Display data from paper

Select data type: CH3OH_II

BRE16 - 12.2-GHz methanol maser MMB follow-up catalogue - IV. Longitude range 20°-60°

Short title: Breen et al. (2016)
Authors: Breen, S. L. Ellingsen, S. P. Caswell, J. L. Green, J. A. Voronkov, M. A. Avison, A. Fuller, G. A. Quinn, L. J.
Journal: Monthly Notices of the Royal Astronomical Society, Volume 459, Issue 4, p.4066-4087
Bibcode: 2016MNRAS.459.4066B
  • Detection table from Breen et al. (2016)

    Export table to csv

    Hide / Show individual components

    ID Obs. RA Obs. Dec l b Group id Source name Image Descr. Line Vrange Vpeak Fpeak ∫F dv Telescope Beam Detection Date
    (J2000) (J2000) (deg.) (deg.) CH3OH (class II) (km/s) (km/s) (Jy) (Jy*km/s) (arcsec) Yes/No
    118 27 44.6-11 14 54.220.23700.0654G20.237+0.066
    G20.237+0.065 Image Descr 12 GHz (II)
    71.4;75.973.11.92.2PRS114+H2O -CH3OH I +CH3OH II +OH 2008 June
    18 27 44.6-11 14 54.220.23700.0654G20.237+0.066
    G20.237+0.06512 GHz (II)
    71.5;75.572.51.31.4PRS114+H2O -CH3OH I +CH3OH II +OH 2008 December
    218 27 45-11 14 47.920.23930.0648G20.237+0.066
    G20.239+0.06512 GHz (II)
    60.8;61.261.10.50.2PRS114+H2O -CH3OH I +CH3OH II +OH 2008 June
    18 27 45-11 14 47.920.23930.0648G20.237+0.066
    G20.239+0.06512 GHz (II)
    60.9;61.161.00.50.1PRS114+H2O -CH3OH I +CH3OH II +OH 2008 December
    318 28 15.9-11 10 20.420.3639-0.0126G20.364-0.013
    G20.364-0.01312 GHz (II)
    49.9;53.050.10.40.2PRS114-CH3OH I +CH3OH II Avg all
    418 29 27.8-10 41 28.820.9264-0.0497G20.926-0.050
    G20.926-0.050 Image 12 GHz (II)
    25.5;27.627.31.61.5PRS114+CH3OH II 2008 December
    518 31 6.3-10 21 38.421.4065-0.2544G21.407-0.254
    G21.407-0.254 Image 12 GHz (II)
    88.7;89.489.01.60.5PRS114+H2O +CH3OH II 2008 June
    618 30 36.1-10 07 10.921.5627-0.0328G21.563-0.031
    G21.562-0.033 Image 12 GHz (II)
    111.6;119.2117.21.50.9PRS114+H2O -CH3OH I +CH3OH II +OH 2008 June
    718 30 34.7-09 34 4722.03860.2223G22.039+0.222
    G22.039+0.222 Image 12 GHz (II)
    53.5;54.253.60.60.2PRS114+H2O +CH3OH I +CH3OH II 2008 June
    18 30 34.7-09 34 4722.03860.2223G22.039+0.222
    G22.039+0.22212 GHz (II)
    53.2;54.253.60.60.2PRS114+H2O +CH3OH I +CH3OH II 2008 December
    18 30 34.7-09 34 4722.03860.2223G22.039+0.222
    G22.039+0.22212 GHz (II)
    53.3;54.253.60.50.2PRS114+H2O +CH3OH I +CH3OH II Avg all
    818 32 29.4-09 29 29.722.3348-0.1549G22.335-0.155
    G22.335-0.155 Image 12 GHz (II)
    25.7;37.035.57.85.4PRS114+H2O -CH3OH I +CH3OH II +OH 2008 June
    918 31 44.1-09 22 12.322.35650.0664G22.355+0.066
    G22.356+0.066 Image 12 GHz (II)
    79.9;88.881.50.70.4PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    1018 32 43.8-09 24 33.222.4352-0.1694G22.435-0.169
    G22.435-0.169 Image 12 GHz (II)
    26.7;39.838.62.22.2PRS114-H2O -CH3OH I +CH3OH II +OH 2008 June
    1118 34 40.3-09 00 38.323.0097-0.4106G23.008-0.411
    G23.010-0.410 Image Descr 12 GHz (II)
    73.9;82.574.821.930.7PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    1218 34 55.2-08 49 1523.2066-0.3778G23.207-0.378
    G23.207-0.377 Image 12 GHz (II)
    80.5;82.481.65.83.4PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    1318 34 31.3-08 42 46.723.2569-0.2405G23.257-0.240
    G23.257-0.241 Image 12 GHz (II)
    63.8;65.164.90.80.6PRS114+H2O -CH3OH I +CH3OH II +OH 2008 June
    1418 33 14.3-08 23 57.723.38900.1853G23.389+0.185
    G23.389+0.185 Image 12 GHz (II)
    75.9;77.076.22.21.5PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    1518 34 39.3-08 31 39.323.4366-0.1844G23.437-0.184
    G23.437-0.184 Image 12 GHz (II)
    103.5;107.2103.93.42.6PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    1618 34 39.2-08 31 25.423.4399-0.1823G23.437-0.184
    G23.440-0.18212 GHz (II)
    96.0;100.297.48.713.3PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    1718 33 44.1-08 21 20.623.48420.0968G23.484+0.096
    G23.484+0.097 Image 12 GHz (II)
    86.7;88.388.11.71.1PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    1818 34 51.6-08 18 21.323.6567-0.1273G23.657-0.127
    G23.657-0.127 Image 12 GHz (II)
    77.3;84.982.412.214.5PRS114-H2O -CH3OH I +CH3OH II +OH -SiO 2008 December
    1918 35 12.4-08 17 39.423.7065-0.1981G23.706-0.198
    G23.706-0.198 Image 12 GHz (II)
    58.1;79.777.97.112.3PRS114+H2O -CH3OH I +CH3OH II +OH 2008 June
    2018 35 22.2-08 01 22.523.9661-0.1092G23.966-0.110
    G23.966-0.109 Image 12 GHz (II)
    70.8;71.070.90.60.1PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    2118 35 20.9-07 48 55.724.1479-0.0091G24.150-0.009
    G24.148-0.009 Image 12 GHz (II)
    16.9;18.017.73.81.8PRS114+H2O -CH3OH I +CH3OH II +OH 2008 December
    2218 35 8.1-07 35 3.624.32870.1444G24.329+0.144
    G24.329+0.144 Image 12 GHz (II)
    109.3;112.1110.38.24.0PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    18 35 8.1-07 35 3.624.32870.1444G24.329+0.144
    G24.329+0.14412 GHz (II)
    109.3;112.1110.38.94.7PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    2318 36 5.8-07 31 20.624.4934-0.0389G24.494-0.040
    G24.493-0.039 Image 12 GHz (II)
    109.2;116.4109.43.11.4PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    2418 34 55.7-07 19 6.724.54110.3121G24.535+0.319
    G24.541+0.312 Image 12 GHz (II)
    103.7;107.2106.33.01.7PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    2518 36 50-07 24 42.124.6755-0.1499G24.676-0.151
    G24.676-0.150 Image 12 GHz (II)
    115.9;116.7116.40.70.4PRS114+H2O +CH3OH I +CH3OH II 2010 March
    2618 36 18.4-07 08 5124.85020.0874G24.850+0.087
    G24.850+0.087 Image 12 GHz (II)
    107.6;115.6110.01.71.3PRS114+H2O -CH3OH I +CH3OH II 2008 June
    18 36 18.4-07 08 5124.85020.0874G24.850+0.087
    G24.850+0.08712 GHz (II)
    107.6;115.8110.21.91.5PRS114+H2O -CH3OH I +CH3OH II 2010 March
    2718 38 57-07 00 49.225.2701-0.4336G25.270-0.434
    G25.270-0.434 Image 12 GHz (II)
    65.5;66.465.90.60.2PRS114+H2O +CH3OH I +CH3OH II 2010 March
    2818 38 15.2-06 47 56.225.3817-0.1816G25.382-0.181
    G25.382-0.182 Image 12 GHz (II)
    57.8;58.458.11.70.5PRS114+H2O -CH3OH I +CH3OH II 2010 March
    2918 37 16.9-06 38 30.525.41060.1047G25.411+0.105
    G25.411+0.105 Image Descr 12 GHz (II)
    92.2;94.994.40.60.3PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    3018 34 20.9-05 59 42.225.64961.0495G25.649+1.050
    G25.650+1.04912 GHz (II)
    40.4;41.841.40.50.2PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    3118 38 3.2-06 24 14.925.70960.0438G25.709+0.044
    G25.710+0.044 Image 12 GHz (II)
    89.1;101.695.6143107PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    18 38 3.2-06 24 14.925.70960.0438G25.709+0.044
    G25.710+0.04412 GHz (II)
    89.2;101.595.612495PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    3218 39 3.6-06 24 9.725.8257-0.1780G25.826-0.178
    G25.826-0.178 Image 12 GHz (II)
    89.9;92.190.825.314.6PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    3318 33 30.5-05 01 0226.42161.6853G26.420+1.685
    G26.422+1.685 Image 12 GHz (II)
    30.7;31.731.02.21.1PRS114+H2O -CH3OH I +CH3OH II 2010 March
    3418 39 55.9-05 38 44.626.5978-0.0237G26.597-0.024
    G26.598-0.024 Image 12 GHz (II)
    21.8;22.322.20.50.1PRS114+H2O -CH3OH I +CH3OH II 2008 December
    3518 40 38.6-05 44 1.626.6005-0.2212G26.602-0.220
    G26.601-0.221 Image 12 GHz (II)
    103.2;104.1103.91.00.4PRS114-H2O +CH3OH I +CH3OH II 2010 March
    3618 40 30.6-05 01 5.427.22150.1361G27.221+0.136
    G27.221+0.136 Image 12 GHz (II)
    118.0;120.5118.83.23.0PRS114+H2O -CH3OH I +CH3OH II +OH 2010 March
    3718 40 3.7-04 57 42.427.22050.2610G27.217+0.257
    G27.220+0.261 Image Descr 12 GHz (II)
    8.5;9.79.31.91.3PRS114+H2O +CH3OH II 2010 March
    3818 40 34.5-04 57 14.427.28600.1509G27.284+0.149
    G27.286+0.151 Image 12 GHz (II)
    34.3;36.834.84.03.4PRS114+H2O +CH3OH I +CH3OH II 2010 March
    3918 41 51.1-05 01 43.527.3650-0.1659G27.367-0.165
    G27.365-0.166 Image 12 GHz (II)
    92.9;100.899.55.33.6PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    4018 43 58-04 34 21.928.0115-0.4260G28.011-0.426
    G28.011-0.426 Image 12 GHz (II)
    27.8;28.327.91.20.4PRS114+H2O +CH3OH II +OH 2008 December
    4118 42 42.6-04 15 36.528.1464-0.0046G28.146-0.004
    G28.146-0.005 Image 12 GHz (II)
    99.9;104.5101.220.111.9PRS114-H2O +CH3OH I +CH3OH II +OH 2008 June
    4218 44 13.3-04 18 4.928.2819-0.3586G28.295-0.377
    G28.282-0.359 Image 12 GHz (II)
    40.7;41.040.90.70.1PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    4318 44 22-04 17 38.428.3050-0.3875G28.295-0.377
    G28.305-0.387 Image 12 GHz (II)
    80.7;83.081.97.77.8PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    4418 42 37.3-03 29 4128.81720.3647G28.817+0.365
    G28.817+0.365 Image 12 GHz (II)
    89.6;93.392.80.90.5PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    4518 44 51.1-03 45 48.728.8322-0.2528G28.833-0.252
    G28.832-0.253 Image 12 GHz (II)
    81.4;91.882.44.41.9PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    4618 45 25.2-03 17 16.929.3199-0.1617G29.319-0.162
    G29.320-0.162 Image 12 GHz (II)
    43.0;49.048.70.90.6PRS114+H2O -CH3OH I +CH3OH II 2010 March
    4718 45 59.6-02 45 4.429.8629-0.0440G29.862-0.046
    G29.863-0.044 Image 12 GHz (II)
    99.9;102.0100.320.510.0PRS114-H2O +CH3OH I +CH3OH II +OH 2008 June
    4818 46 3.7-02 39 22.229.9554-0.0161G29.955-0.017
    G29.955-0.016 Image 12 GHz (II)
    95.5;98.496.65145PRS114+H2O +CH3OH I +CH3OH II 2008 June
    4918 46 13-02 39 1.429.9780-0.0476G29.975-0.047
    G29.978-0.047 Image 12 GHz (II)
    97.4;103.998.36.64.6PRS114-H2O +CH3OH I +CH3OH II +OH 2008 June
    5018 47 4.7-02 43 31.230.0097-0.2734G30.010-0.273
    G30.010-0.273 Image 12 GHz (II)
    106.0;106.3106.10.70.2PRS114+H2O -CH3OH I +CH3OH II +OH 2008 June
    18 47 4.7-02 43 31.230.0097-0.2734G30.010-0.273
    G30.010-0.27312 GHz (II)
    106.1;106.3106.20.80.2PRS114+H2O -CH3OH I +CH3OH II +OH 2008 December
    5118 47 03-02 30 36.430.1980-0.1690G30.199-0.169
    G30.198-0.169 Image 12 GHz (II)
    107.9;110.8108.29.17.5PRS114+H2O -CH3OH I +CH3OH II +OH 2010 March
    5218 46 25-02 17 4130.31740.0700G30.317+0.070
    G30.317+0.070 Image 12 GHz (II)
    34.3;37.936.43.33.3PRS114+H2O +CH3OH II 2010 March
    5318 45 12.1-02 01 13.630.42280.4655G30.423+0.465
    G30.432+0.46612 GHz (II)
    6.1;6.56.40.40.1PRS114+CH3OH II Avg all
    5418 47 39.8-01 57 23.430.7604-0.0526G30.758-0.050
    G30.760-0.052 Image 12 GHz (II)
    90.7;91.791.31.71.0PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    18 47 39.8-01 57 23.430.7604-0.0526G30.758-0.050
    G30.760-0.05212 GHz (II)
    90.8;91.791.31.30.7PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    5518 46 41.5-01 48 37.130.77980.2300G30.781+0.231
    G30.780+0.230 Image 12 GHz (II)
    48.2;49.349.011.64.1PRS114+H2O -CH3OH I +CH3OH II 2010 March
    5618 46 48.1-01 48 53.930.78810.2035G30.788+0.204
    G30.788+0.204 Image 12 GHz (II)
    75.5;88.187.44.03.7PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    5718 47 47-01 54 26.430.8178-0.0568G30.817-0.057
    G30.818-0.057 Image Descr 12 GHz (II)
    107.8;108.1108.10.50.1PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    5818 47 9.1-01 44 11.130.89800.1614G30.898+0.162
    G30.898+0.161 Image Descr 12 GHz (II)
    99.3;102.1101.713.513.3PRS114-H2O +CH3OH I +CH3OH II +OH 2008 June
    5918 47 32-01 42 57.630.95960.0860G30.959+0.086
    G30.960+0.086 Image 12 GHz (II)
    39.9;40.139.90.50.1PRS114+H2O -CH3OH I +CH3OH II 2010 March
    6018 48 22.1-01 48 30.330.9725-0.1417G30.973-0.141
    G30.972-0.142 Image 12 GHz (II)
    74.2;78.074.79.24.8PRS114+H2O +CH3OH I +CH3OH II 2010 March
    6118 46 43.9-01 30 54.231.04700.3561G31.047+0.356
    G31.047+0.356 Image 12 GHz (II)
    80.0;81.380.91.50.9PRS114+H2O -CH3OH I +CH3OH II 2010 March
    6218 47 54.7-01 34 56.931.12160.0628G31.122+0.063
    G31.122+0.063 Image 12 GHz (II)
    47.9;48.248.00.60.1PRS114+CH3OH II 2008 June
    6318 48 46.4-01 37 28.131.1825-0.1481G31.182-0.148
    G31.182-0.148 Image 12 GHz (II)
    43.7;46.646.40.60.3PRS114-CH3OH I +CH3OH II 2010 March
    6418 48 12.4-01 26 30.131.28060.0613G31.280+0.062
    G31.281+0.061 Image 12 GHz (II)
    103.5;113.0110.414.724.5PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    6518 47 34.3-01 12 45.631.41190.3071G31.412+0.307
    G31.412+0.307 Image 12 GHz (II)
    94.0;95.895.71.50.5PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    6618 48 41.9-01 10 2.531.58080.0770G31.581+0.077
    G31.581+0.077 Image 12 GHz (II)
    98.9;99.499.21.00.4PRS114+H2O +CH3OH I +CH3OH II 2010 March
    6718 49 40.9-01 16 43.131.5937-0.1923G31.594-0.192
    G31.594-0.192 Image 12 GHz (II)
    48.2;48.548.20.50.1PRS114+CH3OH II 2008 June
    6818 49 36.6-00 45 45.932.04460.0590G32.045+0.059
    G32.045+0.059 Image 12 GHz (II)
    92.7;101.598.523.516.4PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    6918 49 36.6-00 43 16.432.08170.0778G32.082+0.078
    G32.082+0.078 Image Descr 12 GHz (II)
    92.7;93.092.81.20.3PRS114+CH3OH II 2010 March
    7018 51 21.9-00 12 0532.7443-0.0755G32.744-0.076
    G32.744-0.075 Image 12 GHz (II)
    29.9;38.930.57.28.2PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    7118 51 25.6+00 04 8.332.99200.0340G32.993+0.038
    G32.992+0.034 Image 12 GHz (II)
    89.7;90.889.70.40.2PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    7218 51 59.6+00 06 35.533.0930-0.0734G33.093-0.071
    G33.093-0.073 Image 12 GHz (II)
    101.2;105.2103.92.31.5PRS114-H2O +CH3OH II 2010 March
    7318 52 7.8+00 08 12.833.1327-0.0916G33.133-0.092
    G33.133-0.092 Image 12 GHz (II)
    72.9;73.373.30.40.1PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June 2010 March
    7418 53 25.3+00 10 43.933.3172-0.3598G33.317-0.360
    G33.317-0.360 Image 12 GHz (II)
    27.6;27.927.80.50.1PRS114+CH3OH II 2010 March
    7518 52 14.6+00 24 52.933.39280.0098G33.393+0.010
    G33.393+0.010 Image 12 GHz (II)
    105.3;105.9105.60.50.2PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    7618 52 18.4+00 30 40.233.48590.0398G33.486+0.040
    G33.486+0.040 Image 12 GHz (II)
    121.5;123.4122.80.70.5PRS114+CH3OH II 2008 June
    7718 53 32.6+00 31 39.333.6414-0.2277G33.641-0.228
    G33.641-0.228 Image 12 GHz (II)
    58.5;61.358.829.312.4PRS114+H2O -CH3OH I +CH3OH II +OH 2010 March
    7818 53 21.4+01 13 44.434.24450.1334G34.257+0.153
    G34.244+0.133 Image 12 GHz (II)
    60.8;61.861.13.21.6PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    7918 53 18.6+01 14 57.434.25720.1531G34.257+0.153
    G34.257+0.153 Image 12 GHz (II)
    56.5;58.157.83.81.5PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    8018 59 46+01 01 1934.7913-1.3865G34.800-1.391
    G34.791-1.387 Image 12 GHz (II)
    44.1;44.944.31.00.5PRS114-H2O +CH3OH II 2010 March
    8118 54 0.7+02 01 19.235.02470.3497G35.025+0.350
    G35.025+0.350 Image 12 GHz (II)
    41.9;43.542.10.70.3PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    8218 58 6.1+01 37 7.535.1324-0.7440G35.131-0.746
    G35.132-0.744 Image 12 GHz (II)
    28.8;36.731.23.11.4PRS114+H2O +CH3OH I +CH3OH II 2010 March
    8318 58 13+01 40 35.735.1970-0.7432G35.197-0.743
    G35.197-0.743 Image Descr 12 GHz (II)
    28.0;29.028.310.85.8PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    8418 58 12.9+01 40 37.535.1973-0.7426G35.197-0.743
    G35.197-0.743n Descr 12 GHz (II)
    26.2;31.030.520.327.3PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    8519 01 45.5+01 13 32.635.2002-1.7365G35.200-1.738
    G35.200-1.736 Image 12 GHz (II)
    39.9;45.544.64637.6PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    8618 57 16.9+02 27 58.135.7927-0.1747G35.793-0.175
    G35.793-0.175 Image 12 GHz (II)
    60.7;61.260.91.50.6PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    8718 55 16.8+03 05 5.436.11510.5524G36.115+0.553
    G36.115+0.552 Image Descr 12 GHz (II)
    74.0;75.574.64.92.4PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    8818 58 39.2+03 28 0.936.8395-0.0223G36.839-0.022
    G36.839-0.022 Image 12 GHz (II)
    54.7;54.954.80.70.1PRS114-CH3OH I +CH3OH II 2010 March
    8918 59 4.4+03 38 32.837.0435-0.0354G37.033-0.035
    G37.043-0.035 Image 12 GHz (II)
    83.5;84.083.82.70.9PRS114+H2O -CH3OH I +CH3OH II +OH 2010 March
    9018 54 14.2+04 41 41.137.42971.5178G37.427+1.518
    G37.430+1.518 Image 12 GHz (II)
    40.8;41.941.29037PRS114+H2O +CH3OH I +CH3OH II 2010 March
    9119 00 7.1+03 59 53.137.4790-0.1048G37.479-0.105
    G37.479-0.105 Image 12 GHz (II)
    58.5;63.062.92.31.6PRS114+H2O +CH3OH I +CH3OH II 2010 March
    9219 00 16.1+04 03 16.137.5461-0.1120G37.545-0.112
    G37.546-0.112 Image 12 GHz (II)
    49.6;50.350.01.40.5PRS114+H2O -CH3OH I +CH3OH II 2010 March
    9319 01 44.1+04 30 37.438.1190-0.2288G38.119-0.229
    G38.119-0.229 Image 12 GHz (II)
    69.7;70.870.42.61.6PRS114-H2O -CH3OH I +CH3OH II 2010 March
    9419 00 58+05 42 43.939.10000.4912G39.100+0.491
    G39.100+0.491 Image 12 GHz (II)
    14.6;16.315.82.12.0PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    9519 05 41.2+06 26 12.740.2819-0.2194G40.282-0.219
    G40.282-0.219 Image 12 GHz (II)
    70.8;80.274.33.73.3PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    9619 02 39.6+06 59 0940.42500.7001G40.425+0.700
    G40.425+0.700 Image 12 GHz (II)
    6.2;15.16.78.23.5PRS114+H2O +CH3OH II +OH 2010 March
    9719 07 21.8+07 25 17.341.3476-0.1364G41.348-0.136
    G41.348-0.136 Image 12 GHz (II)
    7.2;11.88.41.40.8PRS114+H2O -CH3OH I +CH3OH II +OH 2010 March
    9819 07 28.2+08 10 53.542.03440.1901G42.034+0.190
    G42.034+0.190 Image 12 GHz (II)
    7.6;14.911.52.62.4PRS114+H2O -CH3OH I +CH3OH II 2010 March
    9919 09 55.1+08 36 53.542.6981-0.1475G42.698-0.147
    G42.698-0.147 Image 12 GHz (II)
    -46.7;-42.6-42.81.20.7PRS114-CH3OH I +CH3OH II 2010 March
    10019 10 11.1+09 05 20.543.14900.0131G43.167+0.011
    G43.149+0.013 Image Descr 12 GHz (II)
    13.5;14.013.62.80.7PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    10119 10 16.7+09 05 51.343.1674-0.0037G43.167+0.011
    G43.167-0.004 Image 12 GHz (II)
    -1.3;0.0- 1.11.10.5PRS114+H2O +CH3OH I +CH3OH II +OH 2015 May
    10219 14 26.4+09 22 36.643.8904-0.7844G43.890-0.784
    G43.890-0.784 Image 12 GHz (II)
    47.5;52.147.94.22.7PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    10319 14 24.1+11 09 43.445.46710.0531G45.465+0.053
    G45.467+0.053 Image 12 GHz (II)
    56.1;56.856.31.00.4PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    10419 16 31.1+11 16 1245.8041-0.3559G45.804-0.356
    G45.804-0.356 Image 12 GHz (II)
    59.7;60.260.02.80.7PRS114+H2O +CH3OH I +CH3OH II 2010 March
    10519 22 26.1+14 06 39.848.9902-0.2988G48.990-0.299
    G48.990-0.299 Image 12 GHz (II)
    71.3;71.771.50.60.2PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    10619 25 22.3+13 47 19.549.0429-1.0788G49.043-1.079
    G49.043-1.079 Image 12 GHz (II)
    35.4;38.937.47.17.1PRS114+H2O +CH3OH I +CH3OH II 2010 March
    10719 20 44.9+14 38 26.949.26520.3112G49.265+0.311
    G49.265+0.311 Image 12 GHz (II)
    -5.7;-3.1- 4.21.20.8PRS114+CH3OH I +CH3OH II 2010 March
    10819 20 32.4+14 45 45.449.34920.4125G49.349+0.413
    G49.349+0.413 Image 12 GHz (II)
    67.0;68.968.32.81.9PRS114-CH3OH I +CH3OH II 2010 March
    10919 20 59.2+14 46 49.749.41560.3258G49.416+0.326
    G49.416+0.326 Image Descr 12 GHz (II)
    -11.2;-9.7-10.50.90.6PRS114+H2O -CH3OH I +CH3OH II 2010 March
    11019 23 37.9+14 29 59.349.4697-0.3707G49.488-0.387
    G49.470-0.37112 GHz (II)
    63.6;64.163.90.50.1PRS114+H2O +CH3OH I +CH3OH II +OH -SiO 2008 June
    11119 23 39.8+14 31 4.949.4894-0.3690G49.488-0.387
    G49.489-0.369 Descr 12 GHz (II)
    56.9;61.257.82.01.2PRS114+H2O +CH3OH I +CH3OH II +OH -SiO 2008 June
    11219 23 43.9+14 30 34.549.4898-0.3876G49.488-0.387
    G49.490-0.388 Image Descr 12 GHz (II)
    55.6;57.256.14.82.1PRS114+H2O +CH3OH I +CH3OH II +OH -SiO 2008 June
    19 23 43.9+14 30 34.549.4898-0.3876G49.488-0.387
    G49.490-0.38812 GHz (II)
    55.5;56.356.15.52.5PRS114+H2O +CH3OH I +CH3OH II +OH -SiO 2010 March
    11319 23 26.6+14 40 1749.5994-0.2495G49.599-0.250
    G49.599-0.249 Image 12 GHz (II)
    62.2;66.063.08.110.9PRS114+H2O -CH3OH I +CH3OH II 2010 March
    11419 24 17.4+15 54 1.650.77890.1518G50.779+0.152
    G50.779+0.152 Image 12 GHz (II)
    49.0;49.349.20.60.1PRS114+H2O -CH3OH I +CH3OH II 2010 March
    11519 24 59.8+17 25 17.952.19880.7232G52.199+0.723
    G52.199+0.723 Image 12 GHz (II)
    3.1;3.93.75.41.8PRS114+H2O -CH3OH I +CH3OH II -OH 2010 March
    11619 32 36.1+16 57 38.552.6627-1.0921G52.660-1.090
    G52.663-1.092 Image 12 GHz (II)
    64.7;65.965.22.21.0PRS114+H2O +CH3OH II 2010 March

    Non-detection table from Breen et al. (2016)

    Export table to csv

    Hide / Show individual components

    ID Obs. RA Obs. Dec l b Group id Source name Line Vrange Fpeak Telescope Beam Detection Date
    (J2000) (J2000) (deg.) (deg.) CH3OH (class II) (km/s) (Jy) (arcsec) Yes/No
    118 28 15.9-11 10 20.420.3639-0.0126G20.364-0.013
    G20.364-0.01312 GHz (II)
    -140;200<0.73PRS114-CH3OH I +CH3OH II 2008 June
    18 28 15.9-11 10 20.420.3639-0.0126G20.364-0.013
    G20.364-0.01312 GHz (II)
    -195;145<0.80PRS114-CH3OH I +CH3OH II 2008 December
    18 28 15.9-11 10 20.420.3639-0.0126G20.364-0.013
    G20.364-0.01312 GHz (II)
    -135;205<0.77PRS114-CH3OH I +CH3OH II 2010 March
    218 34 20.9-05 59 42.225.64961.0495G25.649+1.050
    G25.650+1.04912 GHz (II)
    -140;200<0.51PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    318 45 12.1-02 01 13.630.42280.4655G30.423+0.465
    G30.432+0.46612 GHz (II)
    -140;200<0.75PRS114+CH3OH II 2008 June-December
    18 45 12.1-02 01 13.630.42280.4655G30.423+0.465
    G30.432+0.46612 GHz (II)
    -195;145<0.80PRS114+CH3OH II 2008 December

    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