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KIM13 - Simultaneous Observations of SiO and H2O Masers toward Known Stellar H2O Maser Sources

Short title: Kim et al. (2013)
Authors: Kim, Jaeheon Cho, Se-Hyung Kim, Sang Joon
Journal: The Astronomical Journal, Volume 145, Issue 1, article id. 22, 16 pp. (2013).
Bibcode: 2013AJ....145...22K
  • Detection table from Kim et al. (2013)

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    ID Obs. RA Obs. Dec l b Group id Source name Vpeak Fpeak Detection
    (J2000) (J2000) (deg.) (deg.) (km/s) (Jy) Yes/No
    100 09 26.3+63 57 14.1118.34091.4572G118.341+1.457
    V641 Cas-25.720.8+H2O -OH
    200 36 59.4+63 08 1.7121.30050.3078G121.301+0.308
    TY Cas-59.01.7+H2O -OH +SiO
    302 35 44.7+65 08 58.7133.61014.4632G133.610+4.463
    V656 Cas12.74.9+H2O +OH +SiO
    402 43 16.5+22 03 34.7154.4875-33.8698G154.488-33.870
    YY Ari-39.016+H2O +OH -SiO
    502 44 45.5+12 19 03161.4735-41.9194G161.474-41.919
    RU Ari20.054+H2O +OH +SiO
    603 01 34.7+21 48 12.2158.9242-31.8217G158.924-31.822
    UZ Ari-34.02.5+H2O +OH
    703 06 47.3+55 43 59.5141.2186-2.2575G141.220-2.258
    IO Per-30.024.3+H2O -CH3OH II -OH +SiO
    803 31 3.9-15 24 52.2203.6895-51.2004G203.689-51.201
    ET Eri-4.610+H2O +OH -SiO
    903 42 41.1+59 37 02143.07763.6205G143.077+3.621
    IRAS 03385+5927-74.731.1+H2O -CH3OH II -OH
    1004 09 37+33 29 37.4163.6269-13.2941G163.627-13.294
    V394 Per7.011.4+H2O
    1104 20 3.2+41 03 50.1159.7422-6.4405G159.742-6.441
    IR Per-25.01.2+H2O -OH +SiO
    1204 31 7.2+27 29 24171.3872-14.0788G171.387-14.079
    V729 Tau-5.020+H2O -OH
    1304 33 44.9+00 01 36.8195.5525-30.1912G195.552-30.191
    BD Eri-11.02+H2O -OH +SiO
    1405 38 52.7-14 02 27.2217.7804-22.2987G217.780-22.299
    RW Lep-58.076+H2O -OH +SiO
    1505 57 23.9+48 22 41.8164.196111.6992G164.196+11.699
    LO Aur3.011.5+H2O +SiO
    1606 01 59.6+16 30 55.7192.6233-3.0404G192.623-3.040
    V1307 Ori18.02.1+H2O -CH3OH I -OH
    1706 05 45.5-24 11 44.1230.4614-20.3417G230.462-20.342
    S Lep-10.01.8+H2O -OH
    1806 34 26.2-05 03 38215.5166-6.0805G215.517-6.080
    IRAS 06319-0501-59.07.2+H2O +OH -SiO
    1906 45 5.6+09 02 18.5204.16292.7114G204.163+2.711
    FX Mon30.01.5+H2O +OH +SiO
    2007 10 5.9+65 56 24.9149.930126.4795G149.930+26.480
    IRC+7007410.41.7+H2O -OH +SiO
    2107 25 40.6-05 51 1.3222.06984.8932G222.070+4.893
    TT Mon42.03.6+H2O -OH +SiO
    2207 33 57.7+30 30 37.8188.798121.8981G188.797+21.898
    OZ Gem7.031.4+H2O -CH3OH II -OH +SiO
    2307 46 38.3-26 20 35.9242.4330-0.6930G242.433-0.694
    SS Pup83.010.6+H2O +OH +SiO
    2408 17 16.7-13 48 30.5235.435411.9676G235.436+11.975
    SV Pup30.03.2+H2O -OH +SiO
    2508 55 43.8-19 13 27.6245.433816.4748G245.434+16.475
    V429 Hya4.03.9+H2O -OH -SiO
    2610 00 1.9+21 15 44.4211.918750.6612G211.919+50.661
    V Leo-27.016+H2O -OH +SiO
    2711 27 53.1+15 08 48.6240.367867.1841G240.366+67.183
    AF Leo6.017.6+H2O +OH -SiO
    2811 48 45.1-26 44 59.2286.005634.0532G286.006+34.053
    II Hya20.050+H2O -OH
    2911 52 45.1-07 35 48.1278.588452.4791G278.588+52.479
    S Crt38.037.6+H2O -OH -SiO
    3012 00 20.8-10 11 4.9282.845450.6837G282.845+50.684
    SV Vir-3.012+H2O -OH +SiO
    3112 40 21.3+55 50 47.4126.162561.2122G126.167+61.211
    Y UMa16.823+H2O -OH +SiO
    3212 47 19.6+38 22 30.7127.054578.7201G127.053+78.720
    U CVn-30.034+H2O +OH +SiO
    3312 58 38.9+23 08 21.1325.570385.6903G325.570+85.690
    T Com27.03.9+H2O +SiO
    3413 09 31.3-09 43 25.6310.329852.8880G310.330+52.888
    IRC-1027894.07.3+H2O -OH
    3513 19 27.8+45 31 37.7107.891370.7739G107.891+70.774
    V CVn-2.020.8+H2O +OH -SiO
    3613 34 41.1+73 25 53118.714043.3409G118.715+43.340
    T UMi1.01.1+H2O -OH
    3713 51 51.7-03 40 34330.582955.9175G330.583+55.918
    AY Vir-43.05.9+H2O -OH -SiO
    3813 57 43.2-31 04 11319.263729.6913G319.264+29.691
    TW Cen3.03.7+H2O -OH +SiO
    3914 37 11.5+26 44 1138.069766.4693G38.070+66.469
    R Boo-44.02.4+H2O -OH +SiO
    4015 22 19.1-18 40 0.6345.702931.4002G345.703+31.400
    IRC-20285-2.03.4+H2O -OH -SiO
    4115 28 43.7+03 49 43.18.103645.8400G8.104+45.840
    MW Ser45.00.7+H2O +OH +SiO
    4215 32 24.8+03 38 278.652444.9843G8.652+44.984
    WW Ser21.030.2+H2O -OH +SiO
    4315 55 33.4-12 51 5.5357.102630.0664G357.103+30.066
    SW Lib-20.02.7+H2O -OH +SiO
    4416 02 39.2+47 14 25.374.464047.7855G74.463+47.786
    X Her-89.01.8+H2O -OH
    4516 04 36.1-24 06 0.6349.713220.7531G349.713+20.753
    RZ Sco-174.01.6+H2O -OH -SiO
    4616 17 40.2-22 53 35.6352.841919.4117G352.844+19.409
    S Sco85.03.2+H2O -OH
    4716 23 5.1+30 51 0.650.764643.9946G50.765+43.995
    RY CrB28.00.3+H2O -OH -SiO
    4816 32 40.2+66 45 17.998.530638.2348G98.531+38.235
    R Dra-120.026+H2O -OH +SiO
    4916 52 48.2+05 24 2723.690628.7772G23.691+28.777
    RX Oph-48.014.2+H2O +OH +SiO
    5017 07 35.8-31 49 29.8353.02455.1964G353.025+5.196
    TU Sco-18.02.7+H2O +OH +SiO
    5117 14 39.8+11 04 1032.130726.4553G32.130+26.455
    V438 Oph9.027.5+H2O -OH -SiO
    5217 16 24.8+04 43 16.726.067323.2560G26.067+23.256
    UY Oph-63.51.5+H2O +OH +SiO
    5317 17 50.5-11 59 33.210.967414.5358G10.968+14.536
    RV Ser1.017.5+H2O +OH +SiO
    5417 22 11.2-37 53 13349.8347-0.7647G349.835-0.765
    IRAS 17187-3750-26.09.3+H2O +OH +SiO
    5517 25 35.9-03 04 0.819.952717.5022G19.953+17.503
    AH Oph53.035.3+H2O -OH +SiO
    5617 25 36.5+01 11 0623.872719.5680G23.873+19.568
    IRAS 17230+0113-25.03.5+H2O +OH +SiO
    5717 28 8.3+05 02 18.527.818320.8073G27.818+20.807
    V2296 Oph26.08+H2O +OH +SiO
    5817 35 40+15 35 12.238.981723.6287G38.982+23.629
    MW Her-53.043+H2O -OH +SiO
    5917 40 53.4-30 23 09358.22670.1127G358.235+0.115
    OH358.23+0.11-10.041.6+H2O +OH +SiO
    6017 55 13.7+11 43 46.237.298217.7150G37.298+17.715
    IRAS 17528+114487.00.1+H2O +OH +SiO
    6118 00 3.9+23 35 37.249.353521.3337G49.353+21.334
    WY Her3.03.2+H2O +OH +SiO
    6218 01 49.6+08 27 0134.942314.8380G34.942+14.838
    IRC+1034616.00.3+H2O -OH +SiO
    6318 06 42.9-08 13 1220.45996.0621G20.460+6.062
    IRC-1039520.05+H2O +OH +SiO
    6418 08 38-19 54 5410.42720.0032G10.444-0.017
    OH10.4+0.0464.02.2+H2O -CH3OH I +CH3OH II +OH -SiO
    6518 16 54.9-18 10 4412.8895-0.8806G12.890-0.881
    IRAS 18139-181134.34.6+H2O +OH +SiO
    6618 18 18.8-06 51 5223.02594.1729G23.026+4.173
    IRAS 18156-065323.720+H2O
    6718 23 52.2+03 37 22.833.02637.7816G33.026+7.781
    V2090 Oph-30.31.8+H2O +OH +SiO
    6818 25 33.4+08 56 47.338.03449.7869G38.034+9.787
    IRAS 18231+0855-8.01.4+H2O +OH +SiO
    6918 27 36.5-12 27 58.919.1436-0.4721G19.144-0.472
    UY Sct25.510.5+H2O +OH +SiO
    7018 28 4.8-13 03 3918.6706-0.8503G18.669-0.849
    IRC-1042539.517.8+H2O -OH -SiO
    7118 29 34.6+03 28 11.733.53836.4427G33.538+6.443
    V2571 Oph-36.01.7+H2O +OH +SiO
    7218 30 30.6-14 28 55.817.6843-2.0319G17.684-2.032
    V445 Sct61.488.1+H2O +OH +SiO
    7318 36 45.9-07 18 1824.7625-0.0859G24.763-0.086
    OH24.7-0.186.22.2+H2O -CH3OH II +OH +SiO
    7418 39 59.7+05 13 14.236.28744.9178G36.287+4.918
    IRAS 18375+051075.01+H2O +OH
    7518 42 8.4-02 45 15.429.42070.8103G29.421+0.811
    IRC+0036450.010.4+H2O +OH +SiO
    7618 45 51.3-17 17 59.416.8449-6.5979G16.844-6.598
    V3952 Sgr-1.010.7+H2O +OH +SiO
    7718 55 57+07 30 3240.13092.4196G40.130+2.420
    OH40.1+2.447.10.1+H2O +OH +SiO
    7818 57 20.8+09 09 40.941.76162.8630G41.761+2.863
    IRAS 18549+090519.08.8+H2O +OH +SiO
    7918 58 4.2+08 15 30.841.03812.2931G41.038+2.293
    IRAS 18556+081128.01+H2O +OH +SiO
    8018 58 23.8+16 46 54.848.69996.0727G48.698+6.074
    EU Aql74.02.5+H2O -OH +SiO
    8118 59 21.2+00 07 26.433.9449-1.7044G33.945-1.704
    IRAS 18567+000348.00.2+H2O +OH +SiO
    8219 06 43+10 14 3243.77911.3027G43.779+1.303
    OH43.9+1.250.00.3+H2O +OH +SiO
    8319 08 31.2+10 46 47.444.46051.1564G44.460+1.156
    IRAS 19061+104137.03+H2O +OH +SiO
    8419 09 32+09 51 4943.76210.5129G43.762+0.514
    OH43.8+0.59.00.7+H2O +OH +SiO
    8519 09 57.1+09 26 52.243.44090.2294G43.441+0.229
    IRAS 19075+092112.31.5+H2O +OH -SiO
    8619 10 47.3+08 56 22.943.0856-0.1883G43.085-0.188
    IRAS 19083+085156.85.5+H2O +OH +SiO
    8719 11 17+03 28 24.438.2910-2.8202G38.291-2.820
    IRAS 19087+032322.01.7+H2O +OH +SiO
    8819 12 21.3+41 18 13.372.521813.8888G72.522+13.889
    RU Lyr15.03.7+H2O +SiO
    8919 13 22.1+10 50 53.445.07120.1323G45.071+0.132
    IRAS 19110+104554.021.5+H2O +CH3OH I +CH3OH II +OH -SiO
    9019 15 35.4+21 36 33.154.86824.6399G54.868+4.640
    IRAS 19134+2131-66.00.3+H2O -CH3OH I -CH3OH II -OH -SiO
    9119 18 14.7+23 49 27.957.12475.1163G57.124+5.116
    IRAS 19161+234330.01+H2O -CH3OH II +OH +SiO
    9219 21 11.7+03 20 57.939.3263-5.0712G39.326-5.071
    IRAS 19186+0315-22.09.4+H2O +OH +SiO
    9319 23 45.2+71 41 13.7103.152423.1782G103.152+23.178
    YZ Dra15.0190+H2O +OH +SiO
    9419 25 12.5+17 14 49.552.06900.5962G52.069+0.596
    IRAS 19229+170842.07.9+H2O +OH +SiO
    9519 27 40.7-17 15 59.221.2142-15.6151G21.214-15.615
    IRC-20563-37.019.2+H2O -OH -SiO
    9619 32 35.9+15 59 41.151.8160-1.5574G51.816-1.557
    IRAS 19303+15536.01.3+H2O +OH +SiO
    9719 34 9.9+28 04 6.362.56993.9561G62.570+3.956
    V1965 Cyg-12.021.8+H2O -CH3OH II -OH
    9819 36 3.5-00 26 51.437.6668-10.1216G37.667-10.122
    V1319 Aql-24.015.5+H2O -OH +SiO
    9919 39 53+05 57 53.243.8532-7.9516G43.853-7.952
    IRAS 19374+0550-17.24.9+H2O -CH3OH II +OH +SiO
    10019 41 3.1+15 34 19.352.4377-3.5397G52.438-3.540
    IRAS 19387+152764.02.4+H2O +OH +SiO
    10119 44 07+35 14 8.269.88695.5926G69.887+5.593
    IRAS 19422+3506-49.02+H2O +OH +SiO
    10219 47 49.7+19 35 2356.7332-2.9432G56.733-2.943
    IRAS 19456+1927-69.00.9+H2O +OH
    10319 47 56.3+09 28 1047.9251-8.0024G47.925-8.002
    IRAS 19455+092049.328.4+H2O -OH
    10419 48 9.4+22 19 3159.1367-1.6309G59.137-1.631
    OH59.2-1.8-36.00.4+H2O
    10519 51 57.7+08 42 54.647.7541-9.2380G47.754-9.238
    IRAS 19495+083545.02.8+H2O +OH +SiO
    10619 52 7.4+21 49 28.459.1719-2.6769G59.172-2.678
    IRAS 19499+21412.42.2+H2O +OH +SiO
    10719 54 29+19 43 4457.6502-4.2226G57.650-4.222
    IRAS 19522+193566.01.3+H2O +OH +SiO
    10819 58 32.3+34 31 33.770.77672.6836G70.776+2.684
    IRAS 19566+3423-43.71.3+H2O -CH3OH II +OH
    10920 03 5.1+30 20 12.967.7216-0.3397G67.722-0.340
    V718 Cyg21.112+H2O +OH +SiO
    11020 03 38.5+30 28 9.467.8974-0.3707G67.897-0.371
    V719 Cyg17.321.6+H2O +OH +SiO
    11120 12 9.2+11 16 51.652.5641-12.2319G52.564-12.232
    IRAS 20097+1107-13.01.9+H2O +OH +SiO
    11220 12 49.8+49 27 3.184.90228.3543G84.902+8.354
    AC Cyg-42.04.8+H2O -OH -SiO
    11320 12 58+32 14 56.370.4720-1.0792G70.467-1.077
    V557 Cyg53.314.5+H2O +OH +SiO
    11420 19 11.1+27 42 11.967.4381-4.7257G67.437-4.726
    IRAS 20171+273246.90.7+H2O +OH +SiO
    11520 26 46.6+28 23 58.768.9684-5.7096G68.965-5.708
    IRAS 20246+281318.01.1+H2O +OH +SiO
    11620 32 55+42 32 5681.18011.5715G81.180+1.572
    IRAS 20311+422224.924.2+H2O -OH -SiO
    11720 36 7.4+60 05 25.995.757911.5091G95.758+11.509
    V778 Cyg-17.074+H2O +OH -SiO
    11820 38 19.8+34 12 20.775.1360-4.2808G75.136-4.281
    V2319 Cyg14.31.9+H2O +OH +SiO
    11920 42 18.5+37 11 4178.0044-3.1006G78.004-3.101
    IRAS 20403+3700-51.06+H2O +OH +SiO
    12020 46 49.4+02 26 15.249.3369-24.1798G49.337-24.180
    V Aqr-44.01.3+H2O -OH -SiO
    12120 50 18+33 36 33.276.2008-6.6045G76.201-6.605
    IRAS 20482+332547.00.7+H2O +OH
    12220 50 58.6+42 48 1183.4221-0.8892G83.419-0.889
    OH83.42-0.89-39.03.1+H2O +OH +SiO
    12320 57 16.3+02 58 44.651.3635-26.1128G51.364-26.113
    U Equ-75.03.6+H2O -CH3OH II +OH -SiO
    12421 14 29.6+07 48 33.758.5195-26.9599G58.520-26.960
    IRAS 21120+073629.08+H2O +OH +SiO
    12521 19 44.9+18 00 29.868.2004-21.6735G68.201-21.674
    IRAS 21174+1747-74.02.5+H2O +OH +SiO
    12621 20 4.4+77 50 44112.682919.4253G112.678+19.428
    GH Cep36.03+H2O +SiO
    12721 32 53.7+21 32 0073.2457-21.6417G73.246-21.642
    IRAS 21305+2118-43.025.5+H2O -CH3OH II +OH +SiO
    12821 41 27.1+76 23 11.3112.445517.5563G112.446+17.556
    AM Cep-50.059.5+H2O +OH +SiO
    12922 03 59.5+28 20 54.283.7849-21.5198G83.784-21.520
    TW Peg-10.071.4+H2O -CH3OH II -OH
    13022 06 29.9+59 29 28103.35313.0425G103.353+3.043
    IRC+60342-2.81.2+H2O -SiO
    13122 11 31.9+57 02 17.4102.47020.6601G102.470+0.660
    CU Cep-51.04.8+H2O +OH +SiO
    13222 25 54.8+60 20 42.4105.85032.3924G105.850+2.392
    V384 Cep-6.027.6+H2O -CH3OH II
    13322 29 53.5+45 50 1098.7246-10.2776G98.725-10.278
    IRC+5043460.043.3+H2O -OH
    13422 42 47.1+11 00 53.979.3443-40.7231G79.344-40.723
    MP Peg-103.01.8+H2O +OH
    13522 53 12.3+61 17 0.4109.21561.6007G109.215+1.601
    V386 Cep-49.213.9+H2O -OH +SiO
    13623 19 12.4+17 11 35.493.5267-40.3539G93.523-40.354
    LL Peg-31.058.1+H2O -CH3OH II -OH +SiO
    13723 19 58.9+47 14 34.6107.2363-12.8225G107.236-12.824
    EU And-30.032+H2O -OH -SiO
    13823 20 37.6+39 37 14104.4910-19.9772G104.490-19.977
    RY And-2.062+H2O -CH3OH II +SiO
    13923 30 18+53 53 7.2111.0487-7.1039G111.049-7.104
    IRAS 23279+5336-32.026.7+H2O -OH
    14023 33 47.1+06 17 5590.7554-51.6555G90.755-51.655
    IRC+10537-20.018.7+H2O -OH -SiO
    14123 44 3.3+61 47 22.2115.0582-0.0478G115.059-0.048
    PZ Cas-43.050+H2O +OH +SiO
    14223 52 4.9+61 48 12.4115.9815-0.2647G115.981-0.265
    V657 Cas-21.05.3+H2O -OH +SiO
    14323 55 21.7+48 38 17.7113.4683-13.2004G113.468-13.200
    RS And-1.02.2+H2O -OH

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

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    Hide / Show individual components

    ID Obs. RA Obs. Dec l b Group id Source name Fpeak Detection
    (J2000) (J2000) (deg.) (deg.) (Jy) Yes/No
    103 13 13.7+55 42 12.3142.0162-1.8241G142.016-1.825
    GH Per21.2+H2O -SiO
    204 02 45.7+16 40 33.4175.2379-26.1992G175.239-26.198
    TZ Tau4.2+H2O
    311 47 13.8+43 28 15.9157.221369.1335G157.222+69.133
    AZ UMa20+H2O -OH -SiO
    418 14 26.5+30 11 4157.180820.6690G57.181+20.669
    IRC+303301+H2O -OH -SiO
    518 20 30.3+31 45 21.359.221419.9875G59.221+19.988
    TU Lyr2.7+H2O -OH +SiO
    619 31 13.3+43 38 13.676.207011.7371G76.207+11.737
    UV Cyg2.9+H2O -CH3OH II -OH +SiO
    720 12 14.3-11 12 19.531.7807-22.9584G31.780-22.958
    IRC-105303.6+H2O -OH -SiO
    821 04 14.5+53 21 4.892.87414.2981G92.874+4.297
    V1899 Cyg33.1+H2O
    921 12 46.4-14 23 3335.4115-37.7271G35.411-37.727
    RX Aqr14.2+H2O -OH

    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