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RUD10 - Polarization observations of circumstellar OH masers

Short title: Rudnitski et al. (2010)
Authors: Rudnitski, G. M. Pashchenko, M. I. Colom, P.
Journal: Astronomy Reports, Volume 54, Issue 5, pp.400-417
Bibcode: 2010ARep...54..400R
  • Detection table from Rudnitski et al. (2010)

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    ID Obs. RA Obs. Dec l b Group id Source name Frequency Vrange Vpeak Fpeak List Detection Ref.
    (J2000) (J2000) (deg.) (deg.) (MHz) (km/s) (km/s) (Jy) Yes/No
    115 27 47.2+19 33 4829.513753.4757G29.515+53.477
    WX Ser161215.0-1.04.700ENG15+H2O +OH +SiO RUD10
    216 00 23.6-12 20 57358.440329.5215G358.441+29.521
    FS Lib161218.0-12.01.000ENG15+H2O +OH +SiO RUD10
    314 27 15.6+04 40 42352.669957.9739G352.674+57.971
    RS Vir16128.0-18.02.300ENG15+H2O +OH +SiO RUD10
    415 21 22.8+31 22 0449.472957.1768G49.473+57.173
    S CrB16126.0-2.06.800ENG15+H2O +OH +SiO RUD10
    514 11 34.3-28 53 08323.367330.7866G323.368+30.787
    RU Hya16127.0-5.01.400ENG15+H2O +OH +SiO RUD10
    612 14 36.2-06 02 05286.545055.6607G286.549+55.660
    T Vir16127.05.00.500ENG15+H2O +OH +SiO RUD10
    712 47 19.7+38 22 28127.053378.7209G127.054+78.720
    U CVn161219.0-19.00.500ENG15+H2O +OH +SiO RUD10
    813 02 38.1+05 11 08310.358467.8957G310.357+67.896
    RT Vir161224.024.00.200ENG15+H2O +OH +SiO RUD10
    910 21 09-34 47 18271.034018.6119G271.034+18.612
    V Ant16127.0-21.00.500ENG15+H2O +OH +SiO RUD10
    1010 55 39.8+71 52 12134.719442.5082G134.719+42.508
    VX UMa161210.0-55.01.300ENG15+H2O +OH +SiO RUD10
    1109 45 17-22 01 56255.803323.3554G255.796+23.353
    IW Hya161224.027.08.000ENG15+H2O -CH3OH II +OH +SiO RUD10
    1207 32 37.8-20 39 27235.9034-0.6870G235.904-0.686
    Z Pup16123.0-3.00.300ENG15+H2O +OH +SiO RUD10
    1307 22 59.1-25 46 08239.3551-5.0635G239.353-5.065
    VY CMa161249.0-4.01283.000ENG15+H2O -CH3OH I -CH3OH II +OH +SiO RUD10
    1406 34 33+60 56 28154.309321.5160G154.310+21.517
    AP Lyn161225.0-35.01.100ENG15+H2O +OH +SiO RUD10
    1506 52 46.9+08 25 20205.57554.1259G205.576+4.126
    GX Mon161235.0-28.05.300ENG15+H2O -CH3OH II +OH +SiO RUD10
    1605 19 51.7+63 15 54148.284514.5651G148.285+14.566
    BW Cam161230.037.07.000ENG15+H2O +OH +SiO RUD10
    1705 11 19.4+52 52 34156.43767.8350G156.438+7.835
    NV Aur161234.0-14.010.000ENG15+H2O -CH3OH I +OH +SiO RUD10
    1803 53 28.5+11 24 20177.9540-31.4134G177.955-31.412
    IK Tau161234.017.015.000ENG15+H2O -CH3OH II +OH +SiO RUD10
    1902 44 44.9+12 19 00161.4715-41.9215G161.474-41.919
    RU Ari16128.016.01.500ENG15+H2O +OH +SiO RUD10
    2001 06 25.8+12 35 54128.6405-50.1072G128.642-50.107
    WX Psc161236.0-9.033.000ENG15+H2O +OH +SiO RUD10
    2101 33 50.5+62 26 47127.8137-0.0228G127.815-0.021
    V669 Cas161222.0-66.0318.000ENG15-H2O +OH +SiO RUD10
    2202 22 51.1+58 35 08134.6198-2.1964G134.621-2.195
    S Per161228.0-51.02.500ENG15+H2O +OH +SiO RUD10
    2323 58 25.1+51 23 22114.5616-10.6186G114.561-10.619
    R Cas166710.021.01.200ENG15+H2O +OH +SiO RUD10
    2423 06 39.6+10 32 3985.4100-44.5604G85.407-44.560
    R Peg166710.020.00.300ENG15+H2O +OH +SiO RUD10
    2522 57 41.2+58 49 15108.6575-0.8620G108.657-0.862
    V627 Cas16674.0-53.00.500ENG15+H2O +OH +SiO RUD10
    2621 31 3.8+11 09 1564.3197-28.1618G64.320-28.163
    UU Peg16679.021.013.000ENG15+H2O +OH +SiO RUD10
    2720 55 5.3+30 24 4974.3433-9.4079G74.344-9.408
    UX Cyg166718.0-12.00.600ENG15+H2O +OH +SiO RUD10
    2820 46 25.5+40 06 59.480.7984-1.9210G80.798-1.921
    NML Cyg166738.8-14.05.200ENG15+H2O -CH3OH I +OH +SiO RUD10
    2919 57 35.8-01 53 1338.9161-15.5595G38.917-15.560
    RR Aql16672.024.07.000ENG15+H2O +OH +SiO RUD10
    3020 07 5.1+12 57 0453.3659-10.3070G53.367-10.308
    SY Aql16678.0-52.01.700ENG15+H2O +OH +SiO RUD10
    3119 38 0.8+11 43 1548.7063-4.7753G48.709-4.778
    RT Aql16679.0-34.01.000ENG15+H2O +OH +SiO RUD10
    3219 08 54.6-22 14 2014.6622-13.6103G14.662-13.610
    V3880 Sgr166728.08.00.200ENG15+H2O +OH +SiO RUD10
    3319 06 22.1+08 13 4841.95210.4544G41.952+0.454
    R Aql16672.042.04.600ENG15+H2O -CH3OH I +OH +SiO RUD10
    3416 25 47.5+18 53 3035.344240.3505G35.345+40.351
    U Her166711.0-20.06.000ENG15+H2O +OH +SiO RUD10
    3516 00 23.6-12 20 57358.440329.5215G358.441+29.521
    FS Lib16677.0-11.00.400ENG15+H2O +OH +SiO RUD10
    3615 11 41.3-06 00 43353.825742.5873G353.826+42.588
    Y Lib166711.011.00.210ENG15+H2O +OH +SiO RUD10
    3714 27 15.6+04 40 42352.669957.9739G352.674+57.971
    RS Vir16677.0-17.00.500ENG15+H2O +OH +SiO RUD10
    3813 02 38.1+05 11 08310.358467.8957G310.357+67.896
    RT Vir166710.014.00.300ENG15+H2O +OH +SiO RUD10
    3910 55 39.8+71 52 12134.719442.5082G134.719+42.508
    VX UMa16679.0-54.01.900ENG15+H2O +OH +SiO RUD10
    4010 21 09-34 47 18271.034018.6119G271.034+18.612
    V Ant16678.0-22.01.200ENG15+H2O +OH +SiO RUD10
    4109 47 33.3+11 25 45223.719844.1592G223.721+44.160
    R Leo16675.05.00.450ENG15+H2O +OH +SiO RUD10
    4209 45 33.9+34 30 44190.594849.7698G190.595+49.771
    R LMi16678.0-3.02.600ENG15+H2O +OH +SiO RUD10
    4308 16 33.5+11 43 35211.748724.1378G211.749+24.139
    R Cnc16674.011.06.600ENG15+H2O +OH +SiO RUD10
    4408 00 50.6-12 50 31232.47839.0580G232.478+9.058
    U Pup166720.0-20.00.500ENG15-H2O +OH +SiO RUD10
    4507 55 40.4-28 38 56245.4382-0.1470G245.438-0.147
    HU Pup16677.034.01.400ENG15+H2O +OH +SiO RUD10
    4607 22 59.1-25 46 08239.3551-5.0635G239.353-5.065
    VY CMa166748.0-1.0365.000ENG15+H2O -CH3OH I -CH3OH II +OH +SiO RUD10
    4706 34 33+60 56 28154.309321.5160G154.310+21.517
    AP Lyn166714.0-25.00.200ENG15+H2O +OH +SiO RUD10
    4805 42 8.8+32 02 22176.96490.9893G176.965+0.990
    U Aur16678.03.01.000ENG15+H2O +OH +SiO RUD10
    4905 11 19.4+52 52 34156.43767.8350G156.438+7.835
    NV Aur166732.0-13.01.800ENG15+H2O -CH3OH I +OH +SiO RUD10
    5004 28 19+10 09 49185.2191-25.5773G185.217-25.581
    R Tau16678.010.00.200ENG15+H2O +OH +SiO RUD10
    5102 44 44.9+12 19 00161.4715-41.9215G161.474-41.919
    RU Ari16679.016.00.500ENG15+H2O +OH +SiO RUD10
    5202 22 51.1+58 35 08134.6198-2.1964G134.621-2.195
    S Per166731.0-52.08.000ENG15+H2O +OH +SiO RUD10
    5301 06 25.8+12 35 54128.6405-50.1072G128.642-50.107
    WX Psc166736.0-10.05.000ENG15+H2O +OH +SiO RUD10
    5423 58 25.1+51 23 22114.5616-10.6186G114.561-10.619
    R Cas166511.020.00.500ENG15+H2O +OH +SiO RUD10
    5522 57 41.2+58 49 15108.6575-0.8620G108.657-0.862
    V627 Cas16652.0-53.00.900ENG15+H2O +OH +SiO RUD10
    5621 31 3.8+11 09 1564.3197-28.1618G64.320-28.163
    UU Peg16659.021.07.800ENG15+H2O +OH +SiO RUD10
    5719 38 0.8+11 43 1548.7063-4.7753G48.709-4.778
    RT Aql16659.0-34.01.900ENG15+H2O +OH +SiO RUD10
    5818 23 17.3-13 42 4917.5494-0.1243G17.551-0.126
    IRC-1041416657.027.04.100ENG15+H2O +OH +SiO RUD10
    5916 25 47.5+18 53 3035.344240.3505G35.345+40.351
    U Her166510.0-20.08.000ENG15+H2O +OH +SiO RUD10
    6014 11 34.3-28 53 08323.367330.7866G323.368+30.787
    RU Hya16656.0-6.00.400ENG15+H2O +OH +SiO RUD10
    6109 45 33.9+34 30 44190.594849.7698G190.595+49.771
    R LMi16659.0-4.05.600ENG15+H2O +OH +SiO RUD10
    6208 16 33.5+11 43 35211.748724.1378G211.749+24.139
    R Cnc166514.014.01.100ENG15+H2O +OH +SiO RUD10
    6307 55 40.4-28 38 56245.4382-0.1470G245.438-0.147
    HU Pup16656.034.00.800ENG15+H2O +OH +SiO RUD10
    6405 42 8.8+32 02 22176.96490.9893G176.965+0.990
    U Aur16658.03.01.500ENG15+H2O +OH +SiO RUD10
    6505 04 50.4-21 54 17222.6668-32.7163G222.667-32.715
    T Lep16656.0-36.00.400ENG15+H2O +OH +SiO RUD10
    6601 33 50.5+62 26 47127.8137-0.0228G127.815-0.021
    V669 Cas166566.0-66.00.600ENG15-H2O +OH +SiO RUD10
    6702 22 51.1+58 35 08134.6198-2.1964G134.621-2.195
    S Per166526.0-52.013.000ENG15+H2O +OH +SiO RUD10
    6820 55 5.3+30 24 4974.3433-9.4079G74.344-9.408
    UX Cyg161224.0-12.00.900ENG15+H2O +OH +SiO RUD10
    6919 40 50.6+48 47 3081.681312.5697G81.681+12.569
    V391 Cyg16124.0-25.01.200ENG15+H2O +OH +SiO RUD10
    7016 25 47.5+18 53 3035.344240.3505G35.345+40.351
    U Her161211.0-20.00.800ENG15+H2O +OH +SiO RUD10
    7119 57 35.8-01 53 1338.9161-15.5595G38.917-15.560
    RR Aql161210.023.012.000ENG15+H2O +OH +SiO RUD10
    7216 27 51.5+34 48 0956.374443.5285G56.374+43.529
    V697 Her161226.042.04.700ENG15+H2O +OH +SiO RUD10
    7320 46 25.5+40 06 59.480.7984-1.9210G80.798-1.921
    NML Cyg161245.9-24.11921.000ENG15+H2O -CH3OH I +OH +SiO RUD10
    7423 44 3.5+61 47 22115.0586-0.0480G115.059-0.048
    PZ Cas161253.0-65.09.000ENG15+H2O +OH +SiO RUD10
    7520 07 5.1+12 57 0453.3659-10.3070G53.367-10.308
    SY Aql16126.0-50.05.400ENG15+H2O +OH +SiO RUD10
    7614 11 34.3-28 53 08323.367330.7866G323.368+30.787
    RU Hya16678.0-7.02.600ENG15+H2O +OH +SiO RUD10
    7712 47 19.7+38 22 28127.053378.7209G127.054+78.720
    U CVn16678.0-27.00.300ENG15+H2O +OH +SiO RUD10
    7811 00 33.5-18 19 27269.267637.1957G269.270+37.196
    R Crt166717.03.02.700ENG15+H2O +OH +SiO RUD10
    7909 45 17-22 01 56255.803323.3554G255.796+23.353
    IW Hya166727.027.00.900ENG15+H2O -CH3OH II +OH +SiO RUD10
    8007 32 37.8-20 39 27235.9034-0.6870G235.904-0.686
    Z Pup166714.5-2.52.700ENG15+H2O +OH +SiO RUD10
    8101 33 50.5+62 26 47127.8137-0.0228G127.815-0.021
    V669 Cas166722.0-66.01.500ENG15-H2O +OH +SiO RUD10
    8200 03 21.3+55 40 50116.1440-6.5562G116.144-6.556
    Y Cas166710.0-22.03.000ENG15+H2O +OH +SiO RUD10
    8318 23 17.3-13 42 4917.5494-0.1243G17.551-0.126
    IRC-10414166729.029.07.000ENG15+H2O +OH +SiO RUD10
    8413 49 2.4-28 22 05318.023932.8100G318.022+32.811
    W Hya16672.034.00.900ENG15+H2O +OH +SiO RUD10
    8512 04 15+18 46 58248.029776.3157G248.030+76.316
    R Com16678.0-8.00.200ENG15+H2O +OH +SiO RUD10
    8603 53 28.5+11 24 20177.9540-31.4134G177.955-31.412
    IK Tau166734.017.012.000ENG15+H2O -CH3OH II +OH +SiO RUD10
    8704 11 31-25 08 03222.1654-45.3464G222.165-45.346
    W Eri16678.0-4.00.300ENG15+H2O +OH +SiO RUD10
    8819 08 54.6-22 14 2014.6622-13.6103G14.662-13.610
    V3880 Sgr161226.09.016.000ENG15+H2O +OH +SiO RUD10
    8919 06 22.1+08 13 4841.95210.4544G41.952+0.454
    R Aql161213.041.08.000ENG15+H2O -CH3OH I +OH +SiO RUD10
    9018 08 3.5-22 13 278.3430-1.0002G8.344-1.002
    VX Sgr161239.0-14.0104.000ENG15+H2O +OH +SiO RUD10
    9105 04 50.4-21 54 17222.6668-32.7163G222.667-32.715
    T Lep166731.0-31.00.900ENG15+H2O +OH +SiO RUD10
    9205 19 51.7+63 15 54148.284514.5651G148.285+14.566
    BW Cam166766.066.00.400ENG15+H2O +OH +SiO RUD10
    9305 55 49.1+20 10 32188.7147-2.4922G188.715-2.492
    U Ori16676.0-41.00.500ENG15+H2O +OH +SiO RUD10
    9406 40 46.6+59 52 01155.657121.9370G155.657+21.937
    U Lyn166717.0-17.00.500ENG15+H2O +OH +SiO RUD10
    9506 52 46.9+08 25 20205.57554.1259G205.576+4.126
    GX Mon166735.0-28.05.900ENG15+H2O -CH3OH II +OH +SiO RUD10
    9622 57 41.2+58 49 15108.6575-0.8620G108.657-0.862
    V627 Cas161259.0-59.00.900ENG15+H2O +OH +SiO RUD10
    9721 31 3.8+11 09 1564.3197-28.1618G64.320-28.163
    UU Peg161219.019.00.200ENG15+H2O +OH +SiO RUD10
    9818 23 17.3-13 42 4917.5494-0.1243G17.551-0.126
    IRC-10414161220.036.01.900ENG15+H2O +OH +SiO RUD10
    9918 08 3.5-22 13 278.3430-1.0002G8.344-1.002
    VX Sgr166723.0-4.033.000ENG15+H2O +OH +SiO RUD10

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

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    ID Obs. RA Obs. Dec l b Group id Source name Fpeak List Detection Ref.
    (J2000) (J2000) (deg.) (deg.) (Jy) Yes/No
    115 11 41.3-06 00 43353.825742.5873G353.826+42.588
    Y Lib0.100ENG15+H2O +OH +SiO RUD10
    213 49 2.4-28 22 05318.023932.8100G318.022+32.811
    W Hya0.200ENG15+H2O +OH +SiO RUD10
    314 24 11.2+25 42 1534.277969.2144G34.278+69.213
    RX Boo0.200ENG15+H2O -CH3OH I +OH +SiO RUD10
    411 52 45.1-07 35 49278.588552.4789G278.588+52.479
    S Crt0.200ENG15+H2O -OH -SiO RUD10
    511 00 33.5-18 19 27269.267637.1957G269.270+37.196
    R Crt0.200ENG15+H2O +OH +SiO RUD10
    609 45 33.9+34 30 44190.594849.7698G190.595+49.771
    R LMi0.100ENG15+H2O +OH +SiO RUD10
    709 47 33.3+11 25 45223.719844.1592G223.721+44.160
    R Leo0.200ENG15+H2O +OH +SiO RUD10
    808 17 16.6-13 48 33235.435811.9671G235.436+11.975
    SV Pup0.200ENG15+H2O -OH +SiO RUD10
    908 53 32.6+03 04 11224.981928.4131G224.986+28.417
    S Hya0.200ENG15-H2O -CH3OH II -OH +SiO RUD10
    1008 55 43.8-19 13 29245.434216.4746G245.434+16.475
    IRC-201760.200ENG15+H2O -OH -SiO RUD10
    1108 16 33.5+11 43 35211.748724.1378G211.749+24.139
    R Cnc0.200ENG15+H2O +OH +SiO RUD10
    1207 55 40.4-28 38 56245.4382-0.1470G245.438-0.147
    HU PupENG15+H2O +OH +SiO RUD10
    1308 00 50.6-12 50 31232.47839.0580G232.478+9.058
    U Pup0.200ENG15-H2O +OH +SiO RUD10
    1406 40 46.6+59 52 01155.657121.9370G155.657+21.937
    U Lyn0.200ENG15+H2O +OH +SiO RUD10
    1505 55 49.1+20 10 32188.7147-2.4922G188.715-2.492
    U Ori0.200ENG15+H2O +OH +SiO RUD10
    1605 42 8.8+32 02 22176.96490.9893G176.965+0.990
    U Aur0.200ENG15+H2O +OH +SiO RUD10
    1705 00 50.3+56 10 53152.83728.5669G152.837+8.569
    TX Cam0.200ENG15-H2O -OH +SiO RUD10
    1805 04 50.4-21 54 17222.6668-32.7163G222.667-32.715
    T Lep0.200ENG15+H2O +OH +SiO RUD10
    1904 28 19+10 09 49185.2191-25.5773G185.217-25.581
    R Tau0.200ENG15+H2O +OH +SiO RUD10
    2003 11 2.8+14 47 58166.1415-36.1015G166.142-36.100
    U Ari0.200ENG15-H2O +OH +SiO RUD10
    2104 11 31-25 08 03222.1654-45.3464G222.165-45.346
    W Eri0.200ENG15+H2O +OH +SiO RUD10
    2202 37 02+34 15 49146.5935-23.7105G146.594-23.709
    R Tri0.200ENG15+H2O -OH +SiO RUD10
    2309 35 30-14 41 27248.147826.7009G248.149+26.701
    X Hya0.200ENG15+H2O +OH +SiO RUD10
    2412 04 15+18 46 58248.029776.3157G248.030+76.316
    R Com0.200ENG15+H2O +OH +SiO RUD10
    2500 03 21.3+55 40 50116.1440-6.5562G116.144-6.556
    Y Cas0.200ENG15+H2O +OH +SiO RUD10
    2600 36 59.2+63 08 00121.30010.3074G121.301+0.308
    TY Cas0.200ENG15+H2O -OH +SiO RUD10
    2701 58 44.6+45 26 08135.1211-15.8373G135.120-15.838
    V370 And0.200ENG15+H2O -CH3OH II -OH +SiO RUD10
    2823 44 3.5+61 47 22115.0586-0.0480G115.059-0.048
    PZ Cas0.200ENG15+H2O +OH +SiO RUD10
    2922 49 59.1+60 17 55108.42570.8933G108.426+0.893
    IRC+603700.200ENG15+H2O -OH RUD10
    3022 03 59.3+28 20 5383.7841-21.5196G83.784-21.520
    TW Peg0.200ENG15+H2O -CH3OH II -OH RUD10
    3120 25 58+38 21 0777.00510.1807G77.005+0.182
    KY Cyg0.200ENG15+H2O -OH +SiO RUD10
    3219 40 50.6+48 47 3081.681312.5697G81.681+12.569
    V391 Cyg0.200ENG15+H2O +OH +SiO RUD10
    3316 27 51.5+34 48 0956.374443.5285G56.374+43.529
    V697 HerENG15+H2O +OH +SiO RUD10
    3415 21 22.8+31 22 0449.472957.1768G49.473+57.173
    S CrB2.600ENG15+H2O +OH +SiO RUD10
    3514 24 11.2+25 42 1534.277969.2144G34.278+69.213
    RX Boo0.200ENG15+H2O -CH3OH I +OH +SiO RUD10
    3611 52 45.1-07 35 49278.588552.4789G278.588+52.479
    S Crt0.200ENG15+H2O -OH -SiO RUD10
    3709 35 30-14 41 27248.147826.7009G248.149+26.701
    X Hya0.200ENG15+H2O +OH +SiO RUD10
    3808 55 43.8-19 13 29245.434216.4746G245.434+16.475
    IRC-201760.200ENG15+H2O -OH -SiO RUD10
    3908 53 32.6+03 04 11224.981928.4131G224.986+28.417
    S Hya0.200ENG15-H2O -CH3OH II -OH +SiO RUD10
    4008 17 16.6-13 48 33235.435811.9671G235.436+11.975
    SV Pup0.200ENG15+H2O -OH +SiO RUD10
    4103 11 2.8+14 47 58166.1415-36.1015G166.142-36.100
    U Ari0.200ENG15-H2O +OH +SiO RUD10
    4201 58 44.6+45 26 08135.1211-15.8373G135.120-15.838
    V370 And0.200ENG15+H2O -CH3OH II -OH +SiO RUD10
    4300 36 59.2+63 08 00121.30010.3074G121.301+0.308
    TY Cas0.200ENG15+H2O -OH +SiO RUD10
    4406 52 46.9+08 25 20205.57554.1259G205.576+4.126
    GX MonENG15+H2O -CH3OH II +OH +SiO RUD10
    4500 36 59.2+63 08 00121.30010.3074G121.301+0.308
    TY Cas0.200ENG15+H2O -OH +SiO RUD10
    4623 06 39.6+10 32 3985.4100-44.5604G85.407-44.560
    R Peg0.200ENG15+H2O +OH +SiO RUD10
    4720 43 40.8+38 09 5578.9373-2.7164G78.937-2.717
    DR Cyg0.200ENG15+H2O -OH +SiO RUD10
    4822 03 59.3+28 20 5383.7841-21.5196G83.784-21.520
    TW Peg0.200ENG15+H2O -CH3OH II -OH RUD10
    4920 43 40.8+38 09 5578.9373-2.7164G78.937-2.717
    DR Cyg0.200ENG15+H2O -OH +SiO RUD10
    5002 37 02+34 15 49146.5935-23.7105G146.594-23.709
    R Tri0.200ENG15+H2O -OH +SiO RUD10
    5115 27 47.2+19 33 4829.513753.4757G29.515+53.477
    WX SerENG15+H2O +OH +SiO RUD10
    5222 49 59.1+60 17 55108.42570.8933G108.426+0.893
    IRC+603700.200ENG15+H2O -OH RUD10
    5305 00 50.3+56 10 53152.83728.5669G152.837+8.569
    TX Cam0.200ENG15-H2O -OH +SiO RUD10
    5423 58 25.1+51 23 22114.5616-10.6186G114.561-10.619
    R Cas0.200ENG15+H2O +OH +SiO RUD10
    5520 25 58+38 21 0777.00510.1807G77.005+0.182
    KY Cyg0.200ENG15+H2O -OH +SiO RUD10
    5619 38 0.8+11 43 1548.7063-4.7753G48.709-4.778
    RT Aql0.200ENG15+H2O +OH +SiO RUD10
    5712 14 36.2-06 02 05286.545055.6607G286.549+55.660
    T Vir0.200ENG15+H2O +OH +SiO RUD10

    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