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KAN16 - Linear Polarization of Class I Methanol Masers in Massive Star-forming Regions

Short title: Kang et al. (2016)
Authors: Kang, Ji-hyun Byun, Do-Young Kim, Kee-Tae Kim, Jongsoo Lyo, A.-Ran Vlemmings, W. H. T.
Journal: The Astrophysical Journal Supplement Series, Volume 227, Issue 2, article id. 17, 18 pp. (2016).
Bibcode: 2016ApJS..227...17K

PDF: KAN16.pdf

Detection table from Kang et al. (2016)

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ID Obs. RA Obs. Dec l b Group id Source name Descr. Line Vpeak Fpeak Telescope RMS Beam Detection Date
(J2000) (J2000) (deg.) (deg.) CH3OH (class I) (km/s) (Jy) (Jy) (arcsec) Yes/No
105 35 27.1-05 09 52.5208.8193-19.2427G208.817-19.239
OMC244 GHz (I)
11.1210KVN0.36065+H2O +CH3OH I +CH3OH II August to December 2013
205 35 27.1-05 09 52.5208.8193-19.2427G208.817-19.239
OMC295 GHz (I)
11.1290KVN0.71030+H2O +CH3OH I +CH3OH II August to December 2013
305 39 13.1+35 45 51.3173.48172.4461G173.481+2.446
S231a44 GHz (I)
-16.726KVN0.25065+H2O +CH3OH I +CH3OH II +OH August to December 2013
405 39 13.1+35 45 51.3173.48172.4461G173.481+2.446
S231a95 GHz (I)
-16.722KVN0.72030+H2O +CH3OH I +CH3OH II +OH August to December 2013
505 40 53.3+35 41 46.9173.71912.6975G173.719+2.698
S23544 GHz (I)
-16.474KVN0.31065+H2O +CH3OH I +CH3OH II -OH August to December 2013
605 40 53.3+35 41 46.9173.71912.6975G173.719+2.698
S23595 GHz (I)
-16.460KVN0.83030+H2O +CH3OH I +CH3OH II -OH August to December 2013
706 12 53.6+18 00 25.1192.5845-0.0411G192.599-0.047
S255N44 GHz (I)
11260KVN0.30065+H2O +CH3OH I +CH3OH II August to December 2013
806 12 53.6+18 00 25.1192.5845-0.0411G192.599-0.047
S255N95 GHz (I)
11190KVN0.52030+H2O +CH3OH I +CH3OH II August to December 2013
906 41 8.1+09 29 40203.31132.0497G203.316+2.055
NGC226444 GHz (I)
7.2170KVN0.33065+H2O +CH3OH I +CH3OH II August to December 2013
1006 41 8.1+09 29 40203.31132.0497G203.316+2.055
NGC226495 GHz (I)
7.2120KVN0.85030+H2O +CH3OH I +CH3OH II August to December 2013
1117 41 20.1-30 45 14.4357.9651-0.1636G357.967-0.158
G357.96-0.1644 GHz (I)
-566KVN0.42065+H2O +CH3OH I +CH3OH II +OH August to December 2013
1217 41 20.1-30 45 14.4357.9651-0.1636G357.967-0.158
G357.96-0.1695 GHz (I)
-547KVN0.69030+H2O +CH3OH I +CH3OH II +OH August to December 2013
1317 45 39.1-29 23 29359.6150-0.2430G359.617-0.251
G359.61-0.2444 GHz (I)
19.399KVN0.47065+H2O +CH3OH I +OH August to December 2013
1417 45 39.1-29 23 29359.6150-0.2430G359.617-0.251
G359.61-0.2495 GHz (I)
19.353KVN1.21030+H2O +CH3OH I +OH August to December 2013
1517 47 19.2-28 22 14.50.6770-0.0250G0.667-0.034
G0.67-0.0244 GHz (I)
69.233KVN1.94065+H2O +CH3OH I +CH3OH II +OH +SiO August to December 2013
1617 47 19.2-28 22 14.50.6770-0.0250G0.667-0.034
G0.67-0.0295 GHz (I)
65.530KVN4.38030+H2O +CH3OH I +CH3OH II +OH +SiO August to December 2013
1718 04 53-24 26 40.56.0485-1.4464G6.050-1.449
IRAS18018-2426b44 GHz (I)
10.9690KVN0.52065-H2O +CH3OH I +CH3OH II +OH August to December 2013
1818 04 53-24 26 40.56.0485-1.4464G6.050-1.449
IRAS18018-2426b95 GHz (I)
10.8260KVN0.88030-H2O +CH3OH I +CH3OH II +OH August to December 2013
1918 09 00-20 03 3510.3424-0.1423G10.342-0.142
G10.34-0.1444 GHz (I)
14.6110KVN0.39065+H2O +CH3OH I +CH3OH II August to December 2013
2018 09 00-20 03 3510.3424-0.1423G10.342-0.142
G10.34-0.1495 GHz (I)
14.678KVN0.66030+H2O +CH3OH I +CH3OH II August to December 2013
2118 09 22.9-20 08 5.810.3199-0.2570G10.320-0.259
G10.32-0.26 Descr 44 GHz (I)
32.4170KVN0.50065+H2O +CH3OH I +CH3OH II August to December 2013
2218 09 22.9-20 08 5.810.3199-0.2570G10.320-0.259
G10.32-0.2695 GHz (I)
32.569KVN0.86030+H2O +CH3OH I +CH3OH II August to December 2013
2318 10 29.1-19 55 48.210.6245-0.3849G10.623-0.384
G10.62-0.3844 GHz (I)
-6.8100KVN0.60065+H2O +CH3OH I +CH3OH II +OH August to December 2013
2418 10 29.1-19 55 48.210.6245-0.3849G10.623-0.384
G10.62-0.3895 GHz (I)
-6.728KVN2.14030+H2O +CH3OH I +CH3OH II +OH August to December 2013
2518 13 58.1-18 54 3111.9151-0.6145G11.918-0.613
G11.92-0.6144 GHz (I)
35.267KVN0.60065+H2O +CH3OH I August to December 2013
2618 13 58.1-18 54 3111.9151-0.6145G11.918-0.613
G11.92-0.6195 GHz (I)
35.230KVN1.52030+H2O +CH3OH I August to December 2013
2718 14 11.2-17 56 0012.7963-0.1935G12.797-0.193
W33MET44 GHz (I)
32.854KVN0.81065+H2O +CH3OH I +CH3OH II August to December 2013
2818 14 11.2-17 56 0012.7963-0.1935G12.797-0.193
W33MET95 GHz (I)
32.836KVN1.81030+H2O +CH3OH I +CH3OH II August to December 2013
2918 17 24.1-17 22 14.113.6560-0.5988G13.657-0.600
G13.66-0.6044 GHz (I)
48.365KVN0.73065+H2O +CH3OH I +CH3OH II +OH August to December 2013
3018 17 24.1-17 22 14.113.6560-0.5988G13.657-0.600
G13.66-0.6095 GHz (I)
48.447KVN1.88030+H2O +CH3OH I +CH3OH II +OH August to December 2013
3118 17 50-12 08 6.518.31541.7920G18.315+1.792
G18.34+1.78SW Descr 44 GHz (I)
30.4620KVN0.43065+CH3OH I August to December 2013
3218 17 50-12 08 6.518.31541.7920G18.315+1.792
G18.34+1.78SW95 GHz (I)
30.3390KVN0.77030+CH3OH I August to December 2013
3318 18 54.2-16 48 0.514.3284-0.6447G14.332-0.642
G14.33-0.6344 GHz (I)
23.3170KVN0.83065+H2O +CH3OH I +CH3OH II August to December 2013
3418 18 54.2-16 48 0.514.3284-0.6447G14.332-0.642
G14.33-0.6395 GHz (I)
23.4100KVN2.16030+H2O +CH3OH I +CH3OH II August to December 2013
3518 19 12.5-20 47 24.810.8435-2.5921G10.844-2.592
GGD2744 GHz (I)
13.2130KVN0.60065+H2O +CH3OH I +CH3OH II August to December 2013
3618 19 12.5-20 47 24.810.8435-2.5921G10.844-2.592
GGD2795 GHz (I)
13.158KVN1.56030+H2O +CH3OH I +CH3OH II August to December 2013
3718 26 25.8-12 03 5719.3639-0.0308G19.364-0.030
G19.36-0.0344 GHz (I)
26.5130KVN0.44065+H2O +CH3OH I +CH3OH II +OH August to December 2013
3818 26 25.8-12 03 5719.3639-0.0308G19.364-0.030
G19.36-0.0395 GHz (I)
26.279KVN0.84030+H2O +CH3OH I +CH3OH II +OH August to December 2013
3918 29 23.3-15 15 29.916.8702-2.1504G16.868-2.158
L37944 GHz (I)
17.6140KVN0.51065+H2O +CH3OH I +CH3OH II August to December 2013
4018 29 23.3-15 15 29.916.8702-2.1504G16.868-2.158
L37995 GHz (I)
17.677KVN0.92030+H2O +CH3OH I +CH3OH II August to December 2013
4118 34 20.9-05 59 40.525.65011.0497G25.649+1.050
G25.65+1.0444 GHz (I)
41.663KVN0.46065+H2O +CH3OH I +CH3OH II +OH August to December 2013
4218 34 20.9-05 59 40.525.65011.0497G25.649+1.050
G25.65+1.0495 GHz (I)
41.660KVN1.09030+H2O +CH3OH I +CH3OH II +OH August to December 2013
4318 34 39.3-08 31 3923.4367-0.1844G23.437-0.184
G23.43-0.1844 GHz (I)
101.371KVN0.32065+H2O +CH3OH I +CH3OH II +OH August to December 2013
4418 34 39.3-08 31 3923.4367-0.1844G23.437-0.184
G23.43-0.1895 GHz (I)
102.332KVN1.91030+H2O +CH3OH I +CH3OH II +OH August to December 2013
4518 39 3.6-06 24 9.525.8258-0.1780G25.826-0.178
G25.82-0.1744 GHz (I)
90.483KVN0.38065+H2O +CH3OH I +CH3OH II +OH August to December 2013
4618 39 3.6-06 24 9.525.8258-0.1780G25.826-0.178
G25.82-0.1795 GHz (I)
90.281KVN2.48030+H2O +CH3OH I +CH3OH II +OH August to December 2013
4718 41 51-05 01 2827.3687-0.1636G27.367-0.165
G27.36-0.1644 GHz (I)
94180KVN0.36065+H2O +CH3OH I +CH3OH II +OH August to December 2013
4818 41 51-05 01 2827.3687-0.1636G27.367-0.165
G27.36-0.1695 GHz (I)
94.1100KVN0.85030+H2O +CH3OH I +CH3OH II +OH August to December 2013
4918 42 52.1-03 59 4528.39950.0811G28.397+0.080
G28.37-0.07MM144 GHz (I)
76.461KVN0.48065+H2O +CH3OH I +CH3OH II +OH -SiO August to December 2013
5018 42 52.1-03 59 4528.39950.0811G28.397+0.080
G28.37-0.07MM195 GHz (I)
76.532KVN0.80030+H2O +CH3OH I +CH3OH II +OH -SiO August to December 2013
5118 42 54.5-04 00 0428.39940.0698G28.397+0.080
G28.39+0.0844 GHz (I)
79.449KVN0.39065+H2O +CH3OH I +CH3OH II +OH -SiO August to December 2013
5218 42 54.5-04 00 0428.39940.0698G28.397+0.080
G28.39+0.0895 GHz (I)
79.429KVN0.64030+H2O +CH3OH I +CH3OH II +OH -SiO August to December 2013
5318 46 5.4-02 42 17.129.9153-0.0443G29.915-0.044
G29.91-0.0344 GHz (I)
98.2410KVN0.42065+H2O +CH3OH I +CH3OH II +OH August to December 2013
5418 46 5.4-02 42 17.129.9153-0.0443G29.915-0.044
G29.91-0.0395 GHz (I)
98.2220KVN0.77030+H2O +CH3OH I +CH3OH II +OH August to December 2013
5518 47 46.8-01 54 1430.8206-0.0547G30.817-0.057
G30.82-0.0544 GHz (I)
96.946KVN0.39065+H2O +CH3OH I +CH3OH II +OH August to December 2013
5618 47 46.8-01 54 1430.8206-0.0547G30.817-0.057
G30.82-0.0595 GHz (I)
96.632KVN1.26030+H2O +CH3OH I +CH3OH II +OH August to December 2013
5719 05 41.4+06 26 0840.2811-0.2208G40.282-0.219
G40.25-0.19 Descr 44 GHz (I)
72.7130KVN0.33065+H2O +CH3OH I +CH3OH II +OH August to December 2013
5819 05 41.4+06 26 0840.2811-0.2208G40.282-0.219
G40.25-0.1995 GHz (I)
72.7120KVN0.58030+H2O +CH3OH I +CH3OH II +OH August to December 2013
5919 23 44+14 30 3149.4890-0.3881G49.487-0.387
G49.49-0.3944 GHz (I)
49.197KVN0.88065+H2O +CH3OH I +CH3OH II +OH -SiO August to December 2013
6019 23 44+14 30 3149.4890-0.3881G49.487-0.387
G49.49-0.3995 GHz (I)
55.745KVN2.31030+H2O +CH3OH I +CH3OH II +OH -SiO August to December 2013
6119 23 46.5+14 29 4149.4816-0.4037G49.487-0.387
W51MET2a44 GHz (I)
56.632KVN0.37065+H2O +CH3OH I +CH3OH II +OH -SiO August to December 2013
6219 23 46.5+14 29 4149.4816-0.4037G49.487-0.387
W51MET2a95 GHz (I)
56.625KVN0.84030+H2O +CH3OH I +CH3OH II +OH -SiO August to December 2013
6319 41 3.1+24 01 1559.78950.6307G59.789+0.631
G59.79+0.6344 GHz (I)
30.8110KVN0.22065+CH3OH I +CH3OH II August to December 2013
6419 41 3.1+24 01 1559.78950.6307G59.789+0.631
G59.79+0.6395 GHz (I)
30.867KVN0.67030+CH3OH I +CH3OH II August to December 2013
6520 38 37.2+42 38 0881.88000.7844G81.877+0.784
W75N44 GHz (I)
8.825KVN0.62065+CH3OH I +CH3OH II +OH August to December 2013
6620 38 37.2+42 38 0881.88000.7844G81.877+0.784
W75N95 GHz (I)
8.913KVN0.97030+CH3OH I +CH3OH II +OH August to December 2013
6720 38 54.8+42 19 22.581.66460.5514G81.665+0.551
DR21W44 GHz (I)
-2.6230KVN0.21065-H2O +CH3OH I +CH3OH II August to December 2013
6820 38 54.8+42 19 22.581.66460.5514G81.665+0.551
DR21W95 GHz (I)
-2.5210KVN0.48030-H2O +CH3OH I +CH3OH II August to December 2013
6920 38 59.3+42 22 48.781.71840.5753G81.722+0.572
DR21(OH) Descr 44 GHz (I)
-0.1390KVN0.24065+CH3OH I +CH3OH II +OH -SiO August to December 2013
7020 38 59.3+42 22 48.781.71840.5753G81.722+0.572
DR21(OH)95 GHz (I)
0.0310KVN1.35030+CH3OH I +CH3OH II +OH -SiO August to December 2013
7120 39 1.8+42 19 21.181.67730.5342G81.665+0.551
DR2144 GHz (I)
-3.788KVN0.37065-H2O +CH3OH I +CH3OH II August to December 2013
7220 39 1.8+42 19 21.181.67730.5342G81.665+0.551
DR2195 GHz (I)
-3.861KVN0.76030-H2O +CH3OH I +CH3OH II August to December 2013
7320 39 3.5+42 26 0.281.76860.5974G81.767+0.596
W75S(3)a44 GHz (I)
-5.150KVN0.74065+H2O +CH3OH I +CH3OH II +OH August to December 2013
7420 39 3.5+42 26 0.281.76860.5974G81.767+0.596
W75S(3)a95 GHz (I)
-5.230KVN1.79030+H2O +CH3OH I +CH3OH II +OH August to December 2013
7520 43 28.5+42 50 0.982.58290.2014G82.583+0.201
G82.58+0.20 Descr 44 GHz (I)
10.3240KVN0.20065+H2O +CH3OH I -SiO August to December 2013
7620 43 28.5+42 50 0.982.58290.2014G82.583+0.201
G82.58+0.2095 GHz (I)
10.3170KVN0.64030+H2O +CH3OH I -SiO August to December 2013
7723 13 42+61 27 29.7111.53170.7689G111.542+0.766
NGC753844 GHz (I)
-57.457KVN0.26065+H2O +CH3OH I +CH3OH II +OH August to December 2013
7823 13 42+61 27 29.7111.53170.7689G111.542+0.766
NGC753895 GHz (I)
-57.320KVN0.75030+H2O +CH3OH I +CH3OH II +OH August to December 2013
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  • Distribution of sources in all sky (l,b)

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  • Distribution of sources in all sky using Aladin

    Tip: Click on some source to get more informaiton


  • Distribution of sources in IRAS color-color diagram

    Tip: Use "Box select" or "Lasso select" to display colour-selected sources in Aladin all-sky view

    Tip: Click on some source to look at the different surveys. You must select some surveys in previous page at "View images"

    Original color diagram is taken form van der Veen & Habing (1987)

    Type Description
    I Oxygen-rich non-variable stars without circumstellar shells
    II Variable stars with "young" O-rich circumstellar shells
    IIIa Variable stars with more evolved O-rich circumstellar shells
    IIIb Variable stars with thick O-rich circumstellar shells
    IV Variable stars with very thick O-rich circumstellar shells
    V Planetary nebulae and non- variable stars with very cool circumstellar shells
    VIa Variable stars with relatively cold dust at large distances; a significant part of the stars is carbon-rich
    VIb Variable stars with relatively hot dust close to the star and relatively cold dust at large distances; Some of the objects have proven to be O-rich
    VII Variable stars with more evolved C-rich circumstellar shells
    VIII Different sort of objects

  • Distribution of the detection velocities versus galactic longitude from KAN16

    Tip: Use "Box select" or "Lasso select" to display velocity-selected sources in Aladin all-sky view

    Tip: Click on some source to look at the different surveys. You must select some surveys in previous page at "View images"

    Longitude-Velocity Map is taken form Dame, Hartmann & Thaddeus (2001)

  • Distribution of sources from KAN16 in (l,b) histograms



    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