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BRE12 - 12.2-GHz methanol maser Methanol Multibeam follow-up catalogue - II. Longitude range 186°-330°

Short title: Breen et al. (2012)
Authors: Breen, S. L. Ellingsen, S. P. Caswell, J. L. Green, J. A. Voronkov, M. A. Fuller, G. A. Quinn, L. J. Avison, A.
Journal: Monthly Notices of the Royal Astronomical Society, Volume 426, Issue 3, pp. 2189-2207.
Bibcode: 2012MNRAS.426.2189B
  • Detection table from Breen et al. (2012)

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    ID Obs. RA Obs. Dec l b Group id Source name 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
    106 08 53.3+21 38 29.1188.94610.8859G188.946+0.888
    G188.946+0.88612 GHz (II)
    9.5;12.010.9225150PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    06 08 53.3+21 38 29.1188.94610.8859G188.946+0.888
    G188.946+0.88612 GHz (II)
    9.4;12.010.9230152PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    206 12 54+17 59 23.7192.6001-0.0480G192.599-0.047
    G192.600-0.04812 GHz (II)
    3.4;3.73.60.50.1PRS114+H2O +CH3OH I +CH3OH II 2008 June
    06 12 54+17 59 23.7192.6001-0.0480G192.599-0.047
    G192.600-0.04812 GHz (II)
    3.3;3.83.60.60.2PRS114+H2O +CH3OH I +CH3OH II 2008 December
    305 35 14.5-05 22 45208.9969-19.3866G208.993-19.385
    G208.996-19.38612 GHz (II)
    7.6;9.08.40.30.3PRS114+H2O +CH3OH I +CH3OH II +OH +SiO Avg all
    406 07 47.8-06 22 55.2213.7045-12.5968G213.705-12.602
    G213.705-12.59712 GHz (II)
    12.3;13.312.7146PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    06 07 47.8-06 22 55.2213.7045-12.5968G213.705-12.602
    G213.705-12.59712 GHz (II)
    12.3;13.312.8114.5PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    507 32 9.8-16 58 12.4232.62040.9958G232.621+0.996
    G232.620+0.99612 GHz (II)
    22.0;23.322.9278.6PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    07 32 9.8-16 58 12.4232.62040.9958G232.621+0.996
    G232.620+0.99612 GHz (II)
    22.1;23.322.8154.9PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    608 48 47.8-42 54 28.3263.25020.5137G263.250+0.514
    G263.250+0.51412 GHz (II)
    12.3;12.512.40.40.1PRS114+H2O -CH3OH I +CH3OH II +OH 2008 June
    08 48 47.8-42 54 28.3263.25020.5137G263.250+0.514
    G263.250+0.51412 GHz (II)
    12.2;12.512.50.70.2PRS114+H2O -CH3OH I +CH3OH II +OH 2008 December
    08 48 47.8-42 54 28.3263.25020.5137G263.250+0.514
    G263.250+0.51412 GHz (II)
    12.3;12.512.50.40.1PRS114+H2O -CH3OH I +CH3OH II +OH 2010 March
    708 56 26.8-43 05 42.1264.28891.4688G264.289+1.469
    G264.289+1.46912 GHz (II)
    8.6;8.88.70.30.1PRS114+H2O -CH3OH I +CH3OH II 2008 June
    08 56 26.8-43 05 42.1264.28891.4688G264.289+1.469
    G264.289+1.46912 GHz (II)
    6.3;8.26.40.80.1PRS114+H2O -CH3OH I +CH3OH II 2010 March
    809 03 14.8-48 55 11.2269.4562-1.4674G269.456-1.467
    G269.456-1.46712 GHz (II)
    55.8;56.4561.40.4PRS114+H2O -CH3OH I +CH3OH II 2008 June
    910 32 9.6-58 02 4.6285.3369-0.0020G285.337-0.002
    G285.337-0.00212 GHz (II)
    0.4;1.10.61.40.5PRS114-CH3OH I +CH3OH II 2008 June
    10 32 9.6-58 02 4.6285.3369-0.0020G285.337-0.002
    G285.337-0.00212 GHz (II)
    0.4;0.80.61.80.5PRS114-CH3OH I +CH3OH II 2010 March
    1010 31 55.1-60 08 38.6286.3833-1.8340G286.383-1.834
    G286.383-1.83412 GHz (II)
    9.2;9.99.64.31.7PRS114+CH3OH II 2008 June
    10 31 55.1-60 08 38.6286.3833-1.8340G286.383-1.834
    G286.383-1.83412 GHz (II)
    9.2;9.89.64.71.8PRS114+CH3OH II 2010 March
    1110 48 4.4-58 27 01287.37120.6442G287.371+0.644
    G287.371+0.64412 GHz (II)
    -2.6;-0.9-24920PRS114+H2O -CH3OH I +CH3OH II +OH 2008 June
    10 48 4.4-58 27 01287.37120.6442G287.371+0.644
    G287.371+0.64412 GHz (II)
    -2.6;-0.9-25222PRS114+H2O -CH3OH I +CH3OH II +OH 2008 December
    10 48 4.4-58 27 01287.37120.6442G287.371+0.644
    G287.371+0.64412 GHz (II)
    -2.6;-1-25120PRS114+H2O -CH3OH I +CH3OH II +OH 2010 March
    1210 57 33.9-62 59 3.5290.4107-2.9146G290.411-2.914
    G290.411-2.91512 GHz (II)
    -16.6;-15.9-16.11.60.4PRS114+H2O -CH3OH I +CH3OH II 2008 June
    10 57 33.9-62 59 3.5290.4107-2.9146G290.411-2.914
    G290.411-2.91512 GHz (II)
    -16.2;-16-16.11.70.4PRS114+H2O -CH3OH I +CH3OH II 2010 March
    1311 11 53.4-61 18 23.7291.2741-0.7086G291.274-0.709
    G291.274-0.70912 GHz (II)
    -30.1;-28.7-29.132.3PRS114+H2O -CH3OH I +CH3OH II 2008 June
    11 11 53.4-61 18 23.7291.2741-0.7086G291.274-0.709
    G291.274-0.70912 GHz (II)
    -30.1;-28.9-29.21.71.4PRS114+H2O -CH3OH I +CH3OH II 2010 March
    1411 15 5.8-61 09 40.8291.5791-0.4312G291.579-0.431
    G291.579-0.43112 GHz (II)
    15.2;15.415.30.50.1PRS114+H2O -CH3OH I +CH3OH II +OH 2010 March
    1511 28 33-63 07 18.6293.7226-1.7417G293.723-1.742
    G293.723-1.74212 GHz (II)
    24.1;24.424.30.60.1PRS114+CH3OH II 2008 June
    1611 32 42.1-62 21 47.5293.9418-0.8737G293.942-0.874
    G293.942-0.87412 GHz (II)
    40.7;41.3412.20.6PRS114-H2O +CH3OH II 2008 June
    11 32 42.1-62 21 47.5293.9418-0.8737G293.942-0.874
    G293.942-0.87412 GHz (II)
    40.9;41.2411.40.3PRS114-H2O +CH3OH II 2010 March
    1712 13 31.6-62 55 01298.6324-0.3621G298.632-0.362
    G298.632-0.36212 GHz (II)
    36.9;37.337.30.30.1PRS114+H2O +CH3OH II 2008 June
    12 13 31.6-62 55 01298.6324-0.3621G298.632-0.362
    G298.632-0.36212 GHz (II)
    37.2;37.337.20.50.1PRS114+H2O +CH3OH II 2010 March
    1812 23 49-62 42 25.3299.7716-0.0049G299.772-0.005
    G299.772-0.00512 GHz (II)
    -7.3;-7-70.40.1PRS114+CH3OH II 2008 June
    1912 34 53.3-61 39 40300.96891.1475G300.969+1.148
    G300.969+1.14812 GHz (II)
    -37;-36.8-36.80.50.1PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    12 34 53.3-61 39 40300.96891.1475G300.969+1.148
    G300.969+1.14812 GHz (II)
    -37;-36.5-36.90.70.3PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    2012 59 33.4-63 13 14.7303.8462-0.3634G303.846-0.363
    G303.846-0.36312 GHz (II)
    24.6;26.924.820.6PRS114+CH3OH II 2008 June
    12 59 33.4-63 13 14.7303.8462-0.3634G303.846-0.363
    G303.846-0.36312 GHz (II)
    24.5;27.224.73.81.4PRS114+CH3OH II 2010 March
    2113 11 17.2-62 46 46305.19950.0049G305.200+0.019
    G305.199+0.00512 GHz (II)
    -42.8;-42.6-42.70.60.1PRS114+H2O -CH3OH I +CH3OH II +OH 2008 June
    13 11 17.2-62 46 46305.19950.0049G305.200+0.019
    G305.199+0.00512 GHz (II)
    -43.3;-41.6-42.70.60.3PRS114+H2O -CH3OH I +CH3OH II +OH 2010 March
    2213 11 16.9-62 45 55.1305.20000.0190G305.200+0.019
    G305.200+0.01912 GHz (II)
    -33.2;-31.6-31.9118.8PRS114+H2O -CH3OH I +CH3OH II +OH 2008 June
    13 11 16.9-62 45 55.1305.20000.0190G305.200+0.019
    G305.200+0.01912 GHz (II)
    -33.3;-31.6-32.18.38PRS114+H2O -CH3OH I +CH3OH II +OH 2010 March
    2313 11 10.5-62 34 38.8305.20220.2073G305.208+0.206
    G305.202+0.20812 GHz (II)
    -45;-43.6-43.93.51.8PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    13 11 10.5-62 34 38.8305.20220.2073G305.208+0.206
    G305.202+0.20812 GHz (II)
    -45.2;-43.7-43.910.6PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    2413 11 13.7-62 34 41.4305.20830.2061G305.208+0.206
    G305.208+0.20612 GHz (II)
    -40.4;-35.9-36.51.81.7PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    13 11 13.7-62 34 41.4305.20830.2061G305.208+0.206
    G305.208+0.20612 GHz (II)
    -40.4;-35.9-36.521.9PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    2513 12 36.7-62 35 14.7305.36630.1842G305.366+0.184
    G305.366+0.18412 GHz (II)
    -34.8;-33.6-34.33.31.6PRS114+H2O +CH3OH II 2008 June
    13 12 36.7-62 35 14.7305.36630.1842G305.366+0.184
    G305.366+0.18412 GHz (II)
    -34.5;-33.7-34.32.31.1PRS114+H2O +CH3OH II 2010 March
    2613 14 26.9-62 44 29.4305.56310.0126G305.559+0.013
    G305.563+0.01312 GHz (II)
    -37.4;-32.5-37.21.51.3PRS114+H2O -CH3OH I +CH3OH II 2008 June
    13 14 26.9-62 44 29.4305.56310.0126G305.559+0.013
    G305.563+0.01312 GHz (II)
    -41.9;-35.6-372.22.1PRS114+H2O -CH3OH I +CH3OH II 2010 March
    2713 17 53-62 52 50.5305.9405-0.1635G305.940-0.164
    G305.940-0.16412 GHz (II)
    -51.1;-50.9-510.70.1PRS114-H2O +CH3OH II 2008 June
    13 17 53-62 52 50.5305.9405-0.1635G305.940-0.164
    G305.940-0.16412 GHz (II)
    -51.3;-51-51.10.90.2PRS114-H2O +CH3OH II 2010 March
    2813 41 50.2-62 49 5.2308.6511-0.5073G308.651-0.507
    G308.651-0.50712 GHz (II)
    2.7;3.2310.4PRS114+CH3OH II 2008 June
    13 41 50.2-62 49 5.2308.6511-0.5073G308.651-0.507
    G308.651-0.50712 GHz (II)
    2.7;3.12.80.70.2PRS114+CH3OH II 2010 March
    2913 40 57.6-61 45 43.4308.75440.5486G308.754+0.549
    G308.754+0.54912 GHz (II)
    -51.2;-43.4-51.20.50.1PRS114+H2O +CH3OH II 2008 June
    13 40 57.6-61 45 43.4308.75440.5486G308.754+0.549
    G308.754+0.54912 GHz (II)
    -51.3;-50.3-51.50.50.1PRS114+H2O +CH3OH II 2010 March
    3013 43 1.9-62 08 52.2308.91800.1228G308.918+0.123
    G308.918+0.12312 GHz (II)
    -54.7;-53-53.38.24.6PRS114+H2O -CH3OH I +CH3OH II +OH 2008 December
    13 43 1.9-62 08 52.2308.91800.1228G308.918+0.123
    G308.918+0.12312 GHz (II)
    -54.6;-53-53.38.74.8PRS114+H2O -CH3OH I +CH3OH II +OH 2010 March
    3113 51 1.1-61 49 56309.90140.2306G309.901+0.231
    G309.901+0.23112 GHz (II)
    -55.6;-53.9-54.65.62.1PRS114-CH3OH I +CH3OH II 2008 December
    13 51 1.1-61 49 56309.90140.2306G309.901+0.231
    G309.901+0.23112 GHz (II)
    -54.9;-53.9-54.54.11.8PRS114-CH3OH I +CH3OH II 2010 March
    3213 50 41.8-61 35 10.2309.92050.4789G309.921+0.479
    G309.921+0.47912 GHz (II)
    -61.3;-57.7-59.8179108PRS114-H2O +CH3OH II +OH 2008 June
    13 50 41.8-61 35 10.2309.92050.4789G309.921+0.479
    G309.921+0.47912 GHz (II)
    -61.7;-57.7-59.715995PRS114-H2O +CH3OH II +OH 2010 March
    3313 51 58.4-61 15 41.3310.14390.7598G310.144+0.760
    G310.144+0.76012 GHz (II)
    -57.8;-54.6-55.75047PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    13 51 58.4-61 15 41.3310.14390.7598G310.144+0.760
    G310.144+0.76012 GHz (II)
    -57.7;-54.7-564952PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    3414 05 7.1-61 41 15.9311.5508-0.0552G311.551-0.055
    G311.551-0.05512 GHz (II)
    -56.4;-56.3-56.30.40.1PRS114+CH3OH II Avg all
    3514 04 59.2-61 21 29.4311.62840.2655G311.628+0.266
    G311.628+0.26612 GHz (II)
    -57.6;-57.4-57.50.60.2PRS114+CH3OH II 2008 June
    14 04 59.2-61 21 29.4311.62840.2655G311.628+0.266
    G311.628+0.26612 GHz (II)
    -57.9;-57.3-57.50.90.2PRS114+CH3OH II 2008 December
    14 04 59.2-61 21 29.4311.62840.2655G311.628+0.266
    G311.628+0.26612 GHz (II)
    -58;-56.5-57.510.4PRS114+CH3OH II 2010 March
    3614 08 58.2-61 24 23.8312.07120.0818G312.071+0.082
    G312.071+0.08212 GHz (II)
    -35.2;-32.4-34.81210PRS114+H2O +CH3OH II 2008 June
    14 08 58.2-61 24 23.8312.07120.0818G312.071+0.082
    G312.071+0.08212 GHz (II)
    -35.2;-32.3-34.8118.9PRS114+H2O +CH3OH II 2010 March
    3714 19 40.9-60 51 47.3313.46930.1904G313.469+0.190
    G313.469+0.19012 GHz (II)
    -12.4;-8-9.34.94.3PRS114+H2O -CH3OH I +CH3OH II +OH 2008 December
    14 19 40.9-60 51 47.3313.46930.1904G313.469+0.190
    G313.469+0.19012 GHz (II)
    -12.4;-7.9-9.32.82.8PRS114+H2O -CH3OH I +CH3OH II +OH 2010 March
    3814 20 8.6-60 42 0.8313.57690.3250G313.577+0.325
    G313.577+0.32512 GHz (II)
    -47.9;-47.6-47.80.70.2PRS114+H2O +CH3OH II +OH 2008 December
    3914 24 30.8-60 56 28.3313.9942-0.0843G313.994-0.084
    G313.994-0.08412 GHz (II)
    -8.1;-4.4-4.81.61PRS114+CH3OH II 2008 June
    14 24 30.8-60 56 28.3313.9942-0.0843G313.994-0.084
    G313.994-0.08412 GHz (II)
    -7.9;-4.6-4.81.50.7PRS114+CH3OH II 2010 March
    4014 43 11.2-60 17 13.3316.3598-0.3616G316.361-0.363
    G316.359-0.36212 GHz (II)
    1.3;7.33.39.96.8PRS114+H2O +CH3OH II +OH 2008 December
    14 43 11.2-60 17 13.3316.3598-0.3616G316.361-0.363
    G316.359-0.36212 GHz (II)
    1.3;7.23.49.65.5PRS114+H2O +CH3OH II +OH 2010 March
    4114 43 24.2-60 17 37.4316.3814-0.3789G316.361-0.363
    G316.381-0.37912 GHz (II)
    -4.8;0.7-0.61.72.2PRS114+H2O +CH3OH II +OH 2008 June
    4214 44 18.4-59 55 11.5316.6404-0.0867G316.640-0.087
    G316.640-0.08712 GHz (II)
    -22.6;-16.5-201935PRS114+H2O +CH3OH II +OH 2008 December
    14 44 18.4-59 55 11.5316.6404-0.0867G316.640-0.087
    G316.640-0.08712 GHz (II)
    -22.7;-16.6-22.11626PRS114+H2O +CH3OH II +OH 2010 March
    4314 45 26.4-59 49 16.3316.8110-0.0574G316.811-0.057
    G316.811-0.05712 GHz (II)
    -47.5;-45.8-46.51813PRS114+H2O +CH3OH II +OH 2008 December
    14 45 26.4-59 49 16.3316.8110-0.0574G316.811-0.057
    G316.811-0.05712 GHz (II)
    -48.1;-45.7-46.6129.4PRS114+H2O +CH3OH II +OH 2010 March
    4414 51 19.7-59 50 50.7317.4657-0.4025G317.466-0.403
    G317.466-0.40212 GHz (II)
    -41.5;-35.6-37.65.68.5PRS114-CH3OH I +CH3OH II 2008 June
    14 51 19.7-59 50 50.7317.4657-0.4025G317.466-0.403
    G317.466-0.40212 GHz (II)
    -41.5;-35.5-38.14.56.4PRS114-CH3OH I +CH3OH II 2010 March
    4514 53 42.7-59 08 52.4318.04970.0870G318.050+0.085
    G318.050+0.08712 GHz (II)
    -52;-51.4-51.72.30.8PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    14 53 42.7-59 08 52.4318.04970.0870G318.050+0.085
    G318.050+0.08712 GHz (II)
    -51.9;-51.5-51.71.10.4PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    4615 00 55.4-58 58 52.1318.9480-0.1960G318.948-0.196
    G318.948-0.19612 GHz (II)
    -35.6;-32.1-34.513991PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    15 00 55.4-58 58 52.1318.9480-0.1960G318.948-0.196
    G318.948-0.19612 GHz (II)
    -35.6;-32-34.512179PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    4715 03 13.7-59 04 30.5319.1630-0.4209G319.163-0.421
    G319.163-0.42112 GHz (II)
    -22.5;-20.9-22.16.94.7PRS114+CH3OH II 2008 December
    15 03 13.7-59 04 30.5319.1630-0.4209G319.163-0.421
    G319.163-0.42112 GHz (II)
    -22.5;-20.7-22.164.4PRS114+CH3OH II 2010 March
    4815 09 51.9-58 25 38.5320.2314-0.2839G320.233-0.284
    G320.231-0.28412 GHz (II)
    -66.5;-66.3-66.40.50.1PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    15 09 51.9-58 25 38.5320.2314-0.2839G320.233-0.284
    G320.231-0.28412 GHz (II)
    -63.4;-63.2-63.20.30.1PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    4915 11 1.6-58 39 37.7320.2437-0.5617G320.244-0.562
    G320.244-0.56212 GHz (II)
    -49.9;-49.1-49.80.60.2PRS114-H2O +CH3OH II 2008 June
    15 11 1.6-58 39 37.7320.2437-0.5617G320.244-0.562
    G320.244-0.56212 GHz (II)
    -49.2;-49.1-49.20.40.1PRS114-H2O +CH3OH II 2010 March
    5015 11 23.5-57 41 25.1320.77960.2485G320.780+0.248
    G320.780+0.24812 GHz (II)
    -6.1;-4.2-5.21213PRS114+CH3OH II 2008 December
    15 11 23.5-57 41 25.1320.77960.2485G320.780+0.248
    G320.780+0.24812 GHz (II)
    -5.9;-4.3-5.28.26.8PRS114+CH3OH II 2010 March
    5115 15 51.8-58 11 18321.0297-0.4847G321.033-0.485
    G321.030-0.48512 GHz (II)
    -67.2;-65.4-66.6169PRS114+H2O +CH3OH II +OH 2008 June
    15 15 51.8-58 11 18321.0297-0.4847G321.033-0.485
    G321.030-0.48512 GHz (II)
    -66.9;-66.2-66.31.20.6PRS114+H2O +CH3OH II +OH 2010 March
    5215 16 48.4-58 09 50.2321.1483-0.5294G321.148-0.529
    G321.148-0.52912 GHz (II)
    -66.3;-65.8-66.11.40.4PRS114+H2O +CH3OH II +OH 2008 June
    15 16 48.4-58 09 50.2321.1483-0.5294G321.148-0.529
    G321.148-0.52912 GHz (II)
    -66.3;-66-66.20.70.2PRS114+H2O +CH3OH II +OH 2010 March
    5315 18 34.6-56 38 25.3322.15840.6360G322.161+0.635
    G322.158+0.63612 GHz (II)
    -64.1;-52.9-63.41315PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    5415 29 19.3-56 31 22.8323.4588-0.0789G323.459-0.079
    G323.459-0.07912 GHz (II)
    -67.4;-66.5-66.7113.8PRS114-H2O +CH3OH II +OH 2008 December
    15 29 19.3-56 31 22.8323.4588-0.0789G323.459-0.079
    G323.459-0.07912 GHz (II)
    -67.4;-66.5-66.7113.5PRS114-H2O +CH3OH II +OH 2010 March
    5515 31 45.5-56 30 50.1323.7401-0.2626G323.740-0.263
    G323.740-0.26312 GHz (II)
    -52.4;-48.1-48.7396684PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    5615 36 51.2-55 29 22.9324.91470.1578G324.915+0.158
    G324.915+0.15812 GHz (II)
    -5;-1.5-3.71.21.5PRS114+CH3OH II 2008 June
    5715 39 57.6-56 04 8.3324.9234-0.5678G324.923-0.568
    G324.923-0.56812 GHz (II)
    -79.7;-78.1-78.210.3PRS114+CH3OH II 2008 June
    5815 49 18.6-55 16 51.6326.4484-0.7482G326.448-0.748
    G326.448-0.74812 GHz (II)
    -71;-57.7-60.91.20.8PRS114+H2O +CH3OH II 2008 June
    5915 43 16.6-54 07 14.6326.47480.7027G326.475+0.703
    G326.475+0.70312 GHz (II)
    -49.5;-37.6-38.5179.1PRS114+H2O +CH3OH I +CH3OH II 2008 December
    6015 44 33.3-54 05 31.5326.64090.6114G326.641+0.611
    G326.641+0.61112 GHz (II)
    -40.1;-39.5-39.90.70.3PRS114+CH3OH I +CH3OH II 2008 June
    6115 51 14.2-54 58 4.8326.8591-0.6765G326.859-0.676
    G326.859-0.67712 GHz (II)
    -58.3;-57.9-582.10.7PRS114+H2O +CH3OH I +CH3OH II 2008 June
    6215 47 32.7-53 52 38.4327.11960.5108G327.120+0.511
    G327.120+0.51112 GHz (II)
    -90.1;-89.2-89.62.91.2PRS114+H2O -CH3OH I +CH3OH II +OH 2008 December
    6315 52 36-54 32 24327.2817-0.4685G327.282-0.468
    G327.282-0.46912 GHz (II)
    -0.3;0.30.21.10.6PRS114+CH3OH II 2008 June
    15 52 36-54 32 24327.2817-0.4685G327.282-0.468
    G327.282-0.46912 GHz (II)
    -0.2;0.2-0.11.50.5PRS114+CH3OH II 2008 December
    6415 53 7.6-54 37 6.1327.2912-0.5775G327.291-0.577
    G327.291-0.57812 GHz (II)
    -40.5;-40.4-40.40.40.1PRS114+H2O +CH3OH I +CH3OH II +OH Avg all
    6515 50 18.5-53 57 6.3327.39170.1994G327.392+0.199
    G327.392+0.19912 GHz (II)
    -84.6;-81.9-83.20.70.5PRS114+H2O +CH3OH I +CH3OH II 2008 June
    15 50 18.5-53 57 6.3327.39170.1994G327.392+0.199
    G327.392+0.19912 GHz (II)
    -83.5;-81.9-83.30.80.7PRS114+H2O +CH3OH I +CH3OH II 2008 December
    6615 50 20.1-53 57 7.5327.39450.1967G327.392+0.199
    G327.395+0.19712 GHz (II)
    -90.1;-89.6-89.60.30.1PRS114+H2O +CH3OH I +CH3OH II Avg all
    6715 49 19.5-53 45 13.9327.40220.4445G327.402+0.444
    G327.402+0.44512 GHz (II)
    -84.1;-75.2-82.75535PRS114+H2O -CH3OH I +CH3OH II +OH 2008 December
    6815 54 33.9-53 50 44.3327.9447-0.1147G327.945-0.115
    G327.945-0.11512 GHz (II)
    -51.9;-51.2-51.73.31.3PRS114+H2O -CH3OH I +CH3OH II 2008 June
    6915 57 58.3-53 59 22.7328.2365-0.5473G328.237-0.547
    G328.237-0.54712 GHz (II)
    -45.2;-44.1-44.7269.8PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    7015 57 59.7-53 58 0.4328.2541-0.5322G328.237-0.547
    G328.254-0.53212 GHz (II)
    -37.7;-36.4-36.86.42.8PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    7115 55 48.4-52 43 6.6328.80830.6330G328.809+0.633
    G328.808+0.63312 GHz (II)
    -46.9;-43.3-46.42210PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    7215 55 48.7-52 43 5.5328.80900.6328G328.809+0.633
    G328.809+0.63312 GHz (II)
    -44.6;-43.3-43.55.41.9PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    7315 56 47.4-52 41 28.2328.94000.5583G328.942+0.565
    G328.940+0.55812 GHz (II)
    -98.9;-89-98.80.50.1PRS114+CH3OH II 2008 June
    15 56 47.4-52 41 28.2328.94000.5583G328.942+0.565
    G328.940+0.55812 GHz (II)
    -98.9;-98.7-98.80.70.2PRS114+CH3OH II 2008 December
    15 56 47.4-52 41 28.2328.94000.5583G328.942+0.565
    G328.940+0.55812 GHz (II)
    -98.8;-98.7-98.80.40.1PRS114+CH3OH II 2010 March
    7415 56 46.2-52 41 4.8328.94170.5653G328.942+0.565
    G328.942+0.56512 GHz (II)
    -90.5;-90.4-90.50.60.1PRS114+CH3OH II 2008 December
    7516 00 31.8-53 12 49.6329.0295-0.2048G329.031-0.200
    G329.029-0.20512 GHz (II)
    -40.3;-36.8-37.3167.8PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    7616 01 9.9-53 16 2.6329.0663-0.3076G329.066-0.308
    G329.066-0.30812 GHz (II)
    -43.8;-43.5-43.50.60.2PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    16 01 9.9-53 16 2.6329.0663-0.3076G329.066-0.308
    G329.066-0.30812 GHz (II)
    -43.7;-43.4-43.50.90.2PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    7716 01 47-53 11 43.3329.1833-0.3139G329.183-0.314
    G329.183-0.31412 GHz (II)
    -59.3;-58.1-58.21.30.3PRS114+H2O +CH3OH I +CH3OH II +OH 2008 June
    7816 00 21.8-52 48 48.1329.27220.1147G329.272+0.115
    G329.272+0.11512 GHz (II)
    -72.1;-71.9-720.40.1PRS114-H2O +CH3OH II Avg all
    7916 00 33.1-52 44 39.8329.33890.1482G329.339+0.148
    G329.339+0.14812 GHz (II)
    -107.3;-106-106.33.21.3PRS114-H2O -CH3OH I +CH3OH II +OH 2008 June
    8016 03 32.2-53 09 30.5329.4051-0.4594G329.405-0.459
    G329.405-0.45912 GHz (II)
    -71.7;-63.6-71.60.70.3PRS114+H2O -CH3OH I +CH3OH II +OH 2008 June
    16 03 32.2-53 09 30.5329.4051-0.4594G329.405-0.459
    G329.405-0.45912 GHz (II)
    -71.8;-70.1-71.70.70.2PRS114+H2O -CH3OH I +CH3OH II +OH 2008 December
    16 03 32.2-53 09 30.5329.4051-0.4594G329.405-0.459
    G329.405-0.45912 GHz (II)
    -72.3;-71.6-72.20.50.2PRS114+H2O -CH3OH I +CH3OH II +OH 2010 March
    8116 03 32.7-53 09 26.9329.4067-0.4594G329.405-0.459
    G329.407-0.45912 GHz (II)
    -68.3;-65.9-68.30.50.2PRS114+H2O -CH3OH I +CH3OH II +OH 2008 June
    16 03 32.7-53 09 26.9329.4067-0.4594G329.405-0.459
    G329.407-0.45912 GHz (II)
    -68.3;-68-68.30.40.1PRS114+H2O -CH3OH I +CH3OH II +OH 2008 December
    16 03 32.7-53 09 26.9329.4067-0.4594G329.405-0.459
    G329.407-0.45912 GHz (II)
    -68.3;-66.3-67.91.10.6PRS114+H2O -CH3OH I +CH3OH II +OH 2010 March
    8216 02 3.1-52 35 33.5329.61010.1136G329.610+0.114
    G329.610+0.11412 GHz (II)
    -61.4;-59.5-60.22011PRS114-H2O -CH3OH I +CH3OH II 2008 December
    8316 02 0.3-52 33 59.4329.62190.1380G329.622+0.138
    G329.622+0.13812 GHz (II)
    -85;-84.7-84.90.50.1PRS114+H2O -CH3OH I +CH3OH II 2008 June
    8415 58 7.1-51 43 32.6329.71881.1642G329.719+1.164
    G329.719+1.16412 GHz (II)
    -75.9;-75.5-75.61.90.6PRS114+CH3OH II 2008 December

    Non-detection table from Breen et al. (2012)

    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
    105 35 14.5-05 22 45208.9969-19.3866G208.993-19.385
    G208.996-19.38612 GHz (II)
    -150;100<0.75*PRS114+H2O +CH3OH I +CH3OH II +OH +SiO 2008 December
    05 35 14.5-05 22 45208.9969-19.3866G208.993-19.385
    G208.996-19.38612 GHz (II)
    -150;100<0.90*PRS114+H2O +CH3OH I +CH3OH II +OH +SiO 2010 March
    208 56 26.8-43 05 42.1264.28891.4688G264.289+1.469
    G264.289+1.46912 GHz (II)
    -205;135<0.80PRS114+H2O -CH3OH I +CH3OH II 2008 December
    309 03 14.8-48 55 11.2269.4562-1.4674G269.456-1.467
    G269.456-1.46712 GHz (II)
    -200;140<0.73PRS114+H2O -CH3OH I +CH3OH II 2010 March
    411 15 5.8-61 09 40.8291.5791-0.4312G291.579-0.431
    G291.579-0.43112 GHz (II)
    -200;140<0.60PRS114+H2O -CH3OH I +CH3OH II +OH 2008 June
    11 15 5.8-61 09 40.8291.5791-0.4312G291.579-0.431
    G291.579-0.43112 GHz (II)
    -200;140<0.55PRS114+H2O -CH3OH I +CH3OH II +OH 2008 December
    511 28 33-63 07 18.6293.7226-1.7417G293.723-1.742
    G293.723-1.74212 GHz (II)
    -200;140<0.80PRS114+CH3OH II 2008 December
    11 28 33-63 07 18.6293.7226-1.7417G293.723-1.742
    G293.723-1.74212 GHz (II)
    -180;160<0.55PRS114+CH3OH II 2010 March
    612 13 31.6-62 55 01298.6324-0.3621G298.632-0.362
    G298.632-0.36212 GHz (II)
    -200;140<0.85PRS114+H2O +CH3OH II 2008 December
    712 23 49-62 42 25.3299.7716-0.0049G299.772-0.005
    G299.772-0.00512 GHz (II)
    -200;140<0.55PRS114+CH3OH II 2008 December
    12 23 49-62 42 25.3299.7716-0.0049G299.772-0.005
    G299.772-0.00512 GHz (II)
    -180;160<0.55PRS114+CH3OH II 2010 March
    813 17 53-62 52 50.5305.9405-0.1635G305.940-0.164
    G305.940-0.16412 GHz (II)
    -200;140<0.75PRS114-H2O +CH3OH II 2008 December
    913 40 57.6-61 45 43.4308.75440.5486G308.754+0.549
    G308.754+0.54912 GHz (II)
    -200;140<0.80PRS114+H2O +CH3OH II 2008 December
    1014 05 7.1-61 41 15.9311.5508-0.0552G311.551-0.055
    G311.551-0.05512 GHz (II)
    -170;170<0.80*PRS114+CH3OH II 2008 June
    14 05 7.1-61 41 15.9311.5508-0.0552G311.551-0.055
    G311.551-0.05512 GHz (II)
    -200;140<0.75*PRS114+CH3OH II 2008 December
    1114 20 8.6-60 42 0.8313.57690.3250G313.577+0.325
    G313.577+0.32512 GHz (II)
    -170;170<0.75PRS114+H2O +CH3OH II +OH 2008 June
    14 20 8.6-60 42 0.8313.57690.3250G313.577+0.325
    G313.577+0.32512 GHz (II)
    -165;175<0.80PRS114+H2O +CH3OH II +OH 2010 March
    1215 09 51.9-58 25 38.5320.2314-0.2839G320.233-0.284
    G320.231-0.28412 GHz (II)
    -165;175<0.55PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    1315 11 1.6-58 39 37.7320.2437-0.5617G320.244-0.562
    G320.244-0.56212 GHz (II)
    -200;140<0.55PRS114-H2O +CH3OH II 2008 December
    1415 44 33.3-54 05 31.5326.64090.6114G326.641+0.611
    G326.641+0.61112 GHz (II)
    -155;185<0.70PRS114+CH3OH I +CH3OH II 2010 March
    1515 53 7.6-54 37 6.1327.2912-0.5775G327.291-0.577
    G327.291-0.57812 GHz (II)
    -200;140<0.80*PRS114+H2O +CH3OH I +CH3OH II +OH 2008 December
    15 53 7.6-54 37 6.1327.2912-0.5775G327.291-0.577
    G327.291-0.57812 GHz (II)
    -155;185<0.80*PRS114+H2O +CH3OH I +CH3OH II +OH 2010 March
    1615 50 20.1-53 57 7.5327.39450.1967G327.392+0.199
    G327.395+0.19712 GHz (II)
    -165;175<0.80*PRS114+H2O +CH3OH I +CH3OH II 2008 June
    15 50 20.1-53 57 7.5327.39450.1967G327.392+0.199
    G327.395+0.19712 GHz (II)
    -200;140<0.80*PRS114+H2O +CH3OH I +CH3OH II 2008 December
    1715 56 46.2-52 41 4.8328.94170.5653G328.942+0.565
    G328.942+0.56512 GHz (II)
    -165;175<0.75PRS114+CH3OH II 2008 June
    15 56 46.2-52 41 4.8328.94170.5653G328.942+0.565
    G328.942+0.56512 GHz (II)
    -150;190<0.80PRS114+CH3OH II 2010 March
    1816 00 21.8-52 48 48.1329.27220.1147G329.272+0.115
    G329.272+0.11512 GHz (II)
    -165;175<0.70*PRS114-H2O +CH3OH II 2008 June
    16 00 21.8-52 48 48.1329.27220.1147G329.272+0.115
    G329.272+0.11512 GHz (II)
    -200;140<0.80*PRS114-H2O +CH3OH II 2008 December
    1916 02 0.3-52 33 59.4329.62190.1380G329.622+0.138
    G329.622+0.13812 GHz (II)
    -200;140<0.80PRS114+H2O -CH3OH I +CH3OH II 2008 December
    16 02 0.3-52 33 59.4329.62190.1380G329.622+0.138
    G329.622+0.13812 GHz (II)
    -150;190<0.60PRS114+H2O -CH3OH I +CH3OH II 2010 March

    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