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Select data type: CH3OH_II

ELL13 - Testing maser-based evolutionary schemes: a new search for 37.7-GHz methanol masers

Short title: Ellingsen et al. (2013)
Authors: Ellingsen, S. P.Breen, S. L.Voronkov, M. A.Dawson, J. R.
Journal: Monthly Notices of the Royal Astronomical Society, Volume 429, Issue 4, p.3501-3516
Bibcode: 2013MNRAS.429.3501E
  • Detection table from Ellingsen et al. (2013)

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    ID Obs. RA Obs. Dec l b Group id Source name Image Line Vpeak FWHM Fpeak Telescope RMS Beam Detection Date
    (J2000) (J2000) (deg.) (deg.) CH3OH (class II) (km/s) (km/s) (Jy) (Jy) (arcsec) Yes/No
    106 08 53.3+21 38 29188.94610.8858G188.946+0.887
    G188.946+0.886 Image 37 GHz (II)
    10.65(0.01)0.59(0.01)33.3 (0.4)MOP0.33073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    214 43 24.2-60 17 37316.3814-0.3788G316.361-0.363
    G316.381-0.379 Image 37 GHz (II)
    -0.63(0.04)0.5(0.1)1.3 (0.2)MOP0.22073+H2O +CH3OH II +OH 2012 January 15-19
    315 00 55.4-58 58 53318.9478-0.1962G318.948-0.196
    G318.948-0.196 Image 37 GHz (II)
    -34.21(0.01)0.47(0.02)8.8 (0.3)MOP0.28073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    415 31 45.6-56 30 50323.7404-0.2628G323.740-0.263
    G323.740-0.263 Image 37 GHz (II)
    -51.22(0.01)0.57(0.03)21 (1)MOP0.44073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    15 31 45.6-56 30 50323.7404-0.2628G323.740-0.263
    G323.740-0.263 Image 37 GHz (II)
    -49.80(0.08)0.8(0.2)4.2 (0.9)MOP0.44073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    516 29 47.3-48 15 52335.78890.1741G335.789+0.174
    G335.789+0.174 Image 37 GHz (II)
    -46.12(0.01)0.35(0.03)13.8 (0.7)MOP0.43073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    16 29 47.3-48 15 52335.78890.1741G335.789+0.174
    G335.789+0.174 Image 37 GHz (II)
    -47.4(0.2)1.3(0.4)1.1 (0.3)MOP0.43073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    616 38 29.7-47 28 03337.3648-0.3588G337.365-0.359
    G337.705-0.053 Image 37 GHz (II)
    -54.93(0.02)0.49(0.05)3.3 (0.3)MOP0.31073+CH3OH II 2012 January 15-19
    716 40 38-46 11 26338.56150.2175G338.561+0.218
    G338.561+0.218 Image 37 GHz (II)
    -39.6(0.3)2.2(0.6)0.9 (0.2)MOP0.42073+H2O +CH3OH II 2012 January 15-19
    816 44 49-46 10 13339.0530-0.3146G339.053-0.315
    G339.053-0.315 Image 37 GHz (II)
    -111.20.6(0.2)0.7 (0.2)MOP0.17073-H2O +CH3OH II +OH 2012 January 15-19
    916 52 4.8-46 08 34339.8843-1.2590G339.884-1.259
    G339.884-1.259 Image 37 GHz (II)
    -38.76(0.01)0.31(0.01)406 (5)MOP0.47073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    16 52 4.8-46 08 34339.8843-1.2590G339.884-1.259
    G339.884-1.259 Image 37 GHz (II)
    -38.61(0.01)0.64(0.01)74 (5)MOP0.47073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    16 52 4.8-46 08 34339.8843-1.2590G339.884-1.259
    G339.884-1.259 Image 37 GHz (II)
    -34.94(0.06)2.4(0.2)2.9 (0.4)MOP0.47073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    16 52 4.8-46 08 34339.8843-1.2590G339.884-1.259
    G339.884-1.259 Image 37 GHz (II)
    -33.66(0.07)0.8(0.2)2.4 (0.4)MOP0.47073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    1016 50 14.8-44 42 25340.7852-0.0956G340.785-0.096
    G340.785-0.096 Image 37 GHz (II)
    -105.50(0.01)0.45(0.01)19.0 (0.3)MOP0.23073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    16 50 14.8-44 42 25340.7852-0.0956G340.785-0.096
    G340.785-0.096 Image 37 GHz (II)
    -106.58(0.01)0.44(0.01)12.0 (0.3)MOP0.23073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    1116 56 47.7-40 14 26345.00971.7921G345.010+1.792
    G345.010+1.792 Image 37 GHz (II)
    -22.10.48(0.01)203 (2)MOP0.40073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    16 56 47.7-40 14 26345.00971.7921G345.010+1.792
    G345.010+1.792 Image 37 GHz (II)
    -21.830.72(0.02)71 (2)MOP0.40073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    16 56 47.7-40 14 26345.00971.7921G345.010+1.792
    G345.010+1.792 Image 37 GHz (II)
    -20.90.7(0.1)9 (1)MOP0.40073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    1217 20 4.1-38 58 30348.7040-1.0436G348.720-1.039
    G348.703-1.043 Image 37 GHz (II)
    -3.51(0.02)0.40(0.05)3.6 (0.4)MOP0.25073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    1317 20 53.4-35 47 00351.41720.6454G351.417+0.645
    NGC6334F Image 37 GHz (II)
    -10.88(0.01)0.32(0.01)105 (2)MOP0.47073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    17 20 53.4-35 47 00351.41720.6454G351.417+0.645
    NGC6334F Image 37 GHz (II)
    -10.450.36(0.01)27 (1)MOP0.47073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    17 20 53.4-35 47 00351.41720.6454G351.417+0.645
    NGC6334F Image 37 GHz (II)
    -9.9(0.1)3.3(0.2)3.6 (0.3)MOP0.47073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    1417 23 34.5-35 49 46351.68810.1709G351.688+0.171
    G351.688+0.171 Image 37 GHz (II)
    -36.06(0.02)0.57(0.06)2.4 (0.2)MOP0.21073-H2O +CH3OH II 2012 January 15-19
    1517 24 41.2-35 30 19352.08320.1670G352.083+0.167
    G352.083+0.167 Image 37 GHz (II)
    -66.21(0.05)0.5(0.1)1.2 (0.2)MOP0.22073+H2O +CH3OH II 2012 January 15-19
    1617 45 39.1-29 23 30359.6148-0.2432G359.615-0.243
    G359.615-0.243 Image 37 GHz (II)
    23.4(0.3)2.3(0.7)0.6 (0.1)MOP0.33073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    1718 06 14.8-20 31 329.62140.1953G9.621+0.195
    G9.621+0.196 Image 37 GHz (II)
    -1.14(0.01)0.39(0.05)22 (1)MOP0.59073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    18 06 14.8-20 31 329.62140.1953G9.621+0.195
    G9.621+0.196 Image 37 GHz (II)
    -0.69(0.09)1.1(0.1)7.7 (0.7)MOP0.59073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    1818 34 40.4-09 00 2723.0128-0.4096G23.008-0.411
    G23.440-0.182 Image 37 GHz (II)
    98.16(0.08)0.9(0.2)1.1 (0.2)MOP0.27073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    1916 29 47.3-48 15 52335.78890.1741G335.789+0.174
    G335.789+0.174 Image 38.2 GHz (II)
    -46.12(0.01)0.36(0.06)7 (1)MOP0.43073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    2016 56 47.7-40 14 26345.00971.7921G345.010+1.792
    G345.010+1.792 Image 38.2 GHz (II)
    -22.21(0.01)0.72(0.03)13.8 (0.4)MOP0.40073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    16 56 47.7-40 14 26345.00971.7921G345.010+1.792
    G345.010+1.792 Image 38.2 GHz (II)
    -21.31(0.02)0.48(0.04)8.0 (0.4)MOP0.40073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    2116 56 47.7-40 14 26345.00971.7921G345.010+1.792
    G345.010+1.79238.4 GHz (II)
    -22.29(0.02)0.64(0.04)7.1 (0.4)MOP0.40073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    16 56 47.7-40 14 26345.00971.7921G345.010+1.792
    G345.010+1.79238.4 GHz (II)
    -21.32(0.03)0.59(0.07)4.0 (0.4)MOP0.40073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    2217 20 53.4-35 47 00351.41720.6454G351.417+0.645
    NGC6334F Image 38.2 GHz (II)
    -10.50(0.02)0.35(0.02)170 (10)MOP0.47073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    17 20 53.4-35 47 00351.41720.6454G351.417+0.645
    NGC6334F Image 38.2 GHz (II)
    -11.0(0.1)0.4(0.1)40 (2)MOP0.47073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    2317 20 53.4-35 47 00351.41720.6454G351.417+0.645
    NGC6334F38.4 GHz (II)
    -10.49(0.01)0.38(0.02)150 (3)MOP0.47073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    17 20 53.4-35 47 00351.41720.6454G351.417+0.645
    NGC6334F38.4 GHz (II)
    -11.01(0.02)0.28(0.01)49 (4)MOP0.47073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19

    Non-detection table from Ellingsen et al. (2013)

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    ID Obs. RA Obs. Dec l b Group id Source name Line Telescope RMS Beam Detection Date
    (J2000) (J2000) (deg.) (deg.) CH3OH (class II) (Jy) (arcsec) Yes/No
    107 44 51.9-24 07 42240.31560.0710G240.316+0.071
    G240.316+0.07137 GHz (II)
    MOP0.28073+H2O -CH3OH II +OH 2012 January 15-19
    210 48 4.4-58 27 01287.37120.6442G287.371+0.644
    G287.371+0.64437 GHz (II)
    MOP0.20073+H2O -CH3OH I +CH3OH II +OH 2012 January 15-19
    312 34 53.4-61 39 40300.96911.1476G300.969+1.148
    G300.969+1.14837 GHz (II)
    MOP0.17073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    413 50 41.8-61 35 10309.92060.4789G309.921+0.479
    G309.921+0.47937 GHz (II)
    MOP0.47073-H2O +CH3OH II +OH 2012 January 15-19
    513 51 58.5-61 15 40310.14410.7601G310.144+0.760
    G310.144+0.76037 GHz (II)
    MOP0.16073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    614 06 38.8-61 58 23311.6428-0.3800G311.643-0.380
    G311.643-0.38037 GHz (II)
    MOP0.27073+H2O +CH3OH II +OH 2012 January 15-19
    714 19 40.9-60 51 47313.46930.1905G313.469+0.190
    G313.469+0.19037 GHz (II)
    MOP0.46073+H2O -CH3OH I +CH3OH II +OH 2012 January 15-19
    814 43 11.2-60 17 13316.3598-0.3616G316.361-0.363
    G316.359-0.36237 GHz (II)
    MOP0.22073+H2O +CH3OH II +OH 2012 January 15-19
    914 51 19.7-59 50 51317.4656-0.4026G317.466-0.403
    G317.466-0.40237 GHz (II)
    MOP0.44073-CH3OH I +CH3OH II 2012 January 15-19
    1015 43 16.6-54 07 15326.47460.7026G326.475+0.703
    G326.475+0.70337 GHz (II)
    MOP0.47073+H2O +CH3OH I +CH3OH II 2012 January 15-19
    1115 49 19.5-53 45 14327.40220.4445G327.402+0.444
    G327.402+0.44537 GHz (II)
    MOP0.45073+H2O -CH3OH I +CH3OH II +OH 2012 January 15-19
    1216 00 31.8-53 12 50329.0294-0.2049G329.031-0.200
    G329.029-0.20537 GHz (II)
    MOP0.46073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    1316 11 26.6-51 41 57331.2782-0.1883G331.278-0.188
    G331.278-0.18837 GHz (II)
    MOP0.48073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    1416 10 9.4-51 16 05331.42460.2640G331.425+0.264
    G331.425+0.26437 GHz (II)
    MOP0.43073+H2O -CH3OH I +CH3OH II 2012 January 15-19
    1516 12 12.5-51 35 10331.4421-0.1867G331.442-0.187
    G331.442-0.18737 GHz (II)
    MOP0.43073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    1616 21 8.8-49 59 48333.5621-0.0246G333.562-0.025
    G333.562-0.02537 GHz (II)
    MOP0.42073+CH3OH I +CH3OH II 2012 January 15-19
    1716 30 56-48 45 50335.5563-0.3068G335.556-0.307
    G335.556-0.30737 GHz (II)
    MOP0.23073-H2O +CH3OH II +OH 2012 January 15-19
    1816 29 27.4-48 17 53335.72660.1909G335.726+0.191
    G335.726+0.19137 GHz (II)
    MOP0.43073+H2O +CH3OH II 2012 January 15-19
    1916 33 29.2-48 03 44336.3583-0.1375G336.358-0.137
    G336.358-0.13737 GHz (II)
    MOP0.41073+H2O +CH3OH II +OH 2012 January 15-19
    2016 35 46.6-47 16 17337.20140.1141G337.201+0.114
    G337.201+0.11437 GHz (II)
    MOP0.41073+H2O +CH3OH II 2012 January 15-19
    2116 40 13.6-45 38 33338.92480.6339G338.925+0.634
    G338.926+0.63437 GHz (II)
    MOP0.39073+CH3OH II 2012 January 15-19
    2216 45 51.6-45 23 33339.76160.0541G339.762+0.054
    G339.762+0.05437 GHz (II)
    MOP0.39073+H2O +CH3OH II 2012 January 15-19
    2316 49 08-45 37 58339.9490-0.5387G339.949-0.539
    G339.949-0.53937 GHz (II)
    MOP0.40073+CH3OH I +CH3OH II 2012 January 15-19
    2416 48 13.9-45 31 51339.9254-0.3524G339.925-0.352
    G339.986-0.42537 GHz (II)
    MOP0.23073-CH3OH II 2012 January 15-19
    2516 55 2.3-43 13 00342.48420.1831G342.485+0.183
    G342.484+0.18337 GHz (II)
    MOP0.37073+H2O +CH3OH I +CH3OH II 2012 January 15-19
    2617 08 0.1-40 02 16346.48010.2214G346.480+0.221
    G346.480+0.22137 GHz (II)
    MOP0.38073-H2O +CH3OH II 2012 January 15-19
    2717 13 6.2-39 02 40347.86310.0187G347.863+0.019
    G347.863+0.01937 GHz (II)
    MOP0.39073-H2O +CH3OH II +OH 2012 January 15-19
    2817 15 50.1-38 10 12348.88460.0966G348.885+0.096
    G348.884+0.09637 GHz (II)
    MOP0.37073+H2O +CH3OH II +OH 2012 January 15-19
    2917 20 00-36 58 00350.34360.1164G350.344+0.116
    G350.344+0.11637 GHz (II)
    MOP0.44073-H2O +CH3OH II 2012 January 15-19
    3017 30 26.2-34 41 46353.4097-0.3603G353.410-0.360
    G353.410-0.36037 GHz (II)
    MOP0.26073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    3117 31 31.8-33 32 44354.49550.0825G354.496+0.083
    G354.496+0.08337 GHz (II)
    MOP0.25073-H2O +CH3OH II 2012 January 15-19
    3217 30 17.1-33 13 55354.61490.4719G354.615+0.472
    G354.615+0.47237 GHz (II)
    MOP0.30073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    3317 43 32-30 34 11358.3708-0.4682G358.386-0.479
    G358.371-0.46837 GHz (II)
    MOP0.32073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    3417 48 25.9-29 12 060.0915-0.6630G0.092-0.663
    G0.092-0.66337 GHz (II)
    MOP0.31073-H2O +CH3OH I +CH3OH II 2012 January 15-19
    3518 05 25.7-21 19 258.8317-0.0281G8.832-0.028
    G8.832-0.02837 GHz (II)
    MOP0.25073+H2O +CH3OH I +CH3OH II 2012 January 15-19
    3619 01 45.5+01 13 3635.2010-1.7359G35.200-1.738
    G35.201-1.73637 GHz (II)
    MOP0.26073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    3706 08 53.3+21 38 29188.94610.8858G188.946+0.887
    G188.946+0.88638.2 GHz (II)
    MOP0.35073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    3807 44 51.9-24 07 42240.31560.0710G240.316+0.071
    G240.316+0.07138.2 GHz (II)
    MOP0.27073+H2O -CH3OH II +OH 2012 January 15-19
    3910 48 4.4-58 27 01287.37120.6442G287.371+0.644
    G287.371+0.64438.2 GHz (II)
    MOP0.21073+H2O -CH3OH I +CH3OH II +OH 2012 January 15-19
    4012 34 53.4-61 39 40300.96911.1476G300.969+1.148
    G300.969+1.14838.2 GHz (II)
    MOP0.19073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    4113 50 41.8-61 35 10309.92060.4789G309.921+0.479
    G309.921+0.47938.2 GHz (II)
    MOP0.46073-H2O +CH3OH II +OH 2012 January 15-19
    4213 51 58.5-61 15 40310.14410.7601G310.144+0.760
    G310.144+0.76038.2 GHz (II)
    MOP0.15073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    4314 06 38.8-61 58 23311.6428-0.3800G311.643-0.380
    G311.643-0.38038.2 GHz (II)
    MOP0.28073+H2O +CH3OH II +OH 2012 January 15-19
    4414 19 40.9-60 51 47313.46930.1905G313.469+0.190
    G313.469+0.19038.2 GHz (II)
    MOP0.44073+H2O -CH3OH I +CH3OH II +OH 2012 January 15-19
    4514 43 11.2-60 17 13316.3598-0.3616G316.361-0.363
    G316.359-0.36238.2 GHz (II)
    MOP0.23073+H2O +CH3OH II +OH 2012 January 15-19
    4614 43 24.2-60 17 37316.3814-0.3788G316.361-0.363
    G316.381-0.37938.2 GHz (II)
    MOP0.23073+H2O +CH3OH II +OH 2012 January 15-19
    4714 51 19.7-59 50 51317.4656-0.4026G317.466-0.403
    G317.466-0.40238.2 GHz (II)
    MOP0.44073-CH3OH I +CH3OH II 2012 January 15-19
    4815 00 55.4-58 58 53318.9478-0.1962G318.948-0.196
    G318.948-0.19638.2 GHz (II)
    MOP0.28073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    4915 31 45.6-56 30 50323.7404-0.2628G323.740-0.263
    G323.740-0.26338.2 GHz (II)
    MOP0.46073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    5015 43 16.6-54 07 15326.47460.7026G326.475+0.703
    G326.475+0.70338.2 GHz (II)
    MOP0.47073+H2O +CH3OH I +CH3OH II 2012 January 15-19
    5115 49 19.5-53 45 14327.40220.4445G327.402+0.444
    G327.402+0.44538.2 GHz (II)
    MOP0.46073+H2O -CH3OH I +CH3OH II +OH 2012 January 15-19
    5216 00 31.8-53 12 50329.0294-0.2049G329.031-0.200
    G329.029-0.20538.2 GHz (II)
    MOP0.48073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    5316 11 26.6-51 41 57331.2782-0.1883G331.278-0.188
    G331.278-0.18838.2 GHz (II)
    MOP0.45073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    5416 10 9.4-51 16 05331.42460.2640G331.425+0.264
    G331.425+0.26438.2 GHz (II)
    MOP0.45073+H2O -CH3OH I +CH3OH II 2012 January 15-19
    5516 12 12.5-51 35 10331.4421-0.1867G331.442-0.187
    G331.442-0.18738.2 GHz (II)
    MOP0.47073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    5616 21 8.8-49 59 48333.5621-0.0246G333.562-0.025
    G333.562-0.02538.2 GHz (II)
    MOP0.44073+CH3OH I +CH3OH II 2012 January 15-19
    5716 30 56-48 45 50335.5563-0.3068G335.556-0.307
    G335.556-0.30738.2 GHz (II)
    MOP0.24073-H2O +CH3OH II +OH 2012 January 15-19
    5816 29 27.4-48 17 53335.72660.1909G335.726+0.191
    G335.726+0.19138.2 GHz (II)
    MOP0.43073+H2O +CH3OH II 2012 January 15-19
    5916 33 29.2-48 03 44336.3583-0.1375G336.358-0.137
    G336.358-0.13738.2 GHz (II)
    MOP0.44073+H2O +CH3OH II +OH 2012 January 15-19
    6016 35 46.6-47 16 17337.20140.1141G337.201+0.114
    G337.201+0.11438.2 GHz (II)
    MOP0.43073+H2O +CH3OH II 2012 January 15-19
    6116 38 29.7-47 28 03337.3648-0.3588G337.365-0.359
    G337.705-0.05338.2 GHz (II)
    MOP0.33073+CH3OH II 2012 January 15-19
    6216 40 38-46 11 26338.56150.2175G338.561+0.218
    G338.561+0.21838.2 GHz (II)
    MOP0.41073+H2O +CH3OH II 2012 January 15-19
    6316 40 13.6-45 38 33338.92480.6339G338.925+0.634
    G338.926+0.63438.2 GHz (II)
    MOP0.41073+CH3OH II 2012 January 15-19
    6416 44 49-46 10 13339.0530-0.3146G339.053-0.315
    G339.053-0.31538.2 GHz (II)
    MOP0.18073-H2O +CH3OH II +OH 2012 January 15-19
    6516 45 51.6-45 23 33339.76160.0541G339.762+0.054
    G339.762+0.05438.2 GHz (II)
    MOP0.41073+H2O +CH3OH II 2012 January 15-19
    6616 52 4.8-46 08 34339.8843-1.2590G339.884-1.259
    G339.884-1.25938.2 GHz (II)
    MOP0.46073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    6716 49 08-45 37 58339.9490-0.5387G339.949-0.539
    G339.949-0.53938.2 GHz (II)
    MOP0.40073+CH3OH I +CH3OH II 2012 January 15-19
    6816 48 13.9-45 31 51339.9254-0.3524G339.925-0.352
    G339.986-0.42538.2 GHz (II)
    MOP0.24073-CH3OH II 2012 January 15-19
    6916 50 14.8-44 42 25340.7852-0.0956G340.785-0.096
    G340.785-0.09638.2 GHz (II)
    MOP0.22073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    7016 55 2.3-43 13 00342.48420.1831G342.485+0.183
    G342.484+0.18338.2 GHz (II)
    MOP0.39073+H2O +CH3OH I +CH3OH II 2012 January 15-19
    7117 08 0.1-40 02 16346.48010.2214G346.480+0.221
    G346.480+0.22138.2 GHz (II)
    MOP0.39073-H2O +CH3OH II 2012 January 15-19
    7217 13 6.2-39 02 40347.86310.0187G347.863+0.019
    G347.863+0.01938.2 GHz (II)
    MOP0.40073-H2O +CH3OH II +OH 2012 January 15-19
    7317 20 4.1-38 58 30348.7040-1.0436G348.720-1.039
    G348.703-1.04338.2 GHz (II)
    MOP0.25073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    7417 15 50.1-38 10 12348.88460.0966G348.885+0.096
    G348.884+0.09638.2 GHz (II)
    MOP0.39073+H2O +CH3OH II +OH 2012 January 15-19
    7517 20 00-36 58 00350.34360.1164G350.344+0.116
    G350.344+0.11638.2 GHz (II)
    MOP0.45073-H2O +CH3OH II 2012 January 15-19
    7617 23 34.5-35 49 46351.68810.1709G351.688+0.171
    G351.688+0.17138.2 GHz (II)
    MOP0.23073-H2O +CH3OH II 2012 January 15-19
    7717 24 41.2-35 30 19352.08320.1670G352.083+0.167
    G352.083+0.16738.2 GHz (II)
    MOP0.22073+H2O +CH3OH II 2012 January 15-19
    7817 30 26.2-34 41 46353.4097-0.3603G353.410-0.360
    G353.410-0.36038.2 GHz (II)
    MOP0.26073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    7917 31 31.8-33 32 44354.49550.0825G354.496+0.083
    G354.496+0.08338.2 GHz (II)
    MOP0.25073-H2O +CH3OH II 2012 January 15-19
    8017 30 17.1-33 13 55354.61490.4719G354.615+0.472
    G354.615+0.47238.2 GHz (II)
    MOP0.29073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    8117 43 32-30 34 11358.3708-0.4682G358.386-0.479
    G358.371-0.46838.2 GHz (II)
    MOP0.34073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    8217 45 39.1-29 23 30359.6148-0.2432G359.615-0.243
    G359.615-0.24338.2 GHz (II)
    MOP0.33073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    8317 48 25.9-29 12 060.0915-0.6630G0.092-0.663
    G0.092-0.66338.2 GHz (II)
    MOP0.31073-H2O +CH3OH I +CH3OH II 2012 January 15-19
    8418 05 25.7-21 19 258.8317-0.0281G8.832-0.028
    G8.832-0.02838.2 GHz (II)
    MOP0.25073+H2O +CH3OH I +CH3OH II 2012 January 15-19
    8518 06 14.8-20 31 329.62140.1953G9.621+0.195
    G9.621+0.19638.2 GHz (II)
    MOP0.60073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    8618 34 40.4-09 00 2723.0128-0.4096G23.008-0.411
    G23.440-0.18238.2 GHz (II)
    MOP0.31073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    8719 01 45.5+01 13 3635.2010-1.7359G35.200-1.738
    G35.201-1.73638.2 GHz (II)
    MOP0.25073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    8806 08 53.3+21 38 29188.94610.8858G188.946+0.887
    G188.946+0.88638.4 GHz (II)
    MOP0.33073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    8907 44 51.9-24 07 42240.31560.0710G240.316+0.071
    G240.316+0.07138.4 GHz (II)
    MOP0.28073+H2O -CH3OH II +OH 2012 January 15-19
    9010 48 4.4-58 27 01287.37120.6442G287.371+0.644
    G287.371+0.64438.4 GHz (II)
    MOP0.20073+H2O -CH3OH I +CH3OH II +OH 2012 January 15-19
    9112 34 53.4-61 39 40300.96911.1476G300.969+1.148
    G300.969+1.14838.4 GHz (II)
    MOP0.18073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    9213 50 41.8-61 35 10309.92060.4789G309.921+0.479
    G309.921+0.47938.4 GHz (II)
    MOP0.47073-H2O +CH3OH II +OH 2012 January 15-19
    9313 51 58.5-61 15 40310.14410.7601G310.144+0.760
    G310.144+0.76038.4 GHz (II)
    MOP0.16073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    9414 06 38.8-61 58 23311.6428-0.3800G311.643-0.380
    G311.643-0.38038.4 GHz (II)
    MOP0.26073+H2O +CH3OH II +OH 2012 January 15-19
    9514 19 40.9-60 51 47313.46930.1905G313.469+0.190
    G313.469+0.19038.4 GHz (II)
    MOP0.43073+H2O -CH3OH I +CH3OH II +OH 2012 January 15-19
    9614 43 11.2-60 17 13316.3598-0.3616G316.361-0.363
    G316.359-0.36238.4 GHz (II)
    MOP0.23073+H2O +CH3OH II +OH 2012 January 15-19
    9714 43 24.2-60 17 37316.3814-0.3788G316.361-0.363
    G316.381-0.37938.4 GHz (II)
    MOP0.22073+H2O +CH3OH II +OH 2012 January 15-19
    9814 51 19.7-59 50 51317.4656-0.4026G317.466-0.403
    G317.466-0.40238.4 GHz (II)
    MOP0.45073-CH3OH I +CH3OH II 2012 January 15-19
    9915 00 55.4-58 58 53318.9478-0.1962G318.948-0.196
    G318.948-0.19638.4 GHz (II)
    MOP0.28073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    10015 31 45.6-56 30 50323.7404-0.2628G323.740-0.263
    G323.740-0.26338.4 GHz (II)
    MOP0.44073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    10115 43 16.6-54 07 15326.47460.7026G326.475+0.703
    G326.475+0.70338.4 GHz (II)
    MOP0.48073+H2O +CH3OH I +CH3OH II 2012 January 15-19
    10215 49 19.5-53 45 14327.40220.4445G327.402+0.444
    G327.402+0.44538.4 GHz (II)
    MOP0.47073+H2O -CH3OH I +CH3OH II +OH 2012 January 15-19
    10316 00 31.8-53 12 50329.0294-0.2049G329.031-0.200
    G329.029-0.20538.4 GHz (II)
    MOP0.46073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    10416 11 26.6-51 41 57331.2782-0.1883G331.278-0.188
    G331.278-0.18838.4 GHz (II)
    MOP0.46073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    10516 10 9.4-51 16 05331.42460.2640G331.425+0.264
    G331.425+0.26438.4 GHz (II)
    MOP0.46073+H2O -CH3OH I +CH3OH II 2012 January 15-19
    10616 12 12.5-51 35 10331.4421-0.1867G331.442-0.187
    G331.442-0.18738.4 GHz (II)
    MOP0.43073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    10716 21 8.8-49 59 48333.5621-0.0246G333.562-0.025
    G333.562-0.02538.4 GHz (II)
    MOP0.44073+CH3OH I +CH3OH II 2012 January 15-19
    10816 30 56-48 45 50335.5563-0.3068G335.556-0.307
    G335.556-0.30738.4 GHz (II)
    MOP0.23073-H2O +CH3OH II +OH 2012 January 15-19
    10916 29 27.4-48 17 53335.72660.1909G335.726+0.191
    G335.726+0.19138.4 GHz (II)
    MOP0.45073+H2O +CH3OH II 2012 January 15-19
    11016 29 47.3-48 15 52335.78890.1741G335.789+0.174
    G335.789+0.17438.4 GHz (II)
    MOP0.43073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    11116 33 29.2-48 03 44336.3583-0.1375G336.358-0.137
    G336.358-0.13738.4 GHz (II)
    MOP0.42073+H2O +CH3OH II +OH 2012 January 15-19
    11216 35 46.6-47 16 17337.20140.1141G337.201+0.114
    G337.201+0.11438.4 GHz (II)
    MOP0.41073+H2O +CH3OH II 2012 January 15-19
    11316 38 29.7-47 28 03337.3648-0.3588G337.365-0.359
    G337.705-0.05338.4 GHz (II)
    MOP0.31073+CH3OH II 2012 January 15-19
    11416 40 38-46 11 26338.56150.2175G338.561+0.218
    G338.561+0.21838.4 GHz (II)
    MOP0.42073+H2O +CH3OH II 2012 January 15-19
    11516 40 13.6-45 38 33338.92480.6339G338.925+0.634
    G338.926+0.63438.4 GHz (II)
    MOP0.42073+CH3OH II 2012 January 15-19
    11616 44 49-46 10 13339.0530-0.3146G339.053-0.315
    G339.053-0.31538.4 GHz (II)
    MOP0.17073-H2O +CH3OH II +OH 2012 January 15-19
    11716 45 51.6-45 23 33339.76160.0541G339.762+0.054
    G339.762+0.05438.4 GHz (II)
    MOP0.38073+H2O +CH3OH II 2012 January 15-19
    11816 52 4.8-46 08 34339.8843-1.2590G339.884-1.259
    G339.884-1.25938.4 GHz (II)
    MOP0.47073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    11916 49 08-45 37 58339.9490-0.5387G339.949-0.539
    G339.949-0.53938.4 GHz (II)
    MOP0.40073+CH3OH I +CH3OH II 2012 January 15-19
    12016 48 13.9-45 31 51339.9254-0.3524G339.925-0.352
    G339.986-0.42538.4 GHz (II)
    MOP0.24073-CH3OH II 2012 January 15-19
    12116 50 14.8-44 42 25340.7852-0.0956G340.785-0.096
    G340.785-0.09638.4 GHz (II)
    MOP0.23073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    12216 55 2.3-43 13 00342.48420.1831G342.485+0.183
    G342.484+0.18338.4 GHz (II)
    MOP0.37073+H2O +CH3OH I +CH3OH II 2012 January 15-19
    12317 08 0.1-40 02 16346.48010.2214G346.480+0.221
    G346.480+0.22138.4 GHz (II)
    MOP0.40073-H2O +CH3OH II 2012 January 15-19
    12417 13 6.2-39 02 40347.86310.0187G347.863+0.019
    G347.863+0.01938.4 GHz (II)
    MOP0.38073-H2O +CH3OH II +OH 2012 January 15-19
    12517 20 4.1-38 58 30348.7040-1.0436G348.720-1.039
    G348.703-1.04338.4 GHz (II)
    MOP0.25073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    12617 15 50.1-38 10 12348.88460.0966G348.885+0.096
    G348.884+0.09638.4 GHz (II)
    MOP0.38073+H2O +CH3OH II +OH 2012 January 15-19
    12717 20 00-36 58 00350.34360.1164G350.344+0.116
    G350.344+0.11638.4 GHz (II)
    MOP0.46073-H2O +CH3OH II 2012 January 15-19
    12817 23 34.5-35 49 46351.68810.1709G351.688+0.171
    G351.688+0.17138.4 GHz (II)
    MOP0.21073-H2O +CH3OH II 2012 January 15-19
    12917 24 41.2-35 30 19352.08320.1670G352.083+0.167
    G352.083+0.16738.4 GHz (II)
    MOP0.22073+H2O +CH3OH II 2012 January 15-19
    13017 30 26.2-34 41 46353.4097-0.3603G353.410-0.360
    G353.410-0.36038.4 GHz (II)
    MOP0.27073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    13117 31 31.8-33 32 44354.49550.0825G354.496+0.083
    G354.496+0.08338.4 GHz (II)
    MOP0.33073-H2O +CH3OH II 2012 January 15-19
    13217 30 17.1-33 13 55354.61490.4719G354.615+0.472
    G354.615+0.47238.4 GHz (II)
    MOP0.33073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    13317 43 32-30 34 11358.3708-0.4682G358.386-0.479
    G358.371-0.46838.4 GHz (II)
    MOP0.34073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    13417 45 39.1-29 23 30359.6148-0.2432G359.615-0.243
    G359.615-0.24338.4 GHz (II)
    MOP0.33073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    13517 48 25.9-29 12 060.0915-0.6630G0.092-0.663
    G0.092-0.66338.4 GHz (II)
    MOP0.32073-H2O +CH3OH I +CH3OH II 2012 January 15-19
    13618 05 25.7-21 19 258.8317-0.0281G8.832-0.028
    G8.832-0.02838.4 GHz (II)
    MOP0.24073+H2O +CH3OH I +CH3OH II 2012 January 15-19
    13718 06 14.8-20 31 329.62140.1953G9.621+0.195
    G9.621+0.19638.4 GHz (II)
    MOP0.59073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    13818 34 40.4-09 00 2723.0128-0.4096G23.008-0.411
    G23.440-0.18238.4 GHz (II)
    MOP0.27073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19
    13919 01 45.5+01 13 3635.2010-1.7359G35.200-1.738
    G35.201-1.73638.4 GHz (II)
    MOP0.23073+H2O +CH3OH I +CH3OH II +OH 2012 January 15-19

    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