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Select data type: CH3OH_I

CHE12 - A 95 GHz Class I Methanol Maser Survey toward a Sample of GLIMPSE Point Sources Associated with BGPS Clumps

Short title: Chen et al. (2012)
Authors: Chen, Xi Ellingsen, Simon P. He, Jin-Hua Xu, Ye Gan, Cong-Gui Shen, Zhi-Qiang An, Tao Sun, Yan Ju, Bing-Gang
Journal: The Astrophysical Journal Supplement, Volume 200, Issue 1, article id. 5, 21 pp. (2012).
Bibcode: 2012ApJS..200....5C

PDF: CHE12.pdf
  • Detection table from Chen et al. (2012)

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    ID Obs. RA Obs. Dec l b Group id Source name Other name Line Vpeak FWHM Fpeak ∫F dv Telescope RMS Beam Detection Distance Date
    (J2000) (J2000) (deg.) (deg.) Seq CH3OH (class I) (km/s) (km/s) (Jy) (Jy*km/s) (Jy) (arcsec) Yes/No (kpc)
    118 02 12.8-23 05 44.46.9228-0.2511G6.923-0.251
    G006.923-00.2511195 GHz (I)
    20.36 (0.08)0.89 (0.21)6.15.8 (1.1)PMODLH1.00053+CH3OH I 13.0002011 March-April
    18 02 12.8-23 05 44.46.9228-0.2511G6.923-0.251
    G006.923-00.2511195 GHz (I)
    21.35 (0.07)0.51 (0.16)5.83.2 (1)PMODLH53+CH3OH I 13.0002011 March-April
    18 02 12.8-23 05 44.46.9228-0.2511G6.923-0.251
    G006.923-00.2511195 GHz (I)
    22.63 (0.06)0.97 (0.15)1010.4 (1.5)PMODLH53+CH3OH I 13.0002011 March-April
    18 02 12.8-23 05 44.46.9228-0.2511G6.923-0.251
    G006.923-00.2511195 GHz (I)
    24.02 (0.18)1.08 (0.43)3.54.1 (1.4)PMODLH53+CH3OH I 13.0002011 March-April
    218 04 17.4-22 53 33.57.3348-0.5671G7.335-0.567
    G007.335-00.5671395 GHz (I)
    20.08 (0.89)11.54 (2.26)1.215 (2.5)PMODLH0.70053+CH3OH I 3.4002011 March-April
    18 04 17.4-22 53 33.57.3348-0.5671G7.335-0.567
    G007.335-00.5671395 GHz (I)
    20.62 (0.12)0.87 (0.3)2.52.3 (0.8)PMODLH53+CH3OH I 3.4002011 March-April
    318 05 22.6-21 44 43.98.4579-0.2240G8.458-0.224
    G008.458-00.2242095 GHz (I)
    98.48 (0.3)2.71 (0.7)2.46.9 (1.5)PMODLH0.90053+CH3OH I 4.3002011 March-April
    418 05 25.7-21 19 24.68.8318-0.0280G8.832-0.028
    G008.832-00.0282295 GHz (I)
    -0.46 (0.05)0.26 (0.22)5.41.5 (0.6)PMODLH0.80053+H2O +CH3OH I +CH3OH II 5.2002011 March-April
    18 05 25.7-21 19 24.68.8318-0.0280G8.832-0.028
    G008.832-00.0282295 GHz (I)
    0.39 (0.03)0.73 (0.1)10.78.2 (1.1)PMODLH53+H2O +CH3OH I +CH3OH II 5.2002011 March-April
    18 05 25.7-21 19 24.68.8318-0.0280G8.832-0.028
    G008.832-00.0282295 GHz (I)
    1.58 (0.12)0.78 (0.36)32.5 (1.3)PMODLH53+H2O +CH3OH I +CH3OH II 5.2002011 March-April
    18 05 25.7-21 19 24.68.8318-0.0280G8.832-0.028
    G008.832-00.0282295 GHz (I)
    1.8 (0.84)5.71 (1.88)1.48.7 (2.8)PMODLH53+H2O +CH3OH I +CH3OH II 5.2002011 March-April
    518 09 0.3-20 11 37.510.2257-0.2083G10.226-0.208
    G010.226-00.2082995 GHz (I)
    11.95 (0.2)2.93 (0.47)2.78.4 (1.2)PMODLH0.70053+CH3OH I 1.9002011 March-April
    618 09 23.1-20 08 8.710.3197-0.2583G10.320-0.259
    G010.320-00.2583195 GHz (I)
    32.7 (0.01)0.33 (0.01)43.415.2 (1)PMODLH0.80053+H2O +CH3OH I +CH3OH II 12.7002011 March-April
    18 09 23.1-20 08 8.710.3197-0.2583G10.320-0.259
    G010.320-00.2583195 GHz (I)
    32.57 (0.06)1.44 (0.17)9.113.9 (1.3)PMODLH53+H2O +CH3OH I +CH3OH II 12.7002011 March-April
    18 09 23.1-20 08 8.710.3197-0.2583G10.320-0.259
    G010.320-00.2583195 GHz (I)
    34.93 (0.04)1.23 (0.09)12.316.1 (1)PMODLH53+H2O +CH3OH I +CH3OH II 12.7002011 March-April
    718 08 38.5-19 51 54.510.47180.0257G10.472+0.027
    G010.472+00.0263295 GHz (I)
    66.91 (0.19)9.38 (0.46)7.878.3 (3.4)PMODLH1.10053+H2O +CH3OH I +CH3OH II +OH 11.2002011 March-April
    818 10 29-19 55 4410.6254-0.3840G10.623-0.384
    G010.625-00.3843395 GHz (I)
    -3.42 (0.21)8.9 (0.4)8.580.9 (3.7)PMODLH0.80053+H2O +CH3OH I +CH3OH II +OH 4.0002011 March-April
    18 10 29-19 55 4410.6254-0.3840G10.623-0.384
    G010.625-00.3843395 GHz (I)
    -6.31 (0.05)0.96 (0.11)14.715 (3.4)PMODLH53+H2O +CH3OH I +CH3OH II +OH 4.0002011 March-April
    18 10 29-19 55 4410.6254-0.3840G10.623-0.384
    G010.625-00.3843395 GHz (I)
    -7.59 (0.18)1.75 (0.36)9.417.5 (4.2)PMODLH53+H2O +CH3OH I +CH3OH II +OH 4.0002011 March-April
    918 09 52-19 17 21.511.11530.0520G11.115+0.052
    G011.115+00.0523995 GHz (I)
    21.81 (0.05)1.16 (0.12)5.26.5 (0.6)PMODLH0.50053+CH3OH I -CH3OH II 13.7002011 March-April
    1018 12 18.8-18 39 53.411.9413-0.1540G11.936-0.150
    G011.941-00.1544195 GHz (I)
    43 (0.13)2.59 (0.31)3.710.3 (1.1)PMODLH0.70053+H2O +CH3OH I +CH3OH II 12.2002011 March-April
    1118 12 23.8-18 22 4512.2013-0.0340G12.199-0.034
    G012.201-00.0344395 GHz (I)
    49.47 (0.18)1.64 (0.43)2.44.2 (1)PMODLH0.70053+H2O +CH3OH I +CH3OH II 12.0002011 March-April
    18 12 23.8-18 22 4512.2013-0.0340G12.199-0.034
    G012.201-00.0344395 GHz (I)
    53.14 (0.44)3.1 (1.14)1.34.4 (1.3)PMODLH53+H2O +CH3OH I +CH3OH II 12.0002011 March-April
    1218 13 11.5-17 59 48.612.6273-0.0161G12.627-0.017
    G012.627-00.0164795 GHz (I)
    19.83 (0.05)0.88 (0.12)8.88.2 (0.9)PMODLH0.80053-H2O +CH3OH I +CH3OH II 2.7002011 March-April
    18 13 11.5-17 59 48.612.6273-0.0161G12.627-0.017
    G012.627-00.0164795 GHz (I)
    21.17 (0.13)0.9 (0.39)3.83.6 (2.2)PMODLH53-H2O +CH3OH I +CH3OH II 2.7002011 March-April
    18 13 11.5-17 59 48.612.6273-0.0161G12.627-0.017
    G012.627-00.0164795 GHz (I)
    22.76 (0.22)2.2 (0.49)5.312.4 (2.5)PMODLH53-H2O +CH3OH I +CH3OH II 2.7002011 March-April
    1318 14 39.9-17 59 6.412.8052-0.3181G12.805-0.318
    G012.805-00.3184995 GHz (I)
    12.64 (0.13)2.26 (0.32)3.37.9 (0.9)PMODLH0.60053+CH3OH I -CH3OH II 14.7002011 March-April
    18 14 39.9-17 59 6.412.8052-0.3181G12.805-0.318
    G012.805-00.3184995 GHz (I)
    15.02 (0.08)0.63 (0.18)2.91.9 (0.5)PMODLH53+CH3OH I -CH3OH II 14.7002011 March-April
    1418 11 51.3-17 31 26.412.88930.4899G12.889+0.490
    G012.889+00.4905095 GHz (I)
    31.66 (0.03)0.47 (0.08)8.74.4 (0.9)PMODLH0.80053+H2O +CH3OH I +CH3OH II +OH 2.3002011 March-April
    18 11 51.3-17 31 26.412.88930.4899G12.889+0.490
    G012.889+00.4905095 GHz (I)
    32.71 (0.12)0.57 (0.36)2.31.4 (1.1)PMODLH53+H2O +CH3OH I +CH3OH II +OH 2.3002011 March-April
    18 11 51.3-17 31 26.412.88930.4899G12.889+0.490
    G012.889+00.4905095 GHz (I)
    32.94 (0.19)3.87 (0.4)5.321.8 (2.3)PMODLH53+H2O +CH3OH I +CH3OH II +OH 2.3002011 March-April
    1518 13 48.2-17 45 34.412.9052-0.0301G12.904-0.031
    G012.905-00.0305195 GHz (I)
    55.27 (0.14)1.2 (0.3)4.25.3 (1.6)PMODLH0.80053+H2O +CH3OH I +CH3OH II 4.6002011 March-April
    18 13 48.2-17 45 34.412.9052-0.0301G12.904-0.031
    G012.905-00.0305195 GHz (I)
    57.35 (0.08)2.13 (0.21)9.621.7 (1.8)PMODLH53+H2O +CH3OH I +CH3OH II 4.6002011 March-April
    1618 14 37-17 38 47.213.0972-0.1462G13.097-0.146
    G013.097-00.1465395 GHz (I)
    43.95 (0.01)0.42 (0.03)19.48.7 (0.6)PMODLH0.90053+CH3OH I 12.4002011 March-April
    1718 14 28.3-17 36 1.813.1212-0.0941G13.121-0.094
    G013.121-00.0945495 GHz (I)
    36.18 (0.21)2.11 (0.49)2.76 (1.2)PMODLH0.80053+CH3OH I 3.5002011 March-April
    1818 14 1.3-17 28 33.313.17920.0598G13.179+0.060
    G013.179+00.0605595 GHz (I)
    49.59 (0.03)0.85 (0.11)10.89.7 (1.9)PMODLH0.80053+H2O +CH3OH I +CH3OH II 4.1002011 March-April
    18 14 1.3-17 28 33.313.17920.0598G13.179+0.060
    G013.179+00.0605595 GHz (I)
    49.62 (0.05)3.32 (0.18)13.547.8 (2.2)PMODLH53+H2O +CH3OH I +CH3OH II 4.1002011 March-April
    1918 18 9.9-16 57 23.714.1069-0.5630G14.107-0.563
    G014.107-00.5635795 GHz (I)
    81.38 (0.05)0.4 (0.13)31.3 (0.4)PMODLH0.50053+CH3OH I -CH3OH II 11.0002011 March-April
    18 18 9.9-16 57 23.714.1069-0.5630G14.107-0.563
    G014.107-00.5635795 GHz (I)
    82.78 (0.12)1.22 (0.31)2.33 (0.6)PMODLH53+CH3OH I -CH3OH II 11.0002011 March-April
    2018 21 12.5-16 30 17.514.8492-0.9921G14.852-0.990
    G014.849-00.9926395 GHz (I)
    20.66 (0.14)1.74 (0.43)2.64.8 (1.5)PMODLH0.60053+H2O +CH3OH I 13.7002011 March-April
    18 21 12.5-16 30 17.514.8492-0.9921G14.852-0.990
    G014.849-00.9926395 GHz (I)
    24.87 (1.38)7.76 (2.91)0.97 (2.5)PMODLH53+H2O +CH3OH I 13.7002011 March-April
    2118 21 9.2-14 31 45.516.5861-0.0506G16.585-0.051
    G016.586-00.0516995 GHz (I)
    61.37 (0.03)0.84 (0.07)1917.1 (1.3)PMODLH0.80053+H2O +CH3OH I +CH3OH II +OH 4.3002011 March-April
    18 21 9.2-14 31 45.516.5861-0.0506G16.585-0.051
    G016.586-00.0516995 GHz (I)
    60.36 (0.07)0.72 (0.17)8.36.4 (1.6)PMODLH53+H2O +CH3OH I +CH3OH II +OH 4.3002011 March-April
    18 21 9.2-14 31 45.516.5861-0.0506G16.585-0.051
    G016.586-00.0516995 GHz (I)
    58.68 (0.2)1.84 (0.54)3.36.4 (1.5)PMODLH53+H2O +CH3OH I +CH3OH II +OH 4.3002011 March-April
    2218 25 21.9-13 13 27.418.2182-0.3417G18.218-0.342
    G018.218-00.3427295 GHz (I)
    46.08 (0.02)0.3 (0.06)19.46.2 (1.5)PMODLH1.00053+CH3OH I 12.5002011 March-April
    18 25 21.9-13 13 27.418.2182-0.3417G18.218-0.342
    G018.218-00.3427295 GHz (I)
    46.74 (0.06)0.98 (0.13)14.915.5 (1.9)PMODLH53+CH3OH I 12.5002011 March-April
    2318 27 08-12 41 38.318.8881-0.4754G18.888-0.475
    G018.888-00.4757395 GHz (I)
    64.79 (0.08)1.18 (0.26)8.310.4 (4.6)PMODLH0.80053+H2O +CH3OH I +CH3OH II 3.8002011 March-April
    18 27 08-12 41 38.318.8881-0.4754G18.888-0.475
    G018.888-00.4757395 GHz (I)
    66.17 (0.02)0.51 (0.07)14.47.9 (1.5)PMODLH53+H2O +CH3OH I +CH3OH II 3.8002011 March-April
    18 27 08-12 41 38.318.8881-0.4754G18.888-0.475
    G018.888-00.4757395 GHz (I)
    65.99 (0.29)3.03 (0.34)7.825.2 (6)PMODLH53+H2O +CH3OH I +CH3OH II 3.8002011 March-April
    2418 25 45-12 22 41.719.0100-0.0294G19.009-0.029
    G019.010-00.0297495 GHz (I)
    58.78 (0.54)4.82 (1.09)2.311.6 (2.8)PMODLH0.90053+H2O +CH3OH I +CH3OH II +OH 12.0002011 March-April
    18 25 45-12 22 41.719.0100-0.0294G19.009-0.029
    G019.010-00.0297495 GHz (I)
    59.73 (0.04)1.19 (0.12)12.315.7 (2)PMODLH53+H2O +CH3OH I +CH3OH II +OH 12.0002011 March-April
    2518 29 14.7-11 50 2419.8840-0.5352G19.884-0.535
    G019.884-00.5357695 GHz (I)
    41.38 (0.06)0.67 (0.14)6.14.4 (0.8)PMODLH0.90053+H2O +CH3OH I +CH3OH II 3.3002011 March-April
    18 29 14.7-11 50 2419.8840-0.5352G19.884-0.535
    G019.884-00.5357695 GHz (I)
    43.51 (0.03)0.87 (0.08)20.218.6 (3)PMODLH53+H2O +CH3OH I +CH3OH II 3.3002011 March-April
    18 29 14.7-11 50 2419.8840-0.5352G19.884-0.535
    G019.884-00.5357695 GHz (I)
    44.06 (0.07)2.28 (0.1)20.349.2 (3.4)PMODLH53+H2O +CH3OH I +CH3OH II 3.3002011 March-April
    2618 28 19.1-11 40 25.519.9260-0.2572G19.926-0.257
    G019.926-00.2577795 GHz (I)
    63.14 (0.04)0.66 (0.1)9.76.8 (1)PMODLH0.90053+H2O +CH3OH I -CH3OH II 4.1002011 March-April
    18 28 19.1-11 40 25.519.9260-0.2572G19.926-0.257
    G019.926-00.2577795 GHz (I)
    64.4 (0.05)1.04 (0.15)12.714 (1.7)PMODLH53+H2O +CH3OH I -CH3OH II 4.1002011 March-April
    18 28 19.1-11 40 25.519.9260-0.2572G19.926-0.257
    G019.926-00.2577795 GHz (I)
    65.92 (0.18)1.2 (0.44)3.84.8 (1.5)PMODLH53+H2O +CH3OH I -CH3OH II 4.1002011 March-April
    2718 28 10.4-11 28 44.220.0819-0.1352G20.082-0.136
    G020.082-00.1357895 GHz (I)
    42.82 (0.24)7.94 (0.58)1.513 (0.8)PMODLH0.70053+H2O +CH3OH I +CH3OH II +OH 12.6002011 March-April
    2818 30 35.3-09 34 40.122.04150.2210G22.039+0.222
    G022.041+00.2218395 GHz (I)
    50.67 (0.04)0.85 (0.12)11.710.6 (1.5)PMODLH0.90053+H2O +CH3OH I +CH3OH II 3.3002011 March-April
    18 30 35.3-09 34 40.122.04150.2210G22.039+0.222
    G022.041+00.2218395 GHz (I)
    51.72 (0.02)0.66 (0.05)2114.7 (1.3)PMODLH53+H2O +CH3OH I +CH3OH II 3.3002011 March-April
    18 30 35.3-09 34 40.122.04150.2210G22.039+0.222
    G022.041+00.2218395 GHz (I)
    52.19 (0.23)5.11 (0.47)5.429.5 (2.8)PMODLH53+H2O +CH3OH I +CH3OH II 3.3002011 March-April
    2918 34 39.3-08 31 35.323.4377-0.1840G23.437-0.183
    G023.437-00.1849095 GHz (I)
    96.91 (0.02)1.24 (0.07)18.224 (1.5)PMODLH0.90053+H2O +CH3OH I +CH3OH II +OH 5.9002011 March-April
    18 34 39.3-08 31 35.323.4377-0.1840G23.437-0.183
    G023.437-00.1849095 GHz (I)
    99.94 (0.02)0.42 (0.04)16.67.4 (0.7)PMODLH53+H2O +CH3OH I +CH3OH II +OH 5.9002011 March-April
    18 34 39.3-08 31 35.323.4377-0.1840G23.437-0.183
    G023.437-00.1849095 GHz (I)
    101.38 (0.13)5.81 (0.31)11.973.7 (3)PMODLH53+H2O +CH3OH I +CH3OH II +OH 5.9002011 March-April
    18 34 39.3-08 31 35.323.4377-0.1840G23.437-0.183
    G023.437-00.1849095 GHz (I)
    101.5 (0.03)0.4 (0.08)83.4 (0.8)PMODLH53+H2O +CH3OH I +CH3OH II +OH 5.9002011 March-April
    18 34 39.3-08 31 35.323.4377-0.1840G23.437-0.183
    G023.437-00.1849095 GHz (I)
    102.63 (0.02)1.05 (0.05)24.827.7 (1.6)PMODLH53+H2O +CH3OH I +CH3OH II +OH 5.9002011 March-April
    3018 35 22.5-08 01 18.723.9676-0.1098G23.966-0.110
    G023.968-00.1109395 GHz (I)
    72.98 (0.47)6.3 (1.18)2.214.7 (2.3)PMODLH0.90053+CH3OH I +CH3OH II +OH 11.4002011 March-April
    18 35 22.5-08 01 18.723.9676-0.1098G23.966-0.110
    G023.968-00.1109395 GHz (I)
    73.14 (0.04)0.42 (0.1)6.63 (0.7)PMODLH53+CH3OH I +CH3OH II +OH 11.4002011 March-April
    3118 35 23.5-07 59 32.623.9956-0.0997G23.996-0.100
    G023.996-00.1009495 GHz (I)
    69.72 (0.11)2.76 (0.26)4.412.9 (1.1)PMODLH0.70053+CH3OH I +CH3OH II +OH 11.4002011 March-April
    3218 35 8.6-07 35 4.324.32950.1424G24.329+0.143
    G024.329+00.1429795 GHz (I)
    113.52 (0.02)0.63 (0.05)24.116.1 (1.6)PMODLH0.90053+H2O +CH3OH I +CH3OH II +OH 9.5002011 March-April
    18 35 8.6-07 35 4.324.32950.1424G24.329+0.143
    G024.329+00.1429795 GHz (I)
    114.33 (0.05)2.34 (0.09)23.758.9 (2.4)PMODLH53+H2O +CH3OH I +CH3OH II +OH 9.5002011 March-April
    18 35 8.6-07 35 4.324.32950.1424G24.329+0.143
    G024.329+00.1429795 GHz (I)
    116.58 (0.05)0.7 (0.12)7.65.6 (1)PMODLH53+H2O +CH3OH I +CH3OH II +OH 9.5002011 March-April
    3318 35 39.9-07 18 32.724.63340.1545G24.633+0.155
    G024.632+00.1559895 GHz (I)
    51.13 (0.06)0.52 (0.14)4.12.3 (0.7)PMODLH0.60053+CH3OH I +CH3OH II 3.3002011 March-April
    18 35 39.9-07 18 32.724.63340.1545G24.633+0.155
    G024.632+00.1559895 GHz (I)
    52.19 (0.14)0.98 (0.4)2.42.5 (1)PMODLH53+CH3OH I +CH3OH II 3.3002011 March-April
    18 35 39.9-07 18 32.724.63340.1545G24.633+0.155
    G024.632+00.1559895 GHz (I)
    52.08 (0.87)7.15 (2.44)0.97.1 (1.9)PMODLH53+CH3OH I +CH3OH II 3.3002011 March-April
    3418 36 50.3-07 24 44.524.6756-0.1515G24.676-0.151
    G024.676-00.1519995 GHz (I)
    113.26 (0.19)2.09 (0.44)2.24.8 (0.9)PMODLH0.60053+H2O +CH3OH I +CH3OH II 5.8002011 March-April
    3518 36 12.9-07 12 6.624.79150.0826G24.790+0.083
    G024.791+00.08310195 GHz (I)
    108.19 (0.05)0.84 (0.11)10.49.2 (1.2)PMODLH0.80053+H2O +CH3OH I +CH3OH II +OH 9.6002011 March-April
    18 36 12.9-07 12 6.624.79150.0826G24.790+0.083
    G024.791+00.08310195 GHz (I)
    109.45 (0.13)1.02 (0.14)5.35.7 (1.7)PMODLH53+H2O +CH3OH I +CH3OH II +OH 9.6002011 March-April
    18 36 12.9-07 12 6.624.79150.0826G24.790+0.083
    G024.791+00.08310195 GHz (I)
    111.2 (0.08)1.83 (0.17)12.123.5 (2.5)PMODLH53+H2O +CH3OH I +CH3OH II +OH 9.6002011 March-April
    18 36 12.9-07 12 6.624.79150.0826G24.790+0.083
    G024.791+00.08310195 GHz (I)
    112.66 (0.11)0.77 (0.21)8.16.7 (2)PMODLH53+H2O +CH3OH I +CH3OH II +OH 9.6002011 March-April
    18 36 12.9-07 12 6.624.79150.0826G24.790+0.083
    G024.791+00.08310195 GHz (I)
    113.35 (0.07)0.52 (0.18)9.85.5 (1.8)PMODLH53+H2O +CH3OH I +CH3OH II +OH 9.6002011 March-April
    18 36 12.9-07 12 6.624.79150.0826G24.790+0.083
    G024.791+00.08310195 GHz (I)
    114.13 (0.05)0.73 (0.17)11.28.7 (1.8)PMODLH53+H2O +CH3OH I +CH3OH II +OH 9.6002011 March-April
    18 36 12.9-07 12 6.624.79150.0826G24.790+0.083
    G024.791+00.08310195 GHz (I)
    114.94 (0.06)0.32 (0.15)4.11.4 (1)PMODLH53+H2O +CH3OH I +CH3OH II +OH 9.6002011 March-April
    18 36 12.9-07 12 6.624.79150.0826G24.790+0.083
    G024.791+00.08310195 GHz (I)
    115.69 (0.55)2.3 (0.21)3.38 (1.8)PMODLH53+H2O +CH3OH I +CH3OH II +OH 9.6002011 March-April
    3618 36 26.9-07 05 7.724.92150.0846G24.942+0.075
    G024.920+00.08510295 GHz (I)
    46.69 (0.24)2.59 (0.58)1.54.2 (0.8)PMODLH0.50053+H2O +CH3OH I +CH3OH II +OH 12.2002011 March-April
    3718 38 8.5-06 46 40.825.3875-0.1473G25.386-0.147
    G025.388-00.14710495 GHz (I)
    93.88 (0.06)0.61 (0.15)10.66.8 (1.4)PMODLH1.00053+CH3OH I +OH 5.1002011 March-April
    18 38 8.5-06 46 40.825.3875-0.1473G25.386-0.147
    G025.388-00.14710495 GHz (I)
    94.38 (0.07)0.22 (0.11)7.41.7 (1.2)PMODLH53+CH3OH I +OH 5.1002011 March-April
    18 38 8.5-06 46 40.825.3875-0.1473G25.386-0.147
    G025.388-00.14710495 GHz (I)
    96.19 (0.11)2.03 (0.27)6.714.6 (1.6)PMODLH53+CH3OH I +OH 5.1002011 March-April
    3818 42 56.9-04 41 57.627.7829-0.2582G27.783-0.259
    G027.783-00.25811495 GHz (I)
    104.52 (0.33)4.89 (0.77)2.313 (2.3)PMODLH1.00053+H2O +CH3OH I +CH3OH II 5.5002011 March-April
    18 42 56.9-04 41 57.627.7829-0.2582G27.783-0.259
    G027.783-00.25811495 GHz (I)
    104.52 (0.09)0.38 (0.09)3.21.3 (0.5)PMODLH53+H2O +CH3OH I +CH3OH II 5.5002011 March-April
    3918 44 9.2-04 33 24.928.0469-0.4603G28.047-0.460
    G028.047-00.46011695 GHz (I)
    45.28 (0.05)0.53 (0.11)7.54.2 (0.7)PMODLH1.00053+CH3OH I 2.9002011 March-April
    4018 42 43-04 15 37.528.1469-0.0063G28.146-0.004
    G028.147-00.00611795 GHz (I)
    99.29 (0.44)3.7 (1.03)1.76.8 (1.6)PMODLH0.80053-H2O +CH3OH I +CH3OH II +OH 5.3002011 March-April
    4118 42 53.7-04 02 33.628.36100.0536G28.361+0.054
    G028.361+00.05412095 GHz (I)
    79.07 (0.09)0.43 (0.21)3.71.7 (0.8)PMODLH0.90053+CH3OH I 4.5002011 March-April
    18 42 53.7-04 02 33.628.36100.0536G28.361+0.054
    G028.361+00.05412095 GHz (I)
    79.71 (0.07)0.48 (0.17)52.6 (0.9)PMODLH53+CH3OH I 4.5002011 March-April
    18 42 53.7-04 02 33.628.36100.0536G28.361+0.054
    G028.361+00.05412095 GHz (I)
    80.02 (0.5)5.85 (1.26)212.2 (2.2)PMODLH53+CH3OH I 4.5002011 March-April
    4218 42 15.9-03 34 45.528.70110.4055G28.701+0.406
    G028.701+00.40612595 GHz (I)
    90.69 (0.06)0.39 (0.16)1.90.8 (0.3)PMODLH0.40053+CH3OH I +CH3OH II 4.9002011 March-April
    18 42 15.9-03 34 45.528.70110.4055G28.701+0.406
    G028.701+00.40612595 GHz (I)
    90.26 (0.77)6.87 (1.9)0.64.7 (1.1)PMODLH53+CH3OH I +CH3OH II 4.9002011 March-April
    4318 46 19-03 48 15.728.9627-0.5966G28.963-0.597
    G028.963-00.59712695 GHz (I)
    76.43 (0.08)1.56 (0.18)6.110.1 (1)PMODLH0.80053+CH3OH I 10.4002011 March-April
    4418 45 13.8-03 18 43.929.2769-0.1307G29.277-0.131
    G029.277-00.13112895 GHz (I)
    60.28 (0.01)0.51 (0.02)27.314.8 (0.6)PMODLH0.80053+H2O +CH3OH I +CH3OH II 3.6002011 March-April
    4518 45 20-02 07 19.330.34760.3896G30.348+0.390
    G030.347+00.39013395 GHz (I)
    93.1 (0.09)1.05 (0.2)4.34.8 (0.8)PMODLH0.80053+CH3OH I -CH3OH II 5.1002011 March-April
    4618 47 40.9-02 20 31.230.4194-0.2324G30.419-0.232
    G030.419-00.23213495 GHz (I)
    101.16 (0.09)0.61 (0.21)3.92.6 (0.8)PMODLH0.90053+H2O +CH3OH I +CH3OH II 5.7002011 March-April
    18 47 40.9-02 20 31.230.4194-0.2324G30.419-0.232
    G030.419-00.23213495 GHz (I)
    105.13 (0.09)3.65 (0.23)10.339.9 (2)PMODLH53+H2O +CH3OH I +CH3OH II 5.7002011 March-April
    18 47 40.9-02 20 31.230.4194-0.2324G30.419-0.232
    G030.419-00.23213495 GHz (I)
    109.35 (0.43)1.75 (1.02)1.42.7 (1.4)PMODLH53+H2O +CH3OH I +CH3OH II 5.7002011 March-April
    4718 46 34-01 59 31.830.60360.1751G30.604+0.175
    G030.603+00.17513595 GHz (I)
    103.69 (0.07)0.53 (0.17)3.62 (0.6)PMODLH0.80053+CH3OH I -CH3OH II +OH 8.7002011 March-April
    18 46 34-01 59 31.830.60360.1751G30.604+0.175
    G030.603+00.17513595 GHz (I)
    105.54 (0.08)1.43 (0.19)5.48.2 (0.9)PMODLH53+CH3OH I -CH3OH II +OH 8.7002011 March-April
    4818 45 9.4-01 21 2.731.01360.7811G31.014+0.781
    G031.013+00.78114395 GHz (I)
    50.32 (0.07)0.67 (0.17)4.12.9 (0.6)PMODLH0.80053+CH3OH I 3.1002011 March-April
    4918 46 25.2-01 26 26.831.07760.4591G31.078+0.459
    G031.077+00.45914495 GHz (I)
    31.35 (0.27)2.67 (0.68)1.44 (0.9)PMODLH0.50053+CH3OH I +CH3OH II +OH 12.3002011 March-April
    18 46 25.2-01 26 26.831.07760.4591G31.078+0.459
    G031.077+00.45914495 GHz (I)
    35.75 (0.68)2.72 (1.71)0.61.6 (0.9)PMODLH53+CH3OH I +CH3OH II +OH 12.3002011 March-April
    5018 48 42-01 09 59.931.58160.0770G31.581+0.077
    G031.582+00.07714895 GHz (I)
    96.3 (0.08)3.62 (0.2)9.436.4 (1.7)PMODLH0.90053+H2O +CH3OH I +CH3OH II 5.3002011 March-April
    5118 51 25+00 04 11.132.99150.0366G32.993+0.038
    G032.991+00.03715395 GHz (I)
    83.22 (0.07)1.55 (0.17)3.86.3 (0.6)PMODLH0.50053+H2O +CH3OH I +CH3OH II +OH 9.4002011 March-April
    5218 52 14.8+00 24 46.333.39150.0085G33.393+0.010
    G033.390+00.00815495 GHz (I)
    104.09 (0.49)7.29 (1.17)1.29.5 (1.3)PMODLH0.50053+H2O +CH3OH I +CH3OH II +OH 5.7002011 March-April
    5318 52 58.3+00 42 42.833.7404-0.0167G33.740-0.017
    G033.740-00.01715895 GHz (I)
    106.46 (0.25)3.63 (0.7)3.212.6 (1.9)PMODLH0.90053+CH3OH I 6.5002011 March-April
    18 52 58.3+00 42 42.833.7404-0.0167G33.740-0.017
    G033.740-00.01715895 GHz (I)
    106.47 (0.11)0.58 (0.31)2.91.8 (1.1)PMODLH53+CH3OH I 6.5002011 March-April
    5418 53 3.1+00 49 31.133.85030.0174G33.852+0.017
    G033.850+00.01716095 GHz (I)
    60.26 (0.01)0.31 (0.05)7.92.6 (0.3)PMODLH0.50053+CH3OH I +CH3OH II +OH 10.3002011 March-April
    18 53 3.1+00 49 31.133.85030.0174G33.852+0.017
    G033.850+00.01716095 GHz (I)
    61.77 (0.04)0.76 (0.11)4.23.4 (0.4)PMODLH53+CH3OH I +CH3OH II +OH 10.3002011 March-April
    5518 53 18.6+01 25 16.634.41020.2316G34.403+0.230
    G034.410+00.23216195 GHz (I)
    58.09 (0.09)5.01 (0.18)11.561.4 (2.3)PMODLH0.70053+H2O +CH3OH I +CH3OH II +OH 10.4002011 March-April
    18 53 18.6+01 25 16.634.41020.2316G34.403+0.230
    G034.410+00.23216195 GHz (I)
    60.25 (0.1)0.99 (0.29)3.43.6 (1.3)PMODLH53+H2O +CH3OH I +CH3OH II +OH 10.4002011 March-April
    5618 56 54.2+01 52 48.935.2284-0.3582G35.228-0.358
    G035.228-00.35816495 GHz (I)
    52.43 (0.23)4.82 (0.54)2.211.4 (1.1)PMODLH0.50053+CH3OH I +CH3OH II 10.6002011 March-April
    5719 01 2.5+04 12 6.837.7655-0.2161G37.765-0.214
    G037.765-00.21617295 GHz (I)
    63.09 (0.39)2.49 (0.91)1.64.2 (1.4)PMODLH0.50053+H2O +CH3OH I +CH3OH II 9.5002011 March-April
    19 01 2.5+04 12 6.837.7655-0.2161G37.765-0.214
    G037.765-00.21617295 GHz (I)
    65.96 (0.32)2.05 (0.7)1.73.8 (1.3)PMODLH53+H2O +CH3OH I +CH3OH II 9.5002011 March-April
    5819 11 39.6+08 46 30.443.0391-0.4551G43.038-0.453
    G043.039-00.45518195 GHz (I)
    58.1 (0.19)3.49 (0.49)2.710 (1.2)PMODLH0.60053+H2O +CH3OH I +CH3OH II +OH 8.6002011 March-April
    19 11 39.6+08 46 30.443.0391-0.4551G43.038-0.453
    G043.039-00.45518195 GHz (I)
    58.19 (0.05)0.27 (0.16)3.61 (0.4)PMODLH53+H2O +CH3OH I +CH3OH II +OH 8.6002011 March-April
    5919 23 07+14 20 11.149.2667-0.3379G49.267-0.338
    G049.267-00.33819495 GHz (I)
    67.39 (0.26)2.88 (0.61)1.64.8 (0.9)PMODLH0.50053+CH3OH I +CH3OH II 5.5002011 March-April
    6019 29 18.2+17 56 1953.14210.0677G53.142+0.070
    G053.142+00.06820095 GHz (I)
    19.51 (0.25)0.18 (0.05)11.12.2 (0.3)PMODLH0.90053+H2O +CH3OH I +CH3OH II +OH 1.6002011 March-April
    19 29 18.2+17 56 1953.14210.0677G53.142+0.070
    G053.142+00.06820095 GHz (I)
    20.35 (0.55)2.51 (0.38)2.15.7 (1.3)PMODLH53+H2O +CH3OH I +CH3OH II +OH 1.6002011 March-April
    19 29 18.2+17 56 1953.14210.0677G53.142+0.070
    G053.142+00.06820095 GHz (I)
    22.19 (0.04)0.75 (0.11)10.58.4 (1.6)PMODLH53+H2O +CH3OH I +CH3OH II +OH 1.6002011 March-April
    6119 38 16.8+21 08 2.256.9618-0.2340G56.962-0.234
    G056.962-00.23420995 GHz (I)
    32.01 (0.17)1.1 (0.41)1.82.1 (0.6)PMODLH0.60053+CH3OH I +CH3OH II 3.0002011 March-April
    19 38 16.8+21 08 2.256.9618-0.2340G56.962-0.234
    G056.962-00.23420995 GHz (I)
    33.49 (0.05)0.53 (0.12)4.12.3 (0.5)PMODLH53+CH3OH I +CH3OH II 3.0002011 March-April
    6219 38 58.2+22 46 34.658.47120.4328G58.471+0.433
    G058.471+00.43321095 GHz (I)
    36.28 (0.11)1.37 (0.27)4.66.7 (1.1)PMODLH0.90053+H2O +CH3OH I -CH3OH II 4.4002011 March-April
    19 38 58.2+22 46 34.658.47120.4328G58.471+0.433
    G058.471+00.43321095 GHz (I)
    38.21 (0.09)0.72 (0.21)4.23.3 (0.8)PMODLH53+H2O +CH3OH I -CH3OH II 4.4002011 March-April
    6319 43 50.2+23 28 59.759.6391-0.1892G59.628-0.189
    G059.639-00.18921295 GHz (I)
    27.23 (0.12)1.59 (0.26)8.514.4 (2.2)PMODLH0.90053+H2O +CH3OH I +CH3OH II 5.9002011 March-April
    19 43 50.2+23 28 59.759.6391-0.1892G59.628-0.189
    G059.639-00.18921295 GHz (I)
    28.88 (0.18)1.2 (0.39)4.65.8 (2.2)PMODLH53+H2O +CH3OH I +CH3OH II 5.9002011 March-April
    19 43 50.2+23 28 59.759.6391-0.1892G59.628-0.189
    G059.639-00.18921295 GHz (I)
    30.7 (0.11)0.91 (0.28)3.53.4 (0.9)PMODLH53+H2O +CH3OH I +CH3OH II 5.9002011 March-April

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

    Export table to csv

    Hide / Show individual components

    ID Obs. RA Obs. Dec l b Group id Source name Other name Line RMS Beam Detection Date
    (J2000) (J2000) (deg.) (deg.) Seq CH3OH (class I) (Jy) (arcsec) Yes/No
    117 56 25.9-24 48 174.78280.0429G4.783+0.043
    G004.783+00.043195 GHz (I)
    0.90053-CH3OH I 2011 March-April
    217 55 54.7-24 42 46.74.80280.1909G4.803+0.191
    G004.803+00.191295 GHz (I)
    0.90053-CH3OH I 2011 March-April
    317 56 49.4-24 38 374.96680.0469G4.967+0.047
    G004.967+00.047395 GHz (I)
    1.10053-CH3OH I 2011 March-April
    417 57 32.8-24 39 3.95.0428-0.0991G5.043-0.099
    G005.043-00.099495 GHz (I)
    0.90053-CH3OH I 2011 March-April
    517 58 9.7-24 23 49.25.3328-0.0931G5.333-0.093
    G005.333-00.093595 GHz (I)
    0.50053-CH3OH I 2011 March-April
    617 57 48.3-24 19 3.85.36080.0169G5.361+0.017
    G005.361+00.017695 GHz (I)
    0.90053-CH3OH I 2011 March-April
    717 56 41.1-24 09 21.45.37280.3188G5.373+0.319
    G005.373+00.319795 GHz (I)
    1.00053-CH3OH I 2011 March-April
    818 00 21.6-24 05 56.65.8408-0.3792G5.841-0.379
    G005.841-00.379895 GHz (I)
    0.90053-CH3OH I 2011 March-April
    917 59 30.1-23 44 15.46.0568-0.0291G6.057-0.029
    G006.057-00.029995 GHz (I)
    0.90053-CH3OH I 2011 March-April
    1018 00 17.9-23 26 20.26.4068-0.0391G6.407-0.039
    G006.407-00.0391095 GHz (I)
    1.00053-CH3OH I 2011 March-April
    1118 02 24.8-23 01 6.27.0128-0.2531G6.999-0.253
    G007.013-00.2531295 GHz (I)
    0.50053+H2O -CH3OH I 2011 March-April
    1218 03 17-21 45 39.38.20590.1919G8.206+0.192
    G008.206+00.1921495 GHz (I)
    0.80053-CH3OH I 2011 March-April
    1318 02 13.7-21 32 38.48.27390.5120G8.274+0.512
    G008.274+00.5121595 GHz (I)
    0.80053-CH3OH I 2011 March-April
    1418 04 37-21 47 52.58.3259-0.0960G8.317-0.096
    G008.326-00.0961695 GHz (I)
    1.00053+H2O -CH3OH I +CH3OH II 2011 March-April
    1518 05 29.3-21 48 058.4219-0.2740G8.422-0.274
    G008.422-00.2741795 GHz (I)
    0.80053-CH3OH I 2011 March-April
    1618 05 7.7-21 44 1.78.4399-0.1680G8.440-0.168
    G008.440-00.1681895 GHz (I)
    0.90053-CH3OH I 2011 March-April
    1718 05 37-21 46 52.78.4539-0.2900G8.454-0.290
    G008.454-00.2901995 GHz (I)
    0.80053-CH3OH I 2011 March-April
    1818 06 37.2-21 37 6.68.7099-0.4140G8.714-0.411
    G008.710-00.4142195 GHz (I)
    0.80053+H2O -CH3OH I 2011 March-April
    1918 04 53.3-21 06 38.18.95590.1860G8.956+0.186
    G008.956+00.1862395 GHz (I)
    0.80053-CH3OH I 2011 March-April
    2018 06 53.8-21 17 24.69.0278-0.3100G9.028-0.310
    G009.028-00.3102495 GHz (I)
    0.60053-CH3OH I 2011 March-April
    2118 05 56.9-21 03 15.69.1259-0.0021G9.126-0.002
    G009.125-00.0022595 GHz (I)
    1.00053-CH3OH I 2011 March-April
    2218 06 52.6-21 04 36.89.2118-0.2021G9.215-0.202
    G009.212-00.2022695 GHz (I)
    0.50053+H2O -CH3OH I +CH3OH II 2011 March-April
    2318 07 34.2-20 26 12.99.8498-0.0322G9.850-0.032
    G009.850-00.0322795 GHz (I)
    0.80053-CH3OH I 2011 March-April
    2418 09 24.8-20 15 37.610.2137-0.3243G10.212-0.310
    G010.214-00.3242895 GHz (I)
    0.50053+H2O +CH3OH I 2011 March-April
    2518 08 1.8-20 01 31.410.26180.0737G10.262+0.074
    G010.262+00.0743095 GHz (I)
    1.10053-CH3OH I 2011 March-April
    2618 09 53.1-19 47 55.710.6714-0.1981G10.671-0.198
    G010.670-00.1983495 GHz (I)
    1.00053-CH3OH I 2011 March-April
    2718 09 50.6-19 37 3.310.8254-0.1020G10.822-0.103
    G010.825-00.1023595 GHz (I)
    1.00053+H2O -CH3OH I +CH3OH II 2011 March-April
    2818 09 40-19 26 28.810.95930.0200G10.958+0.022
    G010.959+00.0203695 GHz (I)
    1.10053+H2O -CH3OH I +CH3OH II 2011 March-April
    2918 10 18.6-19 24 22.711.0634-0.0960G11.063-0.096
    G011.063-00.0963795 GHz (I)
    0.50053-CH3OH I 2011 March-April
    3018 09 45.8-19 17 30.811.10130.0720G11.101+0.072
    G011.101+00.0723895 GHz (I)
    1.10053-CH3OH I 2011 March-April
    3118 10 32.8-19 22 15.511.1213-0.1280G11.121-0.128
    G011.121-00.1284095 GHz (I)
    0.80053-CH3OH I 2011 March-April
    3218 12 40.4-18 37 4.412.0233-0.2060G12.023-0.206
    G012.023-00.2064295 GHz (I)
    0.80053-CH3OH I 2011 March-April
    3318 10 43.6-17 58 18.512.36730.5100G12.367+0.510
    G012.367+00.5104495 GHz (I)
    0.90053-CH3OH I 2011 March-April
    3418 13 41.4-18 12 34.712.4972-0.2220G12.497-0.222
    G012.497-00.2224595 GHz (I)
    0.80053-CH3OH I 2011 March-April
    3518 14 28.5-18 12 6.812.5932-0.3820G12.593-0.382
    G012.593-00.3824695 GHz (I)
    0.60053-CH3OH I 2011 March-April
    3618 13 3.7-17 53 11.412.70930.0639G12.709+0.064
    G012.709+00.0644895 GHz (I)
    0.40053-CH3OH I 2011 March-April
    3718 15 7.8-17 46 52.713.0371-0.3181G13.037-0.318
    G013.037-00.3185295 GHz (I)
    0.90053-CH3OH I 2011 March-April
    3818 13 47.6-17 22 15.813.24520.1578G13.245+0.158
    G013.245+00.1585695 GHz (I)
    0.80053-CH3OH I 2011 March-April
    3918 18 3.7-16 54 49.714.1328-0.5209G14.133-0.521
    G014.133-00.5215895 GHz (I)
    0.70053-CH3OH I 2011 March-April
    4018 18 8.3-16 51 12.714.1948-0.5089G14.189-0.506
    G014.195-00.5095995 GHz (I)
    0.70053-CH3OH I 2011 March-April
    4118 17 8.7-16 26 5.714.4503-0.1006G14.451-0.103
    G014.450-00.1016095 GHz (I)
    0.90053-CH3OH I 2011 March-April
    4218 17 23.4-16 12 27.414.6783-0.0443G14.669-0.043
    G014.678-00.0446195 GHz (I)
    0.70053+H2O -CH3OH I -SiO 2011 March-April
    4318 17 51.1-16 13 59.814.7084-0.1543G14.708-0.154
    G014.708-00.1546295 GHz (I)
    0.70053-CH3OH I 2011 March-April
    4418 14 48.4-15 28 2015.02930.8520G15.029+0.853
    G015.029+00.8526495 GHz (I)
    0.60053-CH3OH I -CH3OH II 2011 March-April
    4518 18 56.5-15 44 58.515.2583-0.1557G15.258-0.156
    G015.258-00.1566595 GHz (I)
    1.00053-CH3OH I -CH3OH II 2011 March-April
    4618 21 8.9-15 03 48.216.1144-0.3010G16.117-0.291
    G016.114-00.3016695 GHz (I)
    0.60053+H2O -CH3OH I +CH3OH II +OH +SiO 2011 March-April
    4718 22 23.4-14 59 38.316.3165-0.5328G16.317-0.533
    G016.317-00.5336795 GHz (I)
    0.80053-CH3OH I 2011 March-April
    4818 21 15.1-14 32 55.316.5802-0.0806G16.580-0.081
    G016.580-00.0816895 GHz (I)
    0.90053-H2O -CH3OH I 2011 March-April
    4918 21 30.6-14 30 42.616.6422-0.1186G16.642-0.119
    G016.641-00.1197095 GHz (I)
    1.00053-CH3OH I 2011 March-April
    5018 22 59.5-13 19 41.417.85600.1202G17.856+0.120
    G017.856+00.1207195 GHz (I)
    0.90053-CH3OH I 2011 March-April
    5118 28 23.6-11 47 38.319.8280-0.3292G19.828-0.329
    G019.827-00.3297595 GHz (I)
    0.90053-CH3OH I 2011 March-April
    5218 27 44.8-11 14 52.220.23790.0648G20.237+0.066
    G020.238+00.0657995 GHz (I)
    0.90053-CH3OH I +CH3OH II +OH 2011 March-April
    5318 30 9.9-11 12 39.120.5459-0.4431G20.546-0.443
    G020.545-00.4438095 GHz (I)
    1.00053-CH3OH I 2011 March-April
    5418 29 59.6-11 00 22.220.7079-0.3111G20.708-0.311
    G020.708-00.3118195 GHz (I)
    0.90053-CH3OH I 2011 March-April
    5518 30 11.2-11 01 10.420.7179-0.3592G20.718-0.359
    G020.718-00.3598295 GHz (I)
    0.90053-CH3OH I 2011 March-April
    5618 30 38.3-09 12 43.822.37130.3793G22.371+0.379
    G022.371+00.3798495 GHz (I)
    0.80053-CH3OH I 2011 March-April
    5718 32 44.2-09 24 33.622.4357-0.1707G22.435-0.169
    G022.436-00.1718595 GHz (I)
    0.90053-CH3OH I +CH3OH II +OH 2011 March-April
    5818 31 44.7-09 08 32.822.55950.1694G22.559+0.169
    G022.559+00.1698695 GHz (I)
    0.90053-CH3OH I 2011 March-April
    5918 31 10.7-08 54 17.622.70530.4035G22.706+0.397
    G022.705+00.4048795 GHz (I)
    0.80053-CH3OH I 2011 March-April
    6018 35 21.7-08 50 15.123.2419-0.4821G23.241-0.482
    G023.242-00.4828895 GHz (I)
    0.90053-CH3OH I +CH3OH II 2011 March-April
    6118 34 0.2-08 35 5423.2996-0.0741G23.300-0.074
    G023.300-00.0748995 GHz (I)
    0.80053-CH3OH I 2011 March-April
    6218 34 35.9-08 29 32.223.4616-0.1560G23.462-0.156
    G023.462-00.1569195 GHz (I)
    0.90053-CH3OH I +CH3OH II 2011 March-April
    6318 35 12.4-08 17 35.523.7076-0.1979G23.707-0.196
    G023.708-00.1989295 GHz (I)
    0.80053+H2O -CH3OH I +CH3OH II +OH 2011 March-April
    6418 34 8.8-07 49 33.724.00140.2502G23.991+0.248
    G024.001+00.2509595 GHz (I)
    0.90053+H2O -CH3OH I 2011 March-April
    6518 35 35.5-07 41 46.124.2815-0.0076G24.282-0.008
    G024.282-00.0089695 GHz (I)
    0.90053-CH3OH I 2011 March-April
    6618 35 51-07 13 29.124.72940.1525G24.731+0.156
    G024.728+00.15310095 GHz (I)
    0.80053+H2O +CH3OH I -CH3OH II 2011 March-April
    6718 36 28.1-06 47 5125.17940.2127G25.178+0.212
    G025.179+00.21310395 GHz (I)
    0.80053-CH3OH I +CH3OH II 2011 March-April
    6818 38 55.5-06 52 18.125.3935-0.3633G25.387-0.360
    G025.394-00.36310595 GHz (I)
    0.70053-CH3OH I -CH3OH II 2011 March-April
    6918 37 30.7-06 41 17.825.39550.0327G25.395+0.034
    G025.395+00.03310695 GHz (I)
    0.80053+H2O -CH3OH I +CH3OH II 2011 March-April
    7018 37 20.8-06 31 55.625.51540.1407G25.515+0.141
    G025.515+00.14110795 GHz (I)
    0.80053-CH3OH I 2011 March-April
    7118 38 35.1-06 41 27.125.5155-0.2053G25.515-0.205
    G025.516-00.20510895 GHz (I)
    1.20053-CH3OH I 2011 March-April
    7218 39 56.2-05 38 48.326.5974-0.0252G26.597-0.024
    G026.597-00.02510995 GHz (I)
    0.90053+H2O -CH3OH I +CH3OH II 2011 March-April
    7318 38 57.7-05 14 41.226.84340.3749G26.837+0.378
    G026.843+00.37511095 GHz (I)
    1.00053-CH3OH I -CH3OH II 2011 March-April
    7418 39 54.4-05 10 5.327.01940.2008G27.019+0.201
    G027.019+00.20111195 GHz (I)
    0.40053-CH3OH I 2011 March-April
    7518 40 39.5-05 00 2127.24940.1088G27.249+0.109
    G027.249+00.10911295 GHz (I)
    0.90053-CH3OH I 2011 March-April
    7618 41 20.8-04 32 20.627.74300.1698G27.743+0.170
    G027.743+00.17011395 GHz (I)
    1.00053-CH3OH I 2011 March-April
    7718 43 52.9-04 36 19.327.9729-0.4223G27.973-0.422
    G027.972-00.42211595 GHz (I)
    1.10053-CH3OH I 2011 March-April
    7818 41 33.5-04 01 34.528.22310.3577G28.223+0.358
    G028.222+00.35811895 GHz (I)
    0.90053-CH3OH I +CH3OH II 2011 March-April
    7918 42 33.1-04 01 1628.34100.1396G28.337+0.119
    G028.341+00.14011995 GHz (I)
    1.00053+H2O +CH3OH I -CH3OH II 2011 March-April
    8018 44 43.6-04 13 32.828.4068-0.4364G28.407-0.436
    G028.407-00.43612195 GHz (I)
    0.80053-CH3OH I 2011 March-April
    8118 43 51.5-04 00 15.328.5049-0.1424G28.505-0.142
    G028.504-00.14212295 GHz (I)
    0.90053-CH3OH I 2011 March-April
    8218 42 56.8-03 51 21.228.53300.1276G28.532+0.127
    G028.533+00.12812395 GHz (I)
    1.00053-CH3OH I +CH3OH II 2011 March-April
    8318 43 35.9-03 52 3.328.5969-0.0224G28.597-0.022
    G028.597-00.02212495 GHz (I)
    1.00053-CH3OH I 2011 March-April
    8418 44 22.9-03 22 59.529.11690.0254G29.117+0.025
    G029.117+00.02512795 GHz (I)
    1.10053-CH3OH I 2011 March-April
    8518 45 25.7-03 17 25.429.3188-0.1647G29.320-0.162
    G029.318-00.16512995 GHz (I)
    0.80053+H2O -CH3OH I +CH3OH II 2011 March-April
    8618 46 37.3-02 55 23.829.7814-0.2622G29.781-0.262
    G029.781-00.26213095 GHz (I)
    0.80053-CH3OH I 2011 March-April
    8718 45 59.2-02 35 0.730.01150.0337G30.011+0.034
    G030.010+00.03413195 GHz (I)
    0.90053-CH3OH I 2011 March-April
    8818 47 9.1-02 30 12.330.2154-0.1884G30.198-0.169
    G030.215-00.18813295 GHz (I)
    0.90053-H2O -CH3OH I +CH3OH II +OH 2011 March-April
    8918 47 47.8-02 04 48.930.6656-0.1389G30.664-0.139
    G030.666-00.13913695 GHz (I)
    0.90053-CH3OH I +CH3OH II 2011 March-April
    9018 48 29.1-02 09 57.830.6676-0.3309G30.667-0.331
    G030.667-00.33113795 GHz (I)
    0.50053-CH3OH I -CH3OH II 2011 March-April
    9118 46 53.3-01 47 59.230.81160.1911G30.812+0.191
    G030.812+00.19113895 GHz (I)
    0.70053-CH3OH I 2011 March-April
    9218 48 6.1-01 53 32.330.8676-0.1209G30.843-0.112
    G030.868-00.12113995 GHz (I)
    1.00053+CH3OH I +CH3OH II +OH 2011 March-April
    9318 47 15.1-01 41 36.130.94760.1591G30.946+0.158
    G030.948+00.15914095 GHz (I)
    0.90053-CH3OH I +CH3OH II 2011 March-April
    9418 47 32.2-01 42 59.230.95960.0851G30.960+0.086
    G030.960+00.08514195 GHz (I)
    1.00053+H2O -CH3OH I +CH3OH II 2011 March-April
    9518 47 4.3-01 36 51.130.99760.2351G30.998+0.235
    G030.998+00.23514295 GHz (I)
    0.90053-CH3OH I 2011 March-April
    9618 47 9.5-01 30 22.331.10360.2651G31.104+0.265
    G031.103+00.26514595 GHz (I)
    0.50053-CH3OH I 2011 March-April
    9718 48 45.6-01 37 25.931.1816-0.1449G31.182-0.148
    G031.182-00.14514695 GHz (I)
    1.10053-CH3OH I +CH3OH II 2011 March-April
    9818 47 53.7-01 16 28.631.39360.2071G31.394+0.207
    G031.394+00.20714795 GHz (I)
    1.00053-CH3OH I 2011 March-April
    9918 48 20+00 45 44.333.25661.0382G33.257+1.038
    G031.900+00.34314995 GHz (I)
    0.80053-CH3OH I 2011 March-April
    10018 51 44.6+00 24 21.733.32820.1170G33.328+0.117
    G032.605-00.25315095 GHz (I)
    1.00053-CH3OH I 2011 March-April
    10118 51 14.2+00 13 42.833.11230.1491G33.112+0.149
    G032.704-00.05915195 GHz (I)
    0.80053-CH3OH I 2011 March-April
    10218 51 32.4+00 07 41.733.05770.0357G33.058+0.036
    G032.829-00.08115295 GHz (I)
    0.50053-CH3OH I 2011 March-April
    10318 50 58.8+00 35 19.533.40360.3705G33.404+0.370
    G033.404+00.37015595 GHz (I)
    0.90053-CH3OH I 2011 March-April
    10418 52 4.3+00 45 2.433.67230.2013G33.672+0.201
    G033.672+00.20115695 GHz (I)
    0.90053-CH3OH I 2011 March-April
    10518 51 49.9+00 49 2.733.70420.2853G33.705+0.284
    G033.704+00.28515795 GHz (I)
    0.80053-CH3OH I -CH3OH II 2011 March-April
    10618 53 49.1+00 41 2833.8185-0.2146G33.818-0.215
    G033.817-00.21515995 GHz (I)
    0.70053-CH3OH I 2011 March-April
    10718 55 0.6+01 47 24.634.93230.0218G34.933+0.021
    G034.932+00.02216295 GHz (I)
    0.80053-CH3OH I -CH3OH II 2011 March-April
    10818 55 21.7+01 48 45.234.9923-0.0462G34.992-0.046
    G034.991-00.04616395 GHz (I)
    0.70053-CH3OH I 2011 March-April
    10918 56 30.8+01 57 1035.2483-0.2382G35.247-0.237
    G035.247-00.23816595 GHz (I)
    1.00053+CH3OH I +CH3OH II 2011 March-April
    11018 56 34.8+02 01 14.135.3163-0.2222G35.316-0.222
    G035.316-00.22216695 GHz (I)
    1.00053-CH3OH I 2011 March-April
    11118 55 55.3+02 32 43.835.70820.1639G35.708+0.164
    G035.707+00.16416795 GHz (I)
    0.60053-CH3OH I 2011 March-April
    11218 58 41.7+02 30 57.535.9983-0.4660G35.998-0.466
    G035.997-00.46616895 GHz (I)
    0.90053-CH3OH I 2011 March-April
    11318 57 46+02 39 2.836.0123-0.1980G36.013-0.197
    G036.012-00.19816995 GHz (I)
    0.80053-CH3OH I +CH3OH II 2011 March-April
    11418 57 59.5+03 23 5936.70420.0940G36.705+0.096
    G036.704+00.09417095 GHz (I)
    0.90053+H2O -CH3OH I +CH3OH II +OH 2011 March-April
    11518 59 43+03 53 45.337.3422-0.0620G37.341-0.059
    G037.341-00.06217195 GHz (I)
    0.50053-H2O -CH3OH I +CH3OH II 2011 March-April
    11619 01 16.5+04 37 1.838.1614-0.0779G38.161-0.078
    G038.161-00.07817395 GHz (I)
    0.90053-CH3OH I 2011 March-April
    11719 01 8.7+05 04 28.538.55320.1603G38.554+0.163
    G038.552+00.16017495 GHz (I)
    0.70053+H2O -CH3OH I +CH3OH II 2011 March-April
    11819 02 33.9+04 56 4038.5994-0.2137G38.598-0.213
    G038.599-00.21417595 GHz (I)
    0.60053+H2O -CH3OH I +CH3OH II 2011 March-April
    11919 03 47.1+05 04 0.938.8475-0.4276G38.847-0.428
    G038.847-00.42817695 GHz (I)
    0.90053-CH3OH I 2011 March-April
    12019 04 21.7+05 49 47.539.5913-0.2053G39.591-0.205
    G039.591-00.20517795 GHz (I)
    0.90053-CH3OH I 2011 March-April
    12119 04 4.5+06 30 12.340.15720.1669G40.157+0.167
    G040.157+00.16717895 GHz (I)
    1.20053-CH3OH I 2011 March-April
    12219 05 51.6+06 24 42.440.2793-0.2691G40.278-0.269
    G040.279-00.26917995 GHz (I)
    0.80053-CH3OH I +CH3OH II 2011 March-April
    12319 06 11.3+08 10 31.741.88320.4690G41.883+0.469
    G041.883+00.46918095 GHz (I)
    0.60053-CH3OH I 2011 March-April
    12419 10 22.4+08 58 44.843.0731-0.0791G43.074-0.077
    G043.073-00.07918295 GHz (I)
    1.10053-CH3OH I +CH3OH II 2011 March-April
    12519 12 53.9+09 37 11.343.9294-0.3351G43.929-0.335
    G043.929-00.33518395 GHz (I)
    1.00053-CH3OH I 2011 March-April
    12619 11 25.6+10 00 3.444.09920.1630G44.099+0.163
    G044.099+00.16318495 GHz (I)
    0.50053-CH3OH I 2011 March-April
    12719 11 24.7+10 28 43.344.52110.3871G44.521+0.387
    G044.521+00.38718595 GHz (I)
    1.10053-CH3OH I 2011 March-April
    12819 13 40.9+10 54 57.845.16720.0953G45.167+0.095
    G045.167+00.09518695 GHz (I)
    0.80053-CH3OH I 2011 March-April
    12919 15 13+11 10 21.545.5692-0.1186G45.569-0.120
    G045.569-00.11918795 GHz (I)
    1.00053+H2O -CH3OH I +CH3OH II 2011 March-April
    13019 17 13.4+11 16 1445.8853-0.5086G45.886-0.509
    G045.884-00.50918895 GHz (I)
    1.10053-CH3OH I -CH3OH II 2011 March-April
    13119 16 58.4+11 47 20.246.3152-0.2126G46.315-0.213
    G046.314-00.21318995 GHz (I)
    1.00053-CH3OH I 2011 March-April
    13219 19 48.7+14 01 11.248.61040.2198G48.610+0.220
    G048.609+00.22019095 GHz (I)
    0.80053-CH3OH I 2011 March-April
    13319 22 48.7+13 53 34.348.8407-0.4821G48.841-0.482
    G048.841-00.48219195 GHz (I)
    0.90053-CH3OH I 2011 March-April
    13419 22 41.6+14 09 59.449.0686-0.3280G49.072-0.327
    G049.069-00.32819295 GHz (I)
    1.00053+CH3OH I 2011 March-April
    13519 22 33.9+14 13 35.149.1066-0.2720G49.107-0.272
    G049.106-00.27219395 GHz (I)
    0.90053-CH3OH I 2011 March-April
    13619 22 46.4+14 30 2849.3786-0.1838G49.379-0.184
    G049.378-00.18419595 GHz (I)
    0.70053-CH3OH I 2011 March-April
    13719 23 30.1+14 26 34.649.4046-0.3698G49.409-0.372
    G049.405-00.37019695 GHz (I)
    0.80053+H2O -CH3OH I +CH3OH II 2011 March-April
    13819 23 26.6+14 40 14.149.5986-0.2497G49.599-0.250
    G049.599-00.25019795 GHz (I)
    0.80053+H2O -CH3OH I +CH3OH II 2011 March-April
    13919 21 17.6+15 11 50.149.81830.4563G49.818+0.456
    G049.817+00.45619895 GHz (I)
    1.00053-CH3OH I 2011 March-April
    14019 23 12.4+15 13 30.550.06040.0624G50.060+0.062
    G050.060+00.06219995 GHz (I)
    1.10053-CH3OH I 2011 March-April
    14119 30 30.4+17 48 26.153.1640-0.2463G53.165-0.246
    G053.164-00.24620195 GHz (I)
    0.80053-CH3OH I -CH3OH II 2011 March-April
    14219 30 5.1+17 57 2853.2480-0.0863G53.248-0.086
    G053.248-00.08620295 GHz (I)
    1.00053-CH3OH I 2011 March-April
    14319 30 10.6+18 11 6.753.45800.0037G53.458+0.004
    G053.457+00.00420395 GHz (I)
    1.00053-CH3OH I 2011 March-April
    14419 30 22.7+18 20 20.953.61600.0356G53.618+0.035
    G053.616+00.03620495 GHz (I)
    0.60053-H2O -CH3OH I +CH3OH II +OH 2011 March-April
    14519 30 29.8+18 20 39.753.63400.0136G53.618+0.035
    G053.634+00.01420595 GHz (I)
    0.90053-H2O -CH3OH I +CH3OH II +OH 2011 March-April
    14619 31 28.1+18 34 8.953.9420-0.0805G53.942-0.080
    G053.942-00.08020695 GHz (I)
    1.00053-CH3OH I 2011 March-April
    14719 31 49.3+18 43 1.654.1120-0.0825G54.111-0.081
    G054.112-00.08320795 GHz (I)
    1.10053-CH3OH I -CH3OH II 2011 March-April
    14819 32 12.7+18 59 1.554.3900-0.0346G54.390-0.035
    G054.390-00.03520895 GHz (I)
    1.10053-CH3OH I 2011 March-April
    14919 43 42.3+23 20 20.359.4991-0.2352G59.498-0.236
    G059.499-00.23521195 GHz (I)
    0.90053+H2O -CH3OH I +CH3OH II 2011 March-April
    15019 43 30.5+23 57 44.960.01720.1147G60.002+0.115
    G060.017+00.11521395 GHz (I)
    1.00053-H2O -CH3OH I -CH3OH II 2011 March-April
    15119 50 3.2+26 38 23.363.07520.1838G63.071+0.181
    G063.075+00.18421495 GHz (I)
    0.80053-CH3OH I 2011 March-April

    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