420130+H2O +CH3OH I +CH3OH II +OH 9.7002011 Feb 17
7619 14 25.6+11 09 2645.46560.0456G45.465+0.053
G45.47+0.05 50.6;74.351.11419KVN0.580130+H2O +CH3OH I +CH3OH II +OH 9.7002010 Feb 21
19 14 25.6+11 09 2645.46560.0456G45.465+0.053
G45.47+0.05 50.6;56.151.45.97.5KVN0.500130+H2O +CH3OH I +CH3OH II +OH 9.7002011 Feb 15
7719 14 8.5+11 12 1645.47490.1294G45.478+0.130
G45.48+0.13 57.5;59.959.33.25.6KVN0.550130+H2O +CH3OH I +CH3OH II +OH 9.7002010 Feb 17
19 14 8.5+11 12 1645.47490.1294G45.478+0.130
G45.48+0.13 51.3;76.876.74.38.6KVN0.460130+H2O +CH3OH I +CH3OH II +OH 9.7002011 Feb 15
7819 14 8.8+11 12 2845.47850.1299G45.478+0.130
G45.48+0.13 55.6;60.757.52.810KVN0.470130+H2O +CH3OH I +CH3OH II +OH 9.7002017 Jun 19
7919 20 28.1+13 55 2648.60050.0341G48.606+0.027
IRAS19181+1349 14;32.326.1221.5356.1KVN0.420130+H2O -CH3OH I -CH3OH II +OH 9.7002010 Feb 18
19 20 28.1+13 55 2648.60050.0341G48.606+0.027
IRAS19181+1349 -3.4;35.425.6229.3423.6KVN0.640130+H2O -CH3OH I -CH3OH II +OH 9.7002011 Feb 12
8019 20 30.7+13 55 4448.60980.0272G48.606+0.027
IRAS19181+1349 -3.7;51.525.6237.7375.3KVN0.610130+H2O -CH3OH I -CH3OH II +OH 9.7002017 Jun 19
19 20 30.7+13 55 4448.60980.0272G48.606+0.027
IRAS19181+1349 -4.4;38.125.5209.3352.8KVN0.420130+H2O -CH3OH I -CH3OH II +OH 9.7002017 Dec 23
8119 23 40+14 30 5149.4863-0.3714G49.487-0.387
W51d -63.3;160.158.12857.224956.7KVN0.600130+H2O +CH3OH I +CH3OH II +OH -SiO 7.0002010 Feb 07
19 23 40+14 30 5149.4863-0.3714G49.487-0.387
W51d -77.6;172.7582288.616206.5KVN0.990130+H2O +CH3OH I +CH3OH II +OH -SiO 7.0002011 Feb 12
8219 23 39.9+14 31 0849.4903-0.3688G49.487-0.387
W51d -130.7;169.959.95151.121300KVN0.490130+H2O +CH3OH I +CH3OH II +OH -SiO 7.0002017 Jun 19
8319 21 27.6+15 44 2150.31540.6759G50.315+0.676
G50.31+0.68 24.2;32.432.32.67.7KVN0.420130+H2O -CH3OH I +CH3OH II -OH 2.5002010 Feb 15
19 21 27.6+15 44 2150.31540.6759G50.315+0.676
G50.31+0.68 24.5;25.224.82.31.5KVN0.370130+H2O -CH3OH I +CH3OH II -OH 2.5002011 Feb 14
8419 31 42.3+18 42 5254.0963-0.0595G54.096-0.059
G54.10-0.06 33.9;38.93814.918.7KVN0.420130+H2O -CH3OH I -CH3OH II 7.9002010 Feb 16
19 31 42.3+18 42 5254.0963-0.0595G54.096-0.059
G54.10-0.06 35.3;39.336.271.286.1KVN0.480130+H2O -CH3OH I -CH3OH II 7.9002011 Feb 13
8519 43 11.6+23 44 0659.78410.0638G59.783+0.064
IRAS19410+2336 15.4;28.125.748.5146.6KVN0.620130+H2O +CH3OH I +CH3OH II +OH 2.1002011 Feb 12
8619 46 20+24 35 2460.8827-0.1289G60.883-0.129
IRAS19442+2427 26.4;28.127.412.413.5KVN0.710130+H2O +CH3OH I -CH3OH II 2.3002010 Feb 08
8719 46 47.3+25 12 4461.47240.0948G61.472+0.095
G61.48+0.09 19.7;23.320.49.512.9KVN0.470130+H2O -CH3OH I -CH3OH II 2.0002010 Feb 07
19 46 47.3+25 12 4461.47240.0948G61.472+0.095
G61.48+0.09 -14.2;29.40.186.7183.9KVN0.560130+H2O -CH3OH I -CH3OH II 2.0002011 Feb 12
8819 46 46.6+25 12 3161.46800.0953G61.472+0.095
G61.48+0.09 7.7;17.88.97.528.9KVN0.430130+H2O -CH3OH I -CH3OH II 2.0002017 Jun 19
8920 01 45.6+33 32 4470.29281.6006G70.293+1.600
IRAS19598+3324 -36.5;-18.3-23.35.922.6KVN0.480130+H2O +CH3OH I -CH3OH II +OH -SiO 8.6002010 Feb 07
20 01 45.6+33 32 4470.29281.6006G70.293+1.600
IRAS19598+3324 -23.7;-22.7-23.25.45.2KVN0.450130+H2O +CH3OH I -CH3OH II +OH -SiO 8.6002011 Feb 12
9020 10 9.1+31 31 3469.5398-0.9760G69.540-0.976
IRAS20081+3122 Descr -68.8;47.115136.1265.8KVN0.540130+H2O +CH3OH I +CH3OH II +OH 3.0002010 Feb 07
20 10 9.1+31 31 3469.5398-0.9760G69.540-0.976
IRAS20081+3122 -51.4;52.714.966.5257KVN0.580130+H2O +CH3OH I +CH3OH II +OH 3.0002011 Feb 13
9120 21 44.1+37 26 4075.78280.3429G75.773+0.343
G75.78+0.34 Descr -27;45.31.2203.3852.1KVN0.740130+H2O +CH3OH I +CH3OH II +OH 5.6002010 Feb 08
20 21 44.1+37 26 4075.78280.3429G75.773+0.343
G75.78+0.34 -18.3;27.36.1276.21226.8KVN0.570130+H2O +CH3OH I +CH3OH II +OH 5.6002011 Feb 13
9220 27 26.6+37 22 4876.3829-0.6208G76.381-0.618
IRAS20255+3712 -15.3;-6.8-13.566.9152.9KVN0.410130+H2O -CH3OH I -CH3OH II +OH 1.0002010 Feb 07
20 27 26.6+37 22 4876.3829-0.6208G76.381-0.618
IRAS20255+3712 -14.1;-8.6-13.83.111.3KVN0.470130+H2O -CH3OH I -CH3OH II +OH 1.0002011 Feb 14
9320 29 36.4+39 01 1777.9631-0.0061G77.963-0.006
IRAS20277+3851 2.5;4.83.265.9KVN0.390130+H2O -CH3OH I -CH3OH II 4.4002010 Feb 07
9422 19 18.2+63 18 46106.79665.3118G106.797+5.312
IRAS22176+6303 -9.3;4.6-8.52.83.7KVN0.310130+H2O +CH3OH I +CH3OH II +OH 0.9002010 Feb 02
22 19 18.2+63 18 46106.79665.3118G106.797+5.312
IRAS22176+6303 -6.2;-5.6-5.92.91.7KVN0.350130+H2O +CH3OH I +CH3OH II +OH 0.9002011 Feb 12
9522 56 19.1+62 01 57109.87392.1152G109.871+2.114
IRAS22543+6145 -40.1;14.9-9.2250.1699.9KVN0.300130+H2O +CH3OH I +CH3OH II +OH 0.7002010 Feb 02
22 56 19.1+62 01 57109.87392.1152G109.871+2.114
IRAS22543+6145 -41.6;-1.6-9.5712.31378.9KVN0.560130+H2O +CH3OH I +CH3OH II +OH 0.7002011 Feb 12
9622 56 18.1+62 01 46109.87082.1133G109.871+2.114
IRAS22543+6145 -18.2;0.8-9.5390.5757.6KVN0.390130+H2O +CH3OH I +CH3OH II +OH 0.7002017 Jun 19
22 56 18.1+62 01 46109.87082.1133G109.871+2.114
IRAS22543+6145 -45.9;0.5-9.8379754.4KVN0.340130+H2O +CH3OH I +CH3OH II +OH 0.7002017 Dec 23
9723 13 45.7+61 28 21111.54380.7794G111.542+0.766
NGC7538 -79;-50.6-58.288.8123.5KVN0.410130+H2O +CH3OH I +CH3OH II +OH 3.5002010 Feb 02
23 13 45.7+61 28 21111.54380.7794G111.542+0.766
NGC7538 -105.9;-36.1-58.136.3124.3KVN0.530130+H2O +CH3OH I +CH3OH II +OH 3.5002011 Feb 12
9823 15 31.5+61 07 09111.61210.3732G111.612+0.373
IRAS23133+6050 -69.1;-68.3-68.61.71.1KVN0.240130+H2O +CH3OH I -CH3OH II 5.2002011 Feb 13
9923 16 4.8+60 02 00111.2840-0.6642G111.284-0.664
IRAS23138+5945 -45.5;-43.6-44.35.68.1KVN0.380130+H2O +CH3OH I -CH3OH II -OH 2.5002010 Feb 03
×

Non-detection table from Kim et al. (2019)

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ID Obs. RA Obs. Dec l b Group id Source name Telescope RMS Beam Detection Date
(J2000) (J2000) (deg.) (deg.) (Jy) (arcsec) Yes/No
103 01 32.3+60 29 12138.29691.5558G138.297+1.556
IRAS02575+6017 KVN0.390130+H2O +CH3OH I -CH3OH II 2010 Feb 06
03 01 32.3+60 29 12138.29691.5558G138.297+1.556
IRAS02575+6017 KVN0.310130+H2O +CH3OH I -CH3OH II 2011 Feb 13
203 01 34.3+60 29 14138.30031.5582G138.297+1.556
IRAS02575+6017 KVN0.290130+H2O +CH3OH I -CH3OH II 2017 Jun 19
03 01 34.3+60 29 14138.30031.5582G138.297+1.556
IRAS02575+6017 KVN0.290130+H2O +CH3OH I -CH3OH II 2017 Dec 23
303 07 25.6+58 30 52139.91190.1993G139.912+0.199
IRAS03035+5819 KVN0.300130+H2O -CH3OH I -CH3OH II -OH 2010 Feb 06
405 41 38.7-01 51 19206.4792-16.3486G206.479-16.349
IRAS05391-0152 KVN0.560130-H2O -CH3OH I -CH3OH II 2010 Feb 07
05 41 38.7-01 51 19206.4792-16.3486G206.479-16.349
IRAS05391-0152 KVN0.390130-H2O -CH3OH I -CH3OH II 2011 Feb 12
505 41 41.3-01 53 37206.5198-16.3568G206.520-16.357
IRAS05391-0152 KVN0.490130+H2O +CH3OH I 2017 Jun 17
605 41 49.5-01 55 17206.5620-16.3396G206.562-16.340
IRAS05393-0156 KVN0.590130+H2O -CH3OH I -CH3OH II 2010 Feb 07
05 41 49.5-01 55 17206.5620-16.3396G206.562-16.340
IRAS05393-0156 KVN0.410130+H2O -CH3OH I -CH3OH II 2011 Feb 12
706 08 41+21 31 01189.03180.7838G189.032+0.784
IRAS06056+2131 KVN0.310130+H2O +CH3OH I +CH3OH II 2010 Feb 06
06 08 41+21 31 01189.03180.7838G189.032+0.784
IRAS06056+2131 KVN0.410130+H2O +CH3OH I +CH3OH II 2011 Feb 13
806 09 21.9+20 39 28189.86060.5068G189.861+0.507
IRAS06063+2040 KVN0.510130+H2O -CH3OH I -CH3OH II 2010 Feb 07
906 09 25.8+20 38 56189.87570.5158G189.876+0.516
IRAS06063+2040 KVN0.430130-H2O -CH3OH I 2017 Jun 16
06 09 25.8+20 38 56189.87570.5158G189.876+0.516
IRAS06063+2040 KVN0.350130-H2O -CH3OH I 2017 Dec 23
1006 10 51-06 11 54213.8820-11.8359G213.882-11.836
IRAS06084-0611 KVN0.270130+H2O +CH3OH I -CH3OH II 2010 Feb 07
1117 59 03-24 20 595.4747-0.2448G5.476-0.245
G5.48-0.24 KVN0.920130-H2O -CH3OH I -CH3OH II 2010 Feb 08
17 59 03-24 20 595.4747-0.2448G5.476-0.245
G5.48-0.24 KVN0.440130-H2O -CH3OH I -CH3OH II 2011 Feb 13
1218 03 40.5-24 22 445.9708-1.1744G5.981-1.191
G5.97-1.17 KVN1.100130-H2O -CH3OH I -CH3OH II -OH 2010 Feb 08
18 03 40.5-24 22 445.9708-1.1744G5.981-1.191
G5.97-1.17 KVN0.540130-H2O -CH3OH I -CH3OH II -OH 2011 Feb 14
1318 00 49.6-23 20 236.5530-0.0951G6.551-0.098
G6.55-0.10 KVN0.420130+H2O +CH3OH I +CH3OH II 2010 Feb 16
18 00 49.6-23 20 236.5530-0.0951G6.551-0.098
G6.55-0.10 KVN0.460130+H2O +CH3OH I +CH3OH II 2011 Feb 15
1418 00 50-23 20 336.5514-0.0978G6.551-0.098
G6.55-0.10 KVN0.800130+H2O +CH3OH I +CH3OH II 2017 Jun 19
1518 03 0.4-21 48 058.13910.2279G8.139+0.226
G8.14+0.23 KVN0.440130+H2O -CH3OH I +CH3OH II 2011 Feb 13
1618 05 13.1-19 50 3510.09880.7394G10.098+0.739
G10.10+0.74 KVN0.410130-H2O -CH3OH I +CH3OH II -OH 2010 Feb 16
18 05 13.1-19 50 3510.09880.7394G10.098+0.739
G10.10+0.74 KVN0.470130-H2O -CH3OH I +CH3OH II -OH 2011 Feb 14
1718 09 25.1-20 19 1510.1615-0.3546G10.157-0.354
G10.15-0.34 KVN0.320130+H2O -CH3OH I -CH3OH II +OH 2010 Feb 17
18 09 25.1-20 19 1510.1615-0.3546G10.157-0.354
G10.15-0.34 KVN0.460130+H2O -CH3OH I -CH3OH II +OH 2011 Feb 15
1818 09 21-20 19 3110.1498-0.3427G10.157-0.354
G10.15-0.34 KVN0.580130+H2O -CH3OH I -CH3OH II +OH 2017 Jun 16
18 09 21-20 19 3110.1498-0.3427G10.157-0.354
G10.15-0.34 KVN0.270130+H2O -CH3OH I -CH3OH II +OH 2017 Dec 23
1918 08 56.1-20 05 5410.3012-0.1476G10.301-0.148
G10.30-0.15 KVN0.410130+H2O +CH3OH I +CH3OH II 2011 Feb 15
2018 10 17.1-20 45 439.8734-0.7454G9.873-0.745
IRAS18073-2046 KVN0.400130+H2O +CH3OH I -CH3OH II 2010 Feb 18
18 10 17.1-20 45 439.8734-0.7454G9.873-0.745
IRAS18073-2046 KVN0.550130+H2O +CH3OH I -CH3OH II 2011 Feb 16
2118 10 18.3-20 45 439.8756-0.7495G9.873-0.745
IRAS18073-2046 KVN0.580130+H2O +CH3OH I -CH3OH II 2017 Jun 19
2218 11 33.2-19 30 3911.1131-0.4032G11.113-0.403
IRAS18085-1931 KVN0.460130-H2O -CH3OH I -CH3OH II 2010 Feb 19
18 11 33.2-19 30 3911.1131-0.4032G11.113-0.403
IRAS18085-1931 KVN0.490130-H2O -CH3OH I -CH3OH II 2011 Feb 14
2318 11 31.8-19 30 3911.1104-0.3984G11.113-0.403
IRAS18085-1931 KVN0.820130-H2O -CH3OH I -CH3OH II 2017 Jun 19
2418 12 54.6-18 11 0812.4296-0.0479G12.430-0.048
G12.43-0.05 KVN0.470130+H2O -CH3OH I -CH3OH II 2010 Feb 19
18 12 54.6-18 11 0812.4296-0.0479G12.430-0.048
G12.43-0.05 KVN0.490130+H2O -CH3OH I -CH3OH II 2011 Feb 14
2518 25 2.3-13 15 5118.1457-0.2899G18.146-0.290
IRAS18222-1317 KVN0.490130+H2O -CH3OH I -CH3OH II +OH 2010 Feb 17
18 25 2.3-13 15 5118.1457-0.2899G18.146-0.290
IRAS18222-1317 KVN0.330130+H2O -CH3OH I -CH3OH II +OH 2011 Feb 13
2618 25 42.3-13 10 2018.3028-0.3904G18.303-0.390
IRAS18228-1312 KVN0.430130-H2O -CH3OH I -CH3OH II +OH 2010 Feb 18
18 25 42.3-13 10 2018.3028-0.3904G18.303-0.390
IRAS18228-1312 KVN0.470130-H2O -CH3OH I -CH3OH II +OH 2011 Feb 12
2718 26 4.3-11 52 3319.49110.1353G19.485+0.151
IRAS18232-1154 KVN0.580130+H2O +CH3OH I +CH3OH II +OH 2017 Jun 19
2818 26 47-12 26 3219.0711-0.2826G19.071-0.282
G19.07-0.27 KVN0.380130+H2O -CH3OH I -CH3OH II 2011 Feb 14
2918 26 46.3-12 26 2719.0710-0.2794G19.071-0.282
G19.07-0.27 KVN0.510130+H2O -CH3OH I -CH3OH II 2017 Jun 19
3018 34 44.9-08 31 0723.4553-0.2009G23.455-0.201
G23.46-0.20 KVN0.490130+H2O -CH3OH I +CH3OH II +OH 2010 Feb 17
18 34 44.9-08 31 0723.4553-0.2009G23.455-0.201
G23.46-0.20 KVN0.390130+H2O -CH3OH I +CH3OH II +OH 2011 Feb 13
3118 33 52.5-08 07 3223.70450.1720G23.711+0.171
G23.71+0.17 KVN0.440130+H2O +CH3OH I -CH3OH II 2010 Feb 18
3218 33 53.5-08 07 1423.71090.1706G23.711+0.171
G23.71+0.17 KVN0.510130+H2O +CH3OH I -CH3OH II 2017 Jun 19
18 33 53.5-08 07 1423.71090.1706G23.711+0.171
G23.71+0.17 KVN0.240130+H2O +CH3OH I -CH3OH II 2017 Dec 23
3318 38 2.8-06 23 4725.71580.0487G25.709+0.044
G25.72+0.05 KVN0.330130-H2O +CH3OH I +CH3OH II +OH 2010 Feb 19
18 38 2.8-06 23 4725.71580.0487G25.709+0.044
G25.72+0.05 KVN0.460130-H2O +CH3OH I +CH3OH II +OH 2011 Feb 13
3418 44 18.6-04 17 5328.2950-0.3768G28.295-0.377
IRAS18416-0420 KVN0.510130-H2O +CH3OH I +CH3OH II +OH 2010 Feb 17
18 44 18.6-04 17 5328.2950-0.3768G28.295-0.377
IRAS18416-0420 KVN0.450130-H2O +CH3OH I +CH3OH II +OH 2011 Feb 15
3518 44 15-04 17 5528.2877-0.3637G28.295-0.377
IRAS18416-0420 KVN0.580130-H2O +CH3OH I +CH3OH II +OH 2017 Jun 19
18 44 15-04 17 5528.2877-0.3637G28.295-0.377
IRAS18416-0420 KVN0.250130-H2O +CH3OH I +CH3OH II +OH 2017 Dec 23
3618 47 00-02 07 2530.53610.0186G30.536+0.019
G30.54+0.02 KVN0.440130+H2O +CH3OH I +CH3OH II 2017 Jun 19
3718 49 34.7-01 29 0831.3978-0.2637G31.397-0.257
IRAS18469-0132 KVN0.460130+H2O +CH3OH I -CH3OH II +OH 2011 Feb 15
3818 49 33-01 29 0431.3956-0.2569G31.397-0.257
IRAS18469-0132 KVN0.500130+H2O +CH3OH I -CH3OH II +OH 2017 Jun 19
3918 51 46.7+00 35 3233.49780.1943G33.498+0.194
G33.50+0.20 KVN0.700130-H2O -CH3OH I 2010 Feb 08
18 51 46.7+00 35 3233.49780.1943G33.498+0.194
G33.50+0.20 KVN0.480130-H2O -CH3OH I 2011 Feb 14
4018 57 09+01 39 0335.0523-0.5176G35.052-0.518
G35.05-0.52 KVN0.410130+H2O +CH3OH I -CH3OH II 2011 Feb 16
4119 07 9.8+07 51 3641.71410.1095G41.714+0.110
G41.71+0.11 KVN0.460130-H2O -CH3OH I 2010 Feb 07
19 07 9.8+07 51 3641.71410.1095G41.714+0.110
G41.71+0.11 KVN0.450130-H2O -CH3OH I 2011 Feb 12
4219 07 15.5+07 52 4441.74170.0973G41.742+0.096
G41.74+0.10 KVN0.380130-H2O -CH3OH I -CH3OH II 2010 Feb 19
19 07 15.5+07 52 4441.74170.0973G41.742+0.096
G41.74+0.10 KVN0.490130-H2O -CH3OH I -CH3OH II 2011 Feb 14
4319 07 42+09 07 2042.89580.5725G42.896+0.573
G42.90+0.57 KVN0.450130+H2O -CH3OH I 2011 Feb 16
4419 11 56.5+10 07 0244.26100.1043G44.261+0.104
G44.26+0.10 KVN0.340130-H2O -CH3OH I -CH3OH II 2010 Feb 20
19 11 56.5+10 07 0244.26100.1043G44.261+0.104
G44.26+0.10 KVN0.560130-H2O -CH3OH I -CH3OH II 2011 Feb 17
4519 13 27.9+10 53 3745.12260.1322G45.122+0.132
G45.12+0.13 KVN0.480130+H2O -CH3OH I -CH3OH II +OH 2010 Feb 19
4619 22 34.7+15 30 1050.23370.3270G50.234+0.327
G50.23+0.33 KVN0.560130-H2O -CH3OH I 2010 Feb 17
19 22 34.7+15 30 1050.23370.3270G50.234+0.327
G50.23+0.33 KVN0.480130-H2O -CH3OH I 2011 Feb 13
4719 30 28.1+18 20 5353.63410.0213G53.618+0.035
IRAS19282+1814 KVN0.430130-H2O -CH3OH I +CH3OH II +OH 2010 Feb 15
19 30 28.1+18 20 5353.63410.0213G53.618+0.035
IRAS19282+1814 KVN0.470130-H2O -CH3OH I +CH3OH II +OH 2011 Feb 14
4819 30 18.9+18 20 0353.60440.0465G53.618+0.035
IRAS19282+1814 KVN0.580130-H2O -CH3OH I +CH3OH II +OH 2017 Jun 19
19 30 18.9+18 20 0353.60440.0465G53.618+0.035
IRAS19282+1814 KVN0.230130-H2O -CH3OH I +CH3OH II +OH 2017 Dec 23
4919 43 11.6+23 44 0659.78410.0638G59.783+0.064
IRAS19410+2336 KVN0.450130+H2O +CH3OH I +CH3OH II +OH 2010 Feb 15
5019 46 20+24 35 2460.8827-0.1289G60.883-0.129
IRAS19442+2427 KVN0.440130+H2O +CH3OH I -CH3OH II 2011 Feb 13
5120 19 39.3+40 56 3078.43592.6579G78.436+2.658
IRAS20178+4046 KVN0.550130-H2O -CH3OH I -CH3OH II -OH 2010 Feb 07
20 19 39.3+40 56 3078.43592.6579G78.436+2.658
IRAS20178+4046 KVN0.460130-H2O -CH3OH I -CH3OH II -OH 2011 Feb 12
5220 23 55.7+37 38 1076.18870.0959G76.189+0.096
IRAS20220+3728 KVN0.250130-H2O +CH3OH I -CH3OH II 2010 Feb 15
20 23 55.7+37 38 1076.18870.0959G76.189+0.096
IRAS20220+3728 KVN0.430130-H2O +CH3OH I -CH3OH II 2011 Feb 14
5320 28 12.4+40 52 2879.30861.2961G79.309+1.296
IRAS20264+4042 KVN0.390130-H2O +CH3OH I -CH3OH II -OH 2010 Feb 07
20 28 12.4+40 52 2879.30861.2961G79.309+1.296
IRAS20264+4042 KVN0.490130-H2O +CH3OH I -CH3OH II -OH 2011 Feb 14
5420 28 16+40 52 5579.32131.2913G79.309+1.296
IRAS20264+4042 KVN0.380130-H2O +CH3OH I -CH3OH II -OH 2017 Jun 19
20 28 16+40 52 5579.32131.2913G79.309+1.296
IRAS20264+4042 KVN0.300130-H2O +CH3OH I -CH3OH II -OH 2017 Dec 23
5520 29 36.4+39 01 1777.9631-0.0061G77.963-0.006
IRAS20277+3851 KVN0.440130+H2O -CH3OH I -CH3OH II 2011 Feb 15
5620 32 28.7+40 16 0579.29580.2834G79.296+0.283
IRAS20306+4005 KVN0.400130-H2O -CH3OH I -CH3OH II 2010 Feb 07
20 32 28.7+40 16 0579.29580.2834G79.296+0.283
IRAS20306+4005 KVN0.430130-H2O -CH3OH I -CH3OH II 2011 Feb 15
5720 36 52.6+41 36 3280.86710.4202G80.867+0.420
IRAS20350+4126 KVN0.410130+H2O -CH3OH I +CH3OH II +OH 2010 Feb 07
20 36 52.6+41 36 3280.86710.4202G80.867+0.420
IRAS20350+4126 KVN0.450130+H2O -CH3OH I +CH3OH II +OH 2011 Feb 15
5822 57 5.2+62 37 44110.20982.6162G110.210+2.616
IRAS22551+6221 KVN0.300130-H2O -CH3OH I -CH3OH II 2010 Feb 02
22 57 5.2+62 37 44110.20982.6162G110.210+2.616
IRAS22551+6221 KVN0.380130-H2O -CH3OH I -CH3OH II 2011 Feb 12
5922 57 1.4+62 38 28110.20842.6304G110.210+2.616
IRAS22551+6221 KVN0.430130-H2O -CH3OH I -CH3OH II 2017 Jun 19
22 57 1.4+62 38 28110.20842.6304G110.210+2.616
IRAS22551+6221 KVN0.310130-H2O -CH3OH I -CH3OH II 2017 Dec 23
6023 15 31.5+61 07 09111.61210.3732G111.612+0.373
IRAS23133+6050 KVN0.450130+H2O +CH3OH I -CH3OH II 2010 Feb 03
6123 16 4.8+60 02 00111.2840-0.6642G111.284-0.664
IRAS23138+5945 KVN0.450130+H2O +CH3OH I -CH3OH II -OH 2011 Feb 13
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  • Distribution of sources in all sky (l,b)

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  • Distribution of sources in all sky using Aladin

    Tip: Click on some source to get more informaiton


  • Distribution of sources in IRAS color-color diagram

    Tip: Use "Box select" or "Lasso select" to display colour-selected sources in Aladin all-sky view

    Tip: Click on some source to look at the different surveys. You must select some surveys in previous page at "View images"

    Original color diagram is taken form van der Veen & Habing (1987)

    Type Description
    I Oxygen-rich non-variable stars without circumstellar shells
    II Variable stars with "young" O-rich circumstellar shells
    IIIa Variable stars with more evolved O-rich circumstellar shells
    IIIb Variable stars with thick O-rich circumstellar shells
    IV Variable stars with very thick O-rich circumstellar shells
    V Planetary nebulae and non- variable stars with very cool circumstellar shells
    VIa Variable stars with relatively cold dust at large distances; a significant part of the stars is carbon-rich
    VIb Variable stars with relatively hot dust close to the star and relatively cold dust at large distances; Some of the objects have proven to be O-rich
    VII Variable stars with more evolved C-rich circumstellar shells
    VIII Different sort of objects

  • Distribution of the detection velocities versus galactic longitude from KIM19

    Tip: Use "Box select" or "Lasso select" to display velocity-selected sources in Aladin all-sky view

    Tip: Click on some source to look at the different surveys. You must select some surveys in previous page at "View images"

    Longitude-Velocity Map is taken form Dame, Hartmann & Thaddeus (2001)

  • Distribution of sources from KIM19 in (l,b) histograms



    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