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LIM12 - Candidates for the Young Stellar Outflows: Water and Methanol Masers from Young Stellar Objects

Short title: Lim et al. (2012)
Authors: Lim, Wanggi Lyo, A.-Ran Kim, Kee-Tae Byun, Do-Young
Journal: The Astronomical Journal, Volume 144, Issue 5, article id. 151, 22 pp. (2012).
Bibcode: 2012AJ....144..151L

PDF: LIM12.pdf

Detection table from Lim et al. (2012)

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ID Obs. RA Obs. Dec l b Group id Source name Image Line Vpeak FWHM Fpeak ∫F dv Telescope Beam Detection Date
(J2000) (J2000) (deg.) (deg.) CH3OH (class I) (km/s) (km/s) (Jy) (Jy*km/s) (arcsec) Yes/No
118 14 5.3-18 00 33.812.7184-0.2094G12.722-0.216
CMHO 019 Image 44 GHz (I)
33.48 (0.05)0.86 (0.13)3.242.98 (0.37)KVN65+H2O +CH3OH I -CH3OH II -SiO 2011 Mar 26
18 14 5.3-18 00 33.812.7184-0.2094G12.722-0.216
CMHO 01944 GHz (I)
33.50 (0.04)0.96 (0.10)6.366.14 (0.48)KVN65+H2O +CH3OH I -CH3OH II -SiO 2011 Sep 24
18 14 5.3-18 00 33.812.7184-0.2094G12.722-0.216
CMHO 01944 GHz (I)
33.38 (0.08)1.32 (0.26)3.944.42 (0.61)KVN65+H2O +CH3OH I -CH3OH II -SiO 2011 Oct 22
218 14 41.7-17 37 1.113.1321-0.1487G13.132-0.149
CMHO 023 Image 44 GHz (I)
45.23 (0.06)0.86 (0.22)4.033.32 (0.53)KVN65+CH3OH I -CH3OH II 2011 Apr 4
18 14 41.7-17 37 1.113.1321-0.1487G13.132-0.149
CMHO 02344 GHz (I)
44.64 (0.24)2.22 (0.44)2.582.93 (0.57)KVN65+CH3OH I -CH3OH II 2011 Sep 23
18 14 41.7-17 37 1.113.1321-0.1487G13.132-0.149
CMHO 02344 GHz (I)
45.15 (0.12)1.49 (0.75)4.464.46 (1.22)KVN65+CH3OH I -CH3OH II 2011 Oct 22
318 15 54.8-17 37 54.913.2573-0.4108G13.257-0.411
CMHO 031 Image 44 GHz (I)
38.60 (0.09)1.98 (0.23)4.077.09 (0.66)KVN65+CH3OH I 2011 Apr 8
18 15 54.8-17 37 54.913.2573-0.4108G13.257-0.411
CMHO 03144 GHz (I)
38.65 (0.08)0.94 (0.28)3.092.61 (0.52)KVN65+CH3OH I 2011 Sep 23
18 15 54.8-17 37 54.913.2573-0.4108G13.257-0.411
CMHO 03144 GHz (I)
38.80 (0.14)2.59 (0.32)3.495.97 (0.65)KVN65+CH3OH I 2011 Oct 22
418 16 1.6-16 05 12.314.62910.3009G14.632+0.304
CMHO 032 Image 44 GHz (I)
24.75 (0.30)3.76 (0.62)2.214.88 (0.77)KVN65+CH3OH I -CH3OH II 2011 Apr 8
18 16 1.6-16 05 12.314.62910.3009G14.632+0.304
CMHO 03244 GHz (I)
25.36 (0.08)1.10 (0.19)3.063.50 (0.52)KVN65+CH3OH I -CH3OH II 2011 Sep 25
18 16 1.6-16 05 12.314.62910.3009G14.632+0.304
CMHO 03244 GHz (I)
27.29 (0.17)1.07 (0.47)1.861.79 (0.56)KVN65+CH3OH I -CH3OH II 2011 Sep 25
518 17 27.1-15 56 2114.92170.0697G14.921+0.070
CMHO 038 Image 44 GHz (I)
26.96 (0.04)1.69 (0.11)9.212.30 (0.61)KVN65+CH3OH I -CH3OH II 2011 Apr 9
18 17 27.1-15 56 2114.92170.0697G14.921+0.070
CMHO 03844 GHz (I)
26.91 (0.05)1.65 (0.17)6.058.73 (0.62)KVN65+CH3OH I -CH3OH II 2011 Sep 24
18 17 27.1-15 56 2114.92170.0697G14.921+0.070
CMHO 03844 GHz (I)
26.84 (0.05)1.99 (0.14)7.2713.15 (0.70)KVN65+CH3OH I -CH3OH II 2011 Oct 24
618 21 12.4-16 30 4.414.8522-0.9900G14.852-0.990
CMHO 05944 GHz (I)
20.62 (0.16)3.08 (0.39)3.197.11 (0.74)KVN65+H2O +CH3OH I 2011 Feb 18
18 21 12.4-16 30 4.414.8522-0.9900G14.852-0.990
CMHO 05944 GHz (I)
20.64 (0.08)1.53 (0.24)3.915.36 (0.60)KVN65+H2O +CH3OH I 2011 Sep 24
18 21 12.4-16 30 4.414.8522-0.9900G14.852-0.990
CMHO 05944 GHz (I)
20.63 (0.10)1.49 (0.22)3.474.34 (0.58)KVN65+H2O +CH3OH I 2011 Oct 23
718 38 31.2-06 34 19.525.6136-0.1364G25.614-0.136
CMHO 13744 GHz (I)
94.59 (0.02)0.87 (0.07)10.889.50 (0.51)KVN65+CH3OH I 2011 Mar 25
18 38 31.2-06 34 19.525.6136-0.1364G25.614-0.136
CMHO 13744 GHz (I)
94.58 (0.02)0.92 (0.07)11.8410.17 (0.53)KVN65+CH3OH I 2011 Sep 24
18 38 31.2-06 34 19.525.6136-0.1364G25.614-0.136
CMHO 13744 GHz (I)
94.60 (0.02)0.83 (0.06)12.9910.69 (0.52)KVN65+CH3OH I 2011 Oct 23
818 50 21.1-02 17 12.830.7728-0.8012G30.771-0.804
CMHO 16744 GHz (I)
75.40 (0.02)0.93 (0.04)12.812.05 (0.47)KVN65+CH3OH I +CH3OH II +OH 2011 Apr 8
18 50 21.1-02 17 12.830.7728-0.8012G30.771-0.804
CMHO 16744 GHz (I)
78.20 (0.04)1.31 (0.15)7.848.45 (0.66)KVN65+CH3OH I +CH3OH II +OH 2011 Apr 8
18 50 21.1-02 17 12.830.7728-0.8012G30.771-0.804
CMHO 16744 GHz (I)
75.42 (0.01)0.97 (0.03)12.4713.26 (0.37)KVN65+CH3OH I +CH3OH II +OH 2011 Sep 23
18 50 21.1-02 17 12.830.7728-0.8012G30.771-0.804
CMHO 16744 GHz (I)
78.23 (0.02)0.81 (0.05)9.467.89 (0.36)KVN65+CH3OH I +CH3OH II +OH 2011 Sep 23
18 50 21.1-02 17 12.830.7728-0.8012G30.771-0.804
CMHO 16744 GHz (I)
75.41 (0.02)0.96 (0.05)12.7912.91 (0.51)KVN65+CH3OH I +CH3OH II +OH 2011 Oct 23
18 50 21.1-02 17 12.830.7728-0.8012G30.771-0.804
CMHO 16744 GHz (I)
78.29 (0.02)0.82 (0.06)9.247.96 (0.47)KVN65+CH3OH I +CH3OH II +OH 2011 Oct 23
918 54 56.7+03 26 4.136.38820.7862G36.388+0.786
CMHO 18244 GHz (I)
69.88 (0.05)1.72 (0.13)7.711.58 (0.65)KVN65+H2O +CH3OH I 2011 Mar 26
18 54 56.7+03 26 4.136.38820.7862G36.388+0.786
CMHO 18244 GHz (I)
69.83 (0.06)1.44 (0.17)4.96.94 (0.60)KVN65+H2O +CH3OH I 2011 Sep 23
18 54 56.7+03 26 4.136.38820.7862G36.388+0.786
CMHO 18244 GHz (I)
67.96 (0.05)0.74 (0.15)2.912.26 (0.35)KVN65+H2O +CH3OH I 2011 Oct 22
18 54 56.7+03 26 4.136.38820.7862G36.388+0.786
CMHO 18244 GHz (I)
69.37 (0.02)0.50 (0.04)7.364.01 (0.31)KVN65+H2O +CH3OH I 2011 Oct 22
18 54 56.7+03 26 4.136.38820.7862G36.388+0.786
CMHO 18244 GHz (I)
70.13 (0.02)0.52 (0.05)7.864.42 (0.32)KVN65+H2O +CH3OH I 2011 Oct 22
18 54 56.7+03 26 4.136.38820.7862G36.388+0.786
CMHO 18244 GHz (I)
71.37 (0.08)0.78 (0.16)2.431.70 (0.32)KVN65+H2O +CH3OH I 2011 Oct 22
1018 56 0.9+02 34 33.435.74610.1568G35.746+0.157
CMHO 18644 GHz (I)
83.35 (0.01)0.42 (0.02)16.398.03 (0.29)KVN65+H2O +CH3OH I -CH3OH II 2011 Mar 26
18 56 0.9+02 34 33.435.74610.1568G35.746+0.157
CMHO 18644 GHz (I)
83.34 (0.00)0.44 (0.01)28.113.78 (0.31)KVN65+H2O +CH3OH I -CH3OH II 2011 Sep 23
18 56 0.9+02 34 33.435.74610.1568G35.746+0.157
CMHO 18644 GHz (I)
83.33 (0.01)0.44 (0.01)26.2412.81 (0.33)KVN65+H2O +CH3OH I -CH3OH II 2011 Oct 25
1119 25 57.8+15 02 55.850.2203-0.6070G50.221-0.607
CMHO 21844 GHz (I)
40.38 (0.05)0.42 (0.15)2.711.19 (0.32)KVN65-H2O +CH3OH I -CH3OH II 2011 Apr 9
19 25 57.8+15 02 55.850.2203-0.6070G50.221-0.607
CMHO 21844 GHz (I)
39.79 (0.09)1.26 (0.17)2.442.71 (0.39)KVN65-H2O +CH3OH I -CH3OH II 2011 Sep 23
19 25 57.8+15 02 55.850.2203-0.6070G50.221-0.607
CMHO 21844 GHz (I)
40.04 (0.08)1.25 (0.21)1.722.12 (0.28)KVN65-H2O +CH3OH I -CH3OH II 2011 Oct 25
1219 43 48.7+23 28 24.859.6279-0.1891G59.628-0.189
CMHO 25244 GHz (I)
27.15 (0.01)0.42 (0.03)11.393.82 (0.30)KVN65+H2O +CH3OH I +CH3OH II 2011 Feb 24
19 43 48.7+23 28 24.859.6279-0.1891G59.628-0.189
CMHO 25244 GHz (I)
27.69 (0.09)2.10 (0.23)4.5710.97 (0.68)KVN65+H2O +CH3OH I +CH3OH II 2011 Feb 24
19 43 48.7+23 28 24.859.6279-0.1891G59.628-0.189
CMHO 25244 GHz (I)
26.42 (0.21)2.35 (0.21)2.046.48 (0.33)KVN65+H2O +CH3OH I +CH3OH II 2011 Sep 23
19 43 48.7+23 28 24.859.6279-0.1891G59.628-0.189
CMHO 25244 GHz (I)
27.20 (0.21)0.57 (0.21)10.685.18 (0.33)KVN65+H2O +CH3OH I +CH3OH II 2011 Sep 23
19 43 48.7+23 28 24.859.6279-0.1891G59.628-0.189
CMHO 25244 GHz (I)
28.42 (0.21)0.93 (0.21)5.384.87 (0.33)KVN65+H2O +CH3OH I +CH3OH II 2011 Sep 23
19 43 48.7+23 28 24.859.6279-0.1891G59.628-0.189
CMHO 25244 GHz (I)
30.20 (0.21)2.10 (0.21)2.233.51 (0.33)KVN65+H2O +CH3OH I +CH3OH II 2011 Sep 23
19 43 48.7+23 28 24.859.6279-0.1891G59.628-0.189
CMHO 25244 GHz (I)
24.61 (0.05)0.40 (0.10)3.041.33 (0.30)KVN65+H2O +CH3OH I +CH3OH II 2011 Oct 23
19 43 48.7+23 28 24.859.6279-0.1891G59.628-0.189
CMHO 25244 GHz (I)
27.18 (0.03)0.77 (0.12)9.26.83 (0.68)KVN65+H2O +CH3OH I +CH3OH II 2011 Oct 23
19 43 48.7+23 28 24.859.6279-0.1891G59.628-0.189
CMHO 25244 GHz (I)
28.36 (0.05)0.77 (0.11)4.143.61 (0.49)KVN65+H2O +CH3OH I +CH3OH II 2011 Oct 23
19 43 48.7+23 28 24.859.6279-0.1891G59.628-0.189
CMHO 25244 GHz (I)
30.75 (0.13)0.98 (0.30)1.761.72 (0.46)KVN65+H2O +CH3OH I +CH3OH II 2011 Oct 23
1319 46 22.1+24 36 36.760.9042-0.1257G60.904-0.126
CMHO 26144 GHz (I)
16.61 (0.07)0.84 (0.20)2.091.51 (0.26)KVN65+H2O +CH3OH I 2011 Feb 25
19 46 22.1+24 36 36.760.9042-0.1257G60.904-0.126
CMHO 26144 GHz (I)
16.57 (0.04)0.39 (0.09)1.40.59 (0.11)KVN65+H2O +CH3OH I 2011 Sep 25
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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 LIM12

    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 LIM12 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