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KIM10 - Simultaneous Observations of SiO and H2O Masers Toward Known Stellar SiO and H2O Maser Sources. I.

Short title: Kim et al. (2010)
Authors: Kim, Jaeheon Cho, Se-Hyung Oh, Chung Sik Byun, Do-Young
Journal: The Astrophysical Journal Supplement, Volume 188, Issue 1, pp. 209-241 (2010).
Bibcode: 2010ApJS..188..209K
  • Detection table from Kim et al. (2010)

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    ID Obs. RA Obs. Dec l b Group id Source name Other name Vrange Vpeak Ta ∫Ta dv Detection
    (J2000) (J2000) (deg.) (deg.) No. (km/s) (km/s) (K) (K*km/s) Yes/No
    100 03 21.3+55 40 50116.1440-6.5562G116.144-6.556
    Y Cas1-15.91.023.33+H2O +OH +SiO
    200 07 36.2-25 29 4039.9115-80.0454G39.912-80.045
    SY Scl221.11.451.53+H2O +OH +SiO
    300 46 0.1+69 10 53.4122.44606.3149G122.446+6.315
    V524 Cas5-26.80.753.18+H2O +OH +SiO
    401 06 26+12 35 53128.6417-50.1074G128.642-50.107
    WX Psc6-4.33.5217.19+H2O +OH +SiO
    502 19 20.8-02 58 39.5167.7550-57.9827G167.755-57.983
    Cet1047.50.620.52+H2O -OH +SiO
    615 21 39.5+14 18 53.120.498252.7865G20.498+52.787
    S Ser76-37.19.5162.78+H2O +OH +SiO
    702 26 2.3-00 10 41.8166.9655-54.7513G166.966-54.751
    R Cet1230.90.210.11+H2O -OH +SiO
    802 37 2.3+34 15 51.4146.5943-23.7094G146.594-23.709
    R Tri1455.50.230.36+H2O -OH +SiO
    903 34 12.5-16 09 50.7205.2646-50.8115G205.265-50.811
    RT Eri1825.60.250.35+H2O +OH +SiO
    1003 53 28.8+11 24 22.6177.9544-31.4119G177.955-31.412
    IK Tau1922.82.5716.95+H2O -CH3OH II +OH +SiO
    1104 02 8.7-13 44 56206.0482-43.6651G206.048-43.665
    WZ Eri207.20.40.53+H2O -OH +SiO
    1204 11 31-25 08 2.3222.1652-45.3463G222.165-45.346
    W Eri21-0.24.165.23+H2O +OH +SiO
    1304 28 18+10 09 44.8185.2174-25.5813G185.217-25.581
    R Tau2214.32.764.1+H2O +OH +SiO
    1404 38 14.6+08 20 9.2188.4411-24.6667G188.441-24.667
    RX Tau23-44.01.652.34+H2O -CH3OH II +OH +SiO
    1504 40 32.7-14 12 2.4211.4828-35.3288G211.483-35.329
    BX Eri250.80.831.85+H2O +SiO
    1605 04 50.8-21 54 16.5222.6673-32.7146G222.667-32.715
    T Lep26-28.50.30.84+H2O +OH +SiO
    1705 11 19.4+52 52 33.7156.43777.8350G156.438+7.835
    NV Aur27-11.017.3521.74+H2O -CH3OH I +OH +SiO
    1805 19 52.6+63 15 55.8148.285014.5668G148.285+14.566
    BW Cam2844.90.612.15+H2O +OH +SiO
    1905 42 09+32 02 24.1176.96470.9902G176.965+0.990
    U Aur305.80.510.49+H2O +OH +SiO
    2005 46 44.1+69 58 25.2143.431820.0907G143.432+20.091
    BX Cam32-11.45.4818.16+H2O +OH +SiO
    2105 46 56.3-31 41 28.4236.6888-26.7352G236.689-26.735
    S Col3363.84.396.86+H2O +OH +SiO
    2205 47 30.5+27 08 10181.7547-0.5787G181.755-0.579
    AW Tau34-10.31.413.95+H2O +OH +SiO
    2305 55 49.2+20 10 30.7188.7151-2.4921G188.715-2.492
    U Ori35-38.41.865.25+H2O +OH +SiO
    2406 33 15.7+40 42 50.9174.113714.1221G174.114+14.122
    IRC+4015637-16.90.20.12+H2O +OH +SiO
    2506 34 33.9+60 56 26.2154.310421.5176G154.310+21.517
    AP Lyn38-22.90.321.04+H2O +OH +SiO
    2606 40 46.5+59 52 1.6155.656821.9368G155.657+21.937
    U Lyn40-10.10.610.86+H2O +OH +SiO
    2707 07 49.4-10 44 5.9224.3418-1.2877G224.342-1.288
    IRC-101514241.22.0211.59+H2O +OH +SiO
    2807 22 58.3-25 46 3.2239.3526-5.0654G239.353-5.065
    VY CMa4318.3345.911026.36+H2O -CH3OH I -CH3OH II +OH +SiO
    2907 32 38.1-20 39 29.2235.9044-0.6864G235.904-0.686
    Z Pup441.73.188.99+H2O +OH +SiO
    3007 42 16.8-14 42 52.1231.83544.2196G231.835+4.220
    QX Pup4525.73.215.6+H2O -CH3OH II +OH +SiO
    3107 43 2.5+23 26 58.2196.675221.3306G196.675+21.331
    S Gem4694.90.871.18+H2O +OH +SiO
    3207 46 34.2-32 18 16.3247.5866-3.6966G247.587-3.697
    V353 Pup4731.93.1519.15+H2O +OH +SiO
    3307 55 40.2-28 38 54.8245.4375-0.1475G245.438-0.147
    HU Pup4845.82.5411.82+H2O +OH +SiO
    3408 16 33.8+1143 34 05211.749924.1387G211.749+24.139
    R Cnc4916.10.671.19+H2O +OH +SiO
    3509 09 52.6+25 14 53.8201.882440.6702G201.882+40.670
    W Cnc5136.10.540.53+H2O -OH +SiO
    3609 35 30.3-14 41 28.6248.149026.7014G248.149+26.701
    X Hya5327.20.722.4+H2O +OH +SiO
    3709 45 15.2-22 01 44.7255.795423.3526G255.796+23.353
    IW Hya5446.51.932.83+H2O -CH3OH II +OH +SiO
    3809 45 34.3+34 30 42.8190.595449.7711G190.595+49.771
    R LMi55-0.10.720.95+H2O +OH +SiO
    3910 21 9.1-34 47 18.7271.034518.6119G271.034+18.612
    V Ant58-17.820.8225.13+H2O +OH +SiO
    4010 44 38.5+68 46 32.7138.362644.3614G138.362+44.361
    R UMa5938.99.337.97+H2O -OH +SiO
    4110 55 39.9+71 52 9.8134.719742.5088G134.719+42.508
    VX UMa60-49.60.741.18+H2O +OH +SiO
    4211 00 33.9-18 19 29.6269.269537.1958G269.270+37.196
    R Crt614.431.25120.49+H2O +OH +SiO
    4312 14 36.7-06 02 8.9286.549255.6602G286.549+55.660
    T Vir627.60.891.08+H2O +OH +SiO
    4413 02 38+05 11 8.4310.357167.8959G310.357+67.896
    RT Vir6312.77.7533.16+H2O +OH +SiO
    4513 29 42.8-23 16 52.8314.222938.7498G314.223+38.750
    R Hya65-12.60.230.38+H2O +SiO
    4613 49 02-28 22 3.5318.022432.8108G318.022+32.811
    W Hya6741.715.0623.09+H2O +OH +SiO
    4714 11 34.4-28 53 7.4323.367830.7866G323.368+30.787
    RU Hya70-3.70.470.92+H2O +OH +SiO
    4814 24 11.6+25 42 13.434.277369.2127G34.278+69.213
    RX Boo713.01.573.03+H2O -CH3OH I +OH +SiO
    4914 27 16.4+04 40 41.1352.674157.9715G352.674+57.971
    RS Vir72-13.83.799.32+H2O +OH +SiO
    5015 08 25.8+09 36 18.411.025453.2682G11.024+53.268
    FV Boo73-11.20.81.22+H2O +OH +SiO
    5115 11 41.3-06 00 41.4353.826242.5876G353.826+42.588
    Y Lib7414.11.771.36+H2O +OH +SiO
    5215 21 24+31 22 2.649.472557.1727G49.473+57.173
    S CrB751.21.692.51+H2O +OH +SiO
    5315 21 39.5+14 18 53.120.498252.7865G20.498+52.787
    S Ser7622.60.310.87+H2O +OH +SiO
    5415 27 47+19 33 51.729.515053.4767G29.515+53.477
    WX Ser77-1.82.9811.03+H2O +OH +SiO
    5515 43 36.8-01 42 37.75.134939.5337G5.135+39.534
    BG Ser78-3.70.912.14+H2O -OH +SiO
    5616 00 23.8-12 20 57.5358.440729.5209G358.441+29.521
    FS Lib80-4.41.882.31+H2O +OH +SiO
    5716 25 47.5+18 53 32.935.345140.3509G35.345+40.351
    U Her82-14.52.34.49+H2O +OH +SiO
    5816 29 57.9+72 16 49.1105.010536.2381G105.011+36.238
    R UMi84-8.00.591.22+H2O -OH +SiO
    5916 58 12.1+22 47 5043.095134.4556G43.095+34.456
    MV Her85-5.40.290.15+H2O +OH +SiO
    6017 00 13.2-10 37 0.49.709818.9063G9.710+18.906
    V2207 Oph86-31.10.290.35+H2O -OH +SiO
    6117 06 10.8-10 28 59.210.676617.7569G10.677+17.757
    V850 Oph872.90.30.86+H2O +OH +SiO
    6217 11 17-32 19 30.7353.08384.2707G353.084+4.271
    AH Sco90-6.811.3367.69+H2O +SiO
    6317 14 19+08 55 59.429.942425.6156G29.944+25.615
    V2108 Oph917.52.9720.14+H2O +OH +SiO
    6417 14 51.7-33 25 54.6352.62503.0140G352.625+3.014
    RW Sco92-69.91.752.03+H2O +OH +SiO
    6517 19 11.9-19 37 474.602210.0879G4.602+10.088
    VI848 Oph93-32.01.180.56+H2O -OH +SiO
    6617 33 52.8-17 26 198.37838.3509G8.378+8.351
    IRAS 17309 - 17249459.80.451.04+H2O +OH +SiO
    6717 38 40.5-31 57 18.2356.6458-0.3206G356.646-0.321
    IRC-3030895-6.71.7513.43+H2O +OH +SiO
    6817 42 35-30 05 38358.6678-0.0436G358.666-0.044
    OH358.67 - 0.0496-8.52.185.64+H2O +OH +SiO
    6917 51 9.9-08 01 21.318.75219.5242G18.752+9.524
    V2211 Oph98-22.80.872.41+H2O +OH +SiO
    7017 53 18.9-26 56 372.5828-0.4328G2.583-0.432
    V4201 Sgr99-21.84.1825.2+H2O +OH +SiO
    7118 03 56.5-20 19 0.59.53900.7682G9.539+0.768
    V4120 Sgr1016.44.5614.69+H2O +OH +SiO
    7218 05 35.5-21 13 42.28.9334-0.0146G8.934-0.015
    IRC-2042710311.54.3310.82+H2O +OH +SiO
    7318 08 4.1-22 13 26.68.3441-1.0020G8.344-1.002
    VX Sgr1045.926.34241.7+H2O +OH +SiO
    7418 09 18.5+09 12 1636.474613.5047G36.475+13.505
    V2302 Oph105-4.31.070.96+H2O +OH +SiO
    7518 16 26-16 39 56.314.1664-0.0604G14.166-0.060
    V5102 Sgr10936.71.7722.51+H2O -OH +SiO
    7618 23 17.8-13 42 4717.5509-0.1260G17.551-0.126
    IRC-1041411230.931.1159.33+H2O +OH +SiO
    7718 35 29.2-07 13 0824.69320.2351G24.693+0.235
    OH24.7+0.211329.80.261.73+H2O -CH3OH II +OH +SiO
    7817 51 9.9-08 01 21.318.75219.5242G18.752+9.524
    V2211 Oph98-39.60.7610.85+H2O +OH +SiO
    7918 41 14.3-06 15 0.726.2092-0.5893G26.209-0.589
    V438 Set11752.32.285.66+H2O +OH +SiO
    8018 41 25-04 20 3627.92490.2440G27.925+0.244
    IRC+0036311848.23.8835+H2O +OH +SiO
    8118 43 36.5+13 57 22.844.55688.0177G44.557+8.018
    V837 Her119-15.20.891.66+H2O -OH +SiO
    8218 45 10.3+43 38 0772.841619.4065G72.842+19.406
    RW Lyr120-20.20.411.1+H2O -CH3OH II +OH +SiO
    8318 58 30+06 42 57.739.71301.4952G39.713+1.495
    V1366 Aql1249.00.642.85+H2O +OH +SiO
    8419 06 22.2+08 13 4841.95240.4539G41.952+0.454
    R Aql12648.91.032.19+H2O -CH3OH I +OH +SiO
    8519 07 36.7-17 01 17.119.3870-11.1563G19.387-11.156
    FQ Sgr1276.10.180.43+H2O +OH +SiO
    8619 08 54.6-22 14 19.414.6624-13.6103G14.663-13.611
    V3880 Sgr12813.90.731.34+H2O +OH +SiO
    8719 09 8.3+08 16 3242.3081-0.1330G42.308-0.132
    V1368 Aql12958.00.170.2+H2O +OH +SiO
    8819 09 19.4+09 21 1343.28570.3236G43.285+0.324
    IRAS 19069+091613012.60.765.15+H2O +OH +SiO
    8919 38 1.6+11 43 18.248.7087-4.7778G48.709-4.778
    RT Aql135-28.81.982.76+H2O +OH +SiO
    9019 39 0.7-16 51 56.622.7446-17.9283G22.745-17.929
    OH22.7 - 17.913656.80.310.71+H2O +OH +SiO
    9119 40 55.2+15 20 15.852.2176-3.6272G52.218-3.627
    V1433 Aql1371.10.120.24+H2O -CH3OH II +OH +SiO
    9219 43 45.3+03 44 30.442.3399-9.8585G42.340-9.859
    V1415 Aql138-37.80.451.86+H2O +OH +SiO
    9319 51 21.2+29 13 1.365.43931.2498G65.439+1.250
    OH65.4+1.3139-37.00.611.88+H2O +OH +SiO
    9419 55 38.1+32 45 3468.95162.2823G68.952+2.282
    V468 Cyg140-54.00.821.14+H2O -CH3OH II +OH +SiO
    9519 57 36.1-01 53 11.338.9171-15.5602G38.917-15.560
    RR Aql14227.14.2713.39+H2O +OH +SiO
    9620 01 27.6+50 02 3184.442010.2294G84.442+10.230
    Z Cyg143-147.81.372+H2O -CH3OH II +OH +SiO
    9720 06 55.2-27 13 29.814.7707-27.6823G14.771-27.682
    VI943 Sgr144-15.60.250.33+H2O -OH -SiO
    9820 07 5.4+12 57 6.353.3671-10.3077G53.367-10.308
    SY Aql145-47.51.241.41+H2O +OH +SiO
    9920 25 57.2+38 21 1177.00450.1835G77.005+0.183
    KY Cyg148-1.50.550.46+H2O -OH +SiO
    10020 32 34.1-21 41 25.622.9431-31.4472G22.942-31.445
    RU Cap1499.20.621.18+H2O +OH +SiO
    10120 46 25.5+40 06 59.680.7982-1.9208G80.798-1.921
    NML Cyg150-21.938.08108.57+H2O -CH3OH I +OH +SiO
    10220 55 5.5+30 24 52.174.3445-9.4080G74.344-9.408
    UX Cyg1511.90.651.12+H2O +OH +SiO
    10321 10 13.5+52 51 0293.10833.2968G93.108+3.297
    V2250 Cyg152-11.40.871.33+H2O -OH +SiO
    10421 31 4.1+11 09 12.864.3200-28.1631G64.320-28.163
    UU Peg15320.10.240.41+H2O +OH +SiO
    10521 45 4.6+12 41 5568.2078-29.7630G68.208-29.763
    TU Peg15510.80.481.3+H2O +OH +SiO
    10622 05 42.1+35 20 54.588.7152-16.2855G88.715-16.285
    SV Peg1573.93.654.93+H2O +OH +SiO
    10722 54 11.4+08 54 7.480.5778-44.1174G80.578-44.117
    KZ Peg159-7.80.210.37+H2O +OH +SiO
    10822 54 31.7+60 49 38.9109.16041.1207G109.160+1.121
    MY 160-46.82.5816.77+H2O +OH +SiO
    10922 57 41+58 49 12.5108.6567-0.8625G108.657-0.862
    V627 Cas161-51.41.134.9+H2O +OH +SiO
    11023 06 39.2+10 32 36.185.4073-44.5601G85.407-44.560
    R Peg16224.61.723.45+H2O +OH +SiO
    11123 23 39.9+39 43 36.9105.1124-20.0883G105.112-20.088
    BU And164-20.50.340.51+H2O -OH +SiO
    11223 58 24.9+51 23 19.7114.5608-10.6191G114.561-10.619
    R Cas16624.92.272.73+H2O +OH +SiO
    11302 48 19.7+17 30 33.8158.6595-37.1240G158.660-37.123
    T Ari160.10.180.38+H2O -OH -SiO
    11405 38 32.6+25 00 6.8182.5153-3.4123G182.516-3.412
    GP Tau293.00.30.85+H2O +OH +SiO
    11517 07 17.6+17 10 22.837.696430.5217G37.696+30.522
    VY Her88-77.40.280.41+H2O +OH +SiO
    11600 03 21.3+55 40 50116.1440-6.5562G116.144-6.556
    Y Cas-15.911.291273.414+H2O +OH +SiO
    11700 07 36.2-25 29 4039.9115-80.0454G39.912-80.045
    SY Scl21.116.052125.622+H2O +OH +SiO
    11801 06 26+12 35 53128.6417-50.1074G128.642-50.107
    WX Psc24.920.646.1621411.405+H2O +OH +SiO
    11902 19 20.8-02 58 39.5167.7550-57.9827G167.755-57.983
    o Cet47.56.86342.695+H2O -OH +SiO
    12002 37 2.3+34 15 51.4146.5943-23.7094G146.594-23.709
    R Tri55.52.54629.558+H2O -OH +SiO
    12102 48 19.7+17 30 33.8158.6595-37.1240G158.660-37.123
    T Ari0.11.99331.2+H2O -OH -SiO
    12203 34 12.5-16 09 50.7205.2646-50.8115G205.265-50.811
    RT Eri25.62.76828.737+H2O +OH +SiO
    12304 11 31-25 08 2.3222.1652-45.3463G222.165-45.346
    W Eri-0.246.051429.415+H2O +OH +SiO
    12404 28 18+10 09 44.8185.2174-25.5813G185.217-25.581
    R Tau14.330.553336.635+H2O +OH +SiO
    12504 40 32.8-14 12 2.4211.4828-35.3288G211.483-35.329
    BX Eri0.89.188151.896+H2O +SiO
    12605 42 09+32 02 24.1176.96470.9902G176.965+0.990
    U Aur5.85.64640.232+H2O +OH +SiO
    12705 46 56.3-31 41 28.4236.6888-26.7352G236.689-26.735
    S Col63.848.597563.248+H2O +OH +SiO
    12805 47 30.5+27 08 10181.7547-0.5787G181.755-0.579
    AW Tau-10.315.609324.319+H2O +OH +SiO
    12905 55 49.2+20 10 30.7188.7151-2.4921G188.715-2.492
    U Ori-38.420.59431.057+H2O +OH +SiO
    13007 32 38.1-20 39 29.2235.9044-0.6864G235.904-0.686
    Z Pup1.735.203738.135+H2O +OH +SiO
    13107 55 40.2-28 38 54.8245.4375-0.1475G245.438-0.147
    HU Pup45.828.118970.495+H2O +OH +SiO
    13209 09 52.6+25 14 53.8201.882440.6702G201.882+40.670
    W Cnc36.15.97843.516+H2O -OH +SiO
    13309 35 30.3-14 41 28.6248.149026.7014G248.149+26.701
    X Hya27.27.97197.055+H2O +OH +SiO
    13409 45 34.3+34 30 42.8190.595449.7711G190.595+49.771
    R LMi-0.17.9778.001+H2O +OH +SiO
    13510 21 9.1-34 47 18.7271.034518.6119G271.034+18.612
    V Ant-17.8230.4772063.328+H2O +OH +SiO
    13610 55 39.9+71 52 9.8134.719742.5088G134.719+42.508
    VX UMa-49.68.19296.885+H2O +OH +SiO
    13712 14 36.7-06 02 8.9286.549255.6602G286.549+55.660
    T Vir7.69.85288.675+H2O +OH +SiO
    13813 29 42.8-23 16 52.8314.222938.7498G314.223+38.750
    R Hya-12.62.54631.2+H2O +SiO
    13914 11 34.4-28 53 7.4323.367830.7866G323.368+30.787
    RU Hya-3.75.20375.538+H2O +OH +SiO
    14014 24 11.6+25 42 13.434.277369.2127G34.278+69.213
    RX Boo3.017.38248.782+H2O -CH3OH I +OH +SiO
    14114 27 16.4+04 40 41.1352.674157.9715G352.674+57.971
    RS Vir-13.841.955765.23+H2O +OH +SiO
    14215 08 25.8+09 36 18.411.025453.2682G11.024+53.268
    FV Boo-11.28.856100.17+H2O +OH +SiO
    14315 11 41.3-06 00 41.4353.826242.5876G353.826+42.588
    Y Lib14.119.594111.664+H2O +OH +SiO
    14415 21 24+31 22 2.649.472557.1727G49.473+57.173
    S CrB1.218.708206.087+H2O +OH +SiO
    14515 43 36.8-01 42 37.75.134939.5337G5.135+39.534
    BG Ser-3.710.074175.707+H2O -OH +SiO
    14616 00 23.8-12 20 57.5358.440729.5209G358.441+29.521
    FS Lib-4.420.812189.665+H2O +OH +SiO
    14716 25 47.5+18 53 32.935.345140.3509G35.345+40.351
    U Her-14.525.461368.657+H2O +OH +SiO
    14816 29 57.9+72 16 49.1105.010536.2381G105.011+36.238
    R UMi-8.06.531100.17+H2O -OH +SiO
    14917 06 10.8-10 28 59.210.676617.7569G10.677+17.757
    V850 Oph2.93.32170.611+H2O +OH +SiO
    15017 14 19+08 55 59.429.942425.6156G29.944+25.615
    V2108 Oph19.627.144.7231653.619+H2O +OH +SiO
    15117 14 51.7-33 25 54.6352.62503.0140G352.625+3.014
    RW Sco-69.919.373166.676+H2O +OH +SiO
    15217 51 10-08 01 21.318.75219.5242G18.752+9.524
    V2211 Oph-22.89.631197.876+H2O +OH +SiO
    15318 35 29.2-07 13 0824.69320.2351G24.693+0.235
    OH24.7+0.231.761.54.649142.044+H2O -CH3OH II +OH +SiO
    15418 37 19.3+10 25 42.440.67617.8404G40.676+7.840
    V1111 Oph19.9-19.729.889890.852+H2O +OH +SiO
    15518 41 14.3-06 15 0.726.2092-0.5893G26.209-0.589
    V438 Sct52.325.24464.721+H2O +OH +SiO
    15618 58 30+06 42 57.739.71301.4952G39.713+1.495
    V1366 Aql24.133.17.86234.003+H2O +OH +SiO
    15719 06 22.3+08 13 4841.95240.4539G41.952+0.454
    R Aql48.911.402179.813+H2O -CH3OH I +OH +SiO
    15819 09 8.3+08 16 3242.3081-0.1330G42.308-0.132
    V1368 Aql58.01.88216.421+H2O +OH +SiO
    15919 38 1.6+11 43 18.248.7087-4.7778G48.709-4.778
    RT Aql-28.821.919226.613+H2O +OH +SiO
    16019 43 45.3+03 44 30.442.3399-9.8585G42.340-9.859
    V1415 Aql15.7-37.84.981152.718+H2O +OH +SiO
    16119 51 21.2+29 13 1.365.43931.2498G65.439+1.250
    OH65.4+1.3-37.06.753154.36+H2O +OH +SiO
    16219 55 38.1+32 45 3468.95162.2823G68.952+2.282
    V468 Cyg-54.09.07793.601+H2O -CH3OH II +OH +SiO
    16319 57 36.1-01 53 11.338.9171-15.5602G38.917-15.560
    RR Aql27.147.2691099.402+H2O +OH +SiO
    16420 06 55.2-27 13 29.814.7707-27.6823G14.771-27.682
    V1943 Sgr-15.62.76827.095+H2O -OH -SiO
    16520 07 5.4+12 57 6.353.3671-10.3077G53.367-10.308
    SY Aql-47.513.727115.77+H2O +OH +SiO
    16620 25 57.2+38 21 1177.00450.1835G77.005+0.183
    KY Cyg-1.56.08937.769+H2O -OH +SiO
    16720 32 34.1-21 41 25.622.9431-31.4472G22.942-31.445
    RU Cap9.26.86396.885+H2O +OH +SiO
    16821 10 13.5+52 51 0293.10833.2968G93.108+3.297
    V2250 Cyg-11.49.631109.201+H2O -OH +SiO
    16921 45 4.6+12 41 5568.2078-29.7630G68.208-29.763
    TU Peg10.85.314106.738+H2O +OH +SiO
    17022 54 11.4+08 54 7.480.5778-44.1174G80.578-44.117
    KZ Peg21.8-7.82.32530.379+H2O +OH +SiO
    17123 06 39.2+10 32 36.185.4073-44.5601G85.407-44.560
    R Peg24.619.04283.266+H2O +OH +SiO
    17223 58 24.9+51 23 19.7114.5608-10.6191G114.561-10.619
    R Cas24.925.129224.15+H2O +OH +SiO

    Non-detection table from Kim et al. (2010)

    Export table to csv

    Hide / Show individual components

    ID Obs. RA Obs. Dec l b Group id Source name Other name Ta Date RMS Detection
    (J2000) (J2000) (deg.) (deg.) No. (K) (Jy) Yes/No
    113 33 0.1-07 11 41320.759154.2321G320.759+54.232
    S Vir660.152009-06-04+H2O -OH +SiO
    202 33 43.7-13 08 54.5187.6999-62.3111G187.700-62.311
    U Cet2009-06-040.110+H2O -OH +SiO
    309 53 43.2+34 55 35.3190.021751.4571G190.022+51.457
    S LMi2009-06-040.070+H2O -OH +SiO
    418 16 36.9+03 41 35.332.26139.4274G32.261+9.427
    RY Oph2009-06-180.080+H2O -OH +SiO
    518 20 31.5-18 44 2312.8000-1.9001G12.800-1.900
    OH12.8 - 1.92009-06-210.060+H2O +OH
    619 02 6.3+03 20 16.337.1185-0.8473G37.118-0.847
    OH37.1 - 0.82009-06-210.060+H2O -CH3OH I +OH +SiO
    719 36 49.4+50 11 59.582.675613.7829G82.675+13.783
    R Cyg2009-06-210.050+H2O +SiO
    819 55 56.4-29 11 24.111.8391-25.9881G11.839-25.988
    RR Sgr2009-06-220.090+H2O -CH3OH II -OH
    920 14 55.1+09 05 2150.9998-13.9484G51.000-13.948
    R Del2009-06-220.060+H2O -OH +SiO
    1000 15 22.3-32 02 43358.6701-80.7505G358.670-80.750
    S Scl2009-06-05-H2O -OH +SiO
    1100 24 1.9+38 34 37.3117.0734-23.9828G117.074-23.983
    R And2009-06-05+H2O +SiO
    1201 33 51.2+62 26 53.5127.8147-0.0208G127.815-0.021
    V669 Cas2009-06-04-H2O +OH +SiO
    1301 58 44.3+45 26 6.9135.1204-15.8378G135.120-15.838
    V370 And2009-06-05+H2O -CH3OH II -OH +SiO
    1402 17 33+44 18 17.8138.7779-15.9012G138.778-15.901
    W And2009-06-05+H2O +SiO
    1502 37 23-26 58 42.9218.6845-66.4555G218.684-66.455
    UU For2009-06-04+H2O +OH +SiO
    1603 33 30.6+60 20 9.5141.72473.5190G141.725+3.519
    AFGL 50972009-06-04+H2O -CH3OH II +OH +SiO
    1704 40 30.1-38 14 6.9241.3235-41.3165G241.323-41.316
    R Cae2009-06-22+H2O +OH +SiO
    1805 42 33.2-23 41 41.1227.9121-25.1203G227.912-25.120
    RT Lep2009-06-05+H2O -OH +SiO
    1962 15 1.7-03 50 42212.9973-8.3290G212.997-8.329
    V654 Mon2009-06-05+H2O +OH +SiO
    2006 37 31.3-01 23 43.6212.5880-3.7325G212.588-3.732
    SY Mon2009-06-05+H2O +OH +SiO
    2106 52 46.9+08 25 19205.57584.1258G205.576+4.126
    GX Mon2009-06-06+H2O -CH3OH II +OH +SiO
    2208 38 8.8-10 24 17235.323418.0985G235.323+18.098
    OH 235.3+18.12009-06-07+H2O +OH +SiO
    2309 25 50.9-24 00 37.9253.998518.7649G253.999+18.765
    LP Hya2009-06-04+H2O -CH3OH II -OH +SiO
    2409 47 33.5+11 25 43.6223.720844.1597G223.721+44.160
    R Leo2009-06-04+H2O +OH +SiO
    2513 33 0.1-07 11 41320.759154.2321G320.759+54.232
    S Vir2009-06-04+H2O -OH +SiO
    2614 04 59.5-35 29 48319.395725.0125G319.396+25.013
    AQ Cen2009-06-18+H2O +OH +SiO
    2714 11 18-07 44 47.3334.781850.1211G334.779+50.121
    IO Vir2009-06-04+H2O +OH +SiO
    2815 50 41.7+15 08 1.126.233746.7608G26.234+46.761
    R Ser2009-06-05+H2O -OH +SiO
    2916 06 8.1-30 49 36.7344.994515.7235G344.994+15.724
    OH345.0+15.72009-06-13+H2O +OH +SiO
    3016 27 51.4+34 48 10.556.374943.5290G56.374+43.529
    V697 Her2009-06-05+H2O +OH +SiO
    3117 07 45.8-16 05 346.043614.3219G6.044+14.322
    R Oph2009-06-13+H2O -OH +SiO
    3217 46 33.2-15 46 56.111.39616.6166G11.396+6.617
    IRAS 17436-15452009-06-18+H2O +OH +SiO
    3317 56 32+11 10 9.736.908617.1878G36.909+17.188
    RT Oph2009-06-15+H2O -OH +SiO
    3418 05 2.2-28 01 54.22.9328-3.2291G2.932-3.228
    V1804 Sgr2009-06-18+H2O +OH +SiO
    3518 09 24.7+34 46 19.361.473023.1639G61.473+23.164
    IRAS 18076+34452009-06-10+H2O +OH +SiO
    3618 10 24.8-10 34 15.918.82594.1357G18.826+4.136
    IRC-104012009-06-18+H2O -OH +SiO
    3718 11 25.9-26 29 314.9710-3.7305G4.971-3.730
    AFGL 20862009-06-18+H2O +OH +SiO
    3818 37 32.5-05 23 59.426.54340.6178G26.543+0.618
    V437 Set2009-06-21+H2O +OH +SiO
    3918 38 21.1+08 50 2.839.34976.9044G39.349+6.905
    X Oph2009-06-21+H2O +OH +SiO
    4018 51 16+40 56 19.770.587317.4149G70.587+17.415
    OH34.7+0.92009-06-22-H2O
    4118 54 26.2+10 18 0242.45344.0185G42.453+4.019
    IRAS 18520+10142009-06-18+H2O +OH +SiO
    4218 56 36.4+03 06 5036.29210.2710G36.292+0.271
    IRAS 18540+03022009-06-21+H2O +OH +SiO
    4319 10 0.7+67 16 3998.183023.1265G98.182+23.128
    U Dra2009-06-10+H2O -OH +SiO
    4419 21 36.5+09 27 56.544.7948-2.3064G44.795-2.307
    OH44.79 - 2.312009-06-21+H2O +OH +SiO
    4519 30 50.3+29 29 57.463.48205.2796G63.482+5.280
    OH63.5+5.32009-06-21+H2O +OH +SiO
    4620 07 43.1+06 03 1147.3712-13.9501G47.371-13.950
    V1416 Aql2009-06-22+H2O +OH +SiO
    4721 43 30.5+58 46 48.2100.59524.3150G100.595+4.315
    u 2009-06-17+H2O -OH +SiO
    4821 46 31.8-02 12 45.954.1999-39.2604G54.200-39.260
    Aqr2009-06-18+H2O -OH +SiO
    4922 19 27.4+59 51 22.7104.90832.4138G104.908+2.413
    104.9+2.42009-06-11+H2O +OH +SiO
    5023 19 50.5+26 16 43.798.5749-32.2244G98.575-32.224
    W Peg2009-06-07+H2O +OH +SiO
    5123 45 3.2+43 55 10110.4849-17.3420G110.484-17.338
    EY And2009-06-10+H2O +OH +SiO

    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