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Data: H2O

TIT14 - A search for water masers associated with class II methanol masers - I. Longitude range 6°-20°

Short title: Titmarsh et al. (2014)
Authors: Titmarsh, A. M. Ellingsen, S. P. Breen, S. L. Caswell, J. L. Voronkov, M. A.
Journal: Monthly Notices of the Royal Astronomical Society, Volume 443, Issue 4, p.2923-2939
Bibcode: 2014MNRAS.443.2923T

Detection table from Titmarsh et al. (2014)

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ID Obs. RA Obs. Dec l b Group id Source name Vrange Vpeak Fpeak ∫F dv Telescope Beam Detection Date
(J2000) (J2000) (deg.) (deg.) (km/s) (km/s) (Jy) (Jy*km/s) (arcsec) Yes/No
118 01 2.2-23 47 10.46.1890-0.3581G6.189-0.358
06.189-0.358 -48.3;-24.7-29.413.136.5ATCA9.6+H2O +CH3OH I +CH3OH II 2011 August 9
218 01 16.1-23 21 25.76.5881-0.1916G6.588-0.192
06.588-0.192 -3.5;-0.1-1.41.63ATCA9.6+H2O +CH3OH II 2011 August 9
318 00 54-23 17 2.86.6097-0.0822G6.610-0.082
06.610-0.082 -4.2;7.12.93.721.8ATCA9.6+H2O +CH3OH II 2010 November 3
418 01 57.5-23 12 336.7952-0.2563G6.794-0.255
06.795-0.257 -3;19.314.719.8122.5ATCA9.6+H2O +CH3OH I +CH3OH II +OH 2010 November 3
518 01 17.5-22 41 43.77.16560.1314G7.166+0.131
07.166+0.131 71.2;81.776.33.69.1ATCA9.6+H2O +CH3OH I +CH3OH II 2011 August 9
618 03 14.4-22 27 0.77.6010-0.1387G7.601-0.139
07.601-0.139 145.1;154148.51.49.7ATCA9.6+H2O +CH3OH II 2011 August 9
718 03 11.6-22 24 327.6316-0.1090G7.632-0.109
07.632-0.109 143.4;156.5155.31.183.8ATCA9.6+H2O +CH3OH I +CH3OH II 2011 August 9
818 03 0.8-21 48 10.78.13850.2256G8.139+0.226
08.139+0.226 10.3;31.827.20.44.1ATCA9.6+H2O -CH3OH I +CH3OH II 2010 November 3
918 04 36.1-21 48 20.28.3174-0.0966G8.317-0.096
08.317-0.096 31.6;48.547.30.52.3ATCA9.6+H2O -CH3OH I +CH3OH II 2011 August 9
1018 06 19-21 37 32.28.6692-0.3558G8.669-0.357
08.669-0.356 22.7;49.334.214.4114.9ATCA9.6+H2O +CH3OH I +CH3OH II +OH 2010 November 3
1118 05 25.6-21 19 24.88.8317-0.0279G8.831-0.029
08.832-0.028 -26.6;9.9-9.812.393.3ATCA9.6+H2O +CH3OH I +CH3OH II 2011 August 9
1218 06 52.8-21 04 27.19.2147-0.2016G9.215-0.202
09.215-0.202 34.6;39.636.32.712.7ATCA9.6+H2O -CH3OH I +CH3OH II 2011 August 9
1318 06 14.8-20 31 33.89.62090.1951G9.621+0.195
09.621+0.196 -14.8;11.7-618.2222.2ATCA9.6+H2O +CH3OH I +CH3OH II +OH 2010 November 3
1418 07 50.1-20 18 56.49.9860-0.0276G9.986-0.030
09.986-0.028 41.1;6352.512.972.8ATCA9.6+H2O -CH3OH I +CH3OH II 2010 November 3
1518 08 49.3-20 05 58.910.2872-0.1251G10.301-0.148
10.287-0.125 2.8;1513.817.8ATCA9.6+H2O +CH3OH I +CH3OH II 2010 November 3
1618 09 23.3-20 08 6.610.3205-0.2585G10.320-0.259
10.320-0.259 40.5;46.443.15.413.2ATCA9.6+H2O +CH3OH I +CH3OH II 2011 August 9
1718 09 00-20 03 39.110.3413-0.1427G10.342-0.142
10.342-0.142 -1.8;65.11010.5191ATCA9.6+H2O +CH3OH I +CH3OH II 2010 November 3
1818 08 44.9-19 54 38.410.4441-0.0183G10.444-0.017
10.444-0.018 65.6;81.271.512.675ATCA9.6+H2O -CH3OH I +CH3OH II +OH -SiO 2010 November 3
1918 08 38.5-19 51 50.110.47290.0261G10.472+0.027
10.472+0.027 18.4;286.887.675.31337.1ATCA9.6+H2O +CH3OH I +CH3OH II +OH 2010 November 3
2018 10 30-19 49 6.110.7241-0.3341G10.724-0.334
10.724-0.334 -25.4;-18.2-21.60.82.4ATCA9.6+H2O +CH3OH I +CH3OH II 2011 August 9
2118 09 50.4-19 37 13.910.8224-0.1027G10.822-0.103
10.822-0.103 61.3;67.663.50.41.7ATCA9.6+H2O -CH3OH I +CH3OH II 2011 August 9
2218 09 7.9-19 27 2410.88510.1226G10.885+0.123
10.886+0.123 11.2;26.813.821.168.9ATCA9.6+H2O -CH3OH I +CH3OH II 2011 August 9
2318 09 39.3-19 26 27.710.95830.0225G10.958+0.022
10.958+0.022 18.5;27.324.45.919.9ATCA9.6+H2O -CH3OH I +CH3OH II 2010 November 3
2418 09 39.9-19 21 20.211.03420.0618G11.034+0.062
11.034+0.062 5.4;22.717.70.54.7ATCA9.6+H2O -CH3OH I +CH3OH II +OH 2010 November 3
2518 12 23.4-18 22 51.212.1990-0.0335G12.199-0.034
12.199-0.033 44;55.347.40.93.9ATCA12.4+H2O +CH3OH I +CH3OH II 2011 August 10
2618 12 39.8-18 24 1812.2089-0.1017G12.209-0.106
12.209-0.102 -13.4;41.72241.31170.7ATCA9.6+H2O +CH3OH I +CH3OH II +OH 2010 November 3
2718 12 35.4-18 19 52.112.2654-0.0510G12.265-0.051
12.265-0.051 56.6;63.459.22.611.7ATCA12.4+H2O -CH3OH I +CH3OH II 2011 August 10
2818 13 54.7-18 01 46.512.6806-0.1823G12.681-0.182
12.681-0.182 45.1;74.259.97022491.9ATCA9.6+H2O +CH3OH I +CH3OH II +OH 2010 November 3
2918 11 51.4-17 31 28.812.88890.4894G12.889+0.490
12.889+0.489 23.9;32.829.912.344.8ATCA9.6+H2O +CH3OH I +CH3OH II +OH 2010 November 3
3018 13 48.3-17 45 39.712.9041-0.0312G12.904-0.031
12.904-0.031 60.7;69.166.213.570.4ATCA12.4+H2O +CH3OH I +CH3OH II 2011 August 10
3118 14 39.5-17 52 1.212.9083-0.2604G12.908-0.260
12.909-0.260 33.3;42.137.54.719.2ATCA9.6+H2O +CH3OH I +CH3OH II +OH 2010 November 3
3218 17 24.3-17 22 12.613.6566-0.5992G13.657-0.600
13.657-0.599 34.5;55.647.710.195ATCA12.4+H2O +CH3OH I +CH3OH II +OH 2011 August 10
3318 15 45.8-16 39 9.314.10140.0871G14.101+0.087
14.101+0.087 -1.5;10.68.514.543.7ATCA12.4+H2O -CH3OH I +CH3OH II 2011 August 10
3418 17 1.1-16 14 39.114.60390.0165G14.605+0.016
14.604+0.017 16;35.327.48.286.9ATCA12.4+H2O +CH3OH I +CH3OH II +OH 2011 August 10
3518 17 20.8-15 43 45.715.09440.1915G15.094+0.192
15.094+0.192 -14.6;3228.313.299.9ATCA12.4+H2O +CH3OH I +CH3OH II 2011 August 10
3618 20 59.8-15 33 9.915.6654-0.4991G15.665-0.499
15.665-0.499 -9.3;-1.3-6.811.358.9ATCA9.6+H2O +CH3OH I +CH3OH II +OH 2010 November 2
3718 21 9.2-14 31 4916.5852-0.0509G16.586-0.051
16.585-0.051 54;72.164.626.7196.2ATCA9.6+H2O +CH3OH I +CH3OH II +OH 2010 November 3
3818 21 9.5-14 15 8.816.83100.0786G16.831+0.079
16.831+0.079 38.1;84.541.11.213.2ATCA9.6+H2O -CH3OH I +CH3OH II 2010 November 2
3918 29 24.4-15 16 4.516.8637-2.1586G16.868-2.158
16.864-2.159 -12.4;25.46.16.840.3ATCA9.6+H2O +CH3OH I +CH3OH II 2010 November 2
4018 30 36.3-15 14 28.117.0212-2.4027G17.016-2.399
17.021-2.403 15.2;27.421.15.325.3ATCA9.6+H2O +CH3OH I +CH3OH II 2010 November 2
4118 22 26.5-13 30 11.617.63860.1562G17.638+0.157
17.638+0.157 12.9;29.319.77.455.5ATCA9.6+H2O -CH3OH I +CH3OH II +OH -SiO 2010 November 3
4218 17 58.2-12 07 25.218.34141.7679G18.340+1.772
18.341 +1.768 5.7;16.313.40.911.4ATCA9.6+H2O +CH3OH I +CH3OH II 2010 November 2
4318 24 51.1-12 39 21.918.66200.0345G18.666+0.029
18.661+0.034 21;86.378.41.316.7ATCA9.6+H2O +CH3OH I +CH3OH II +OH 2010 November 2
4418 25 56.5-12 42 4818.7355-0.2271G18.734-0.225
18.735-0.227 18.9;52.633.754.4590ATCA9.6+H2O -CH3OH I +CH3OH II +OH 2010 November 2
4518 26 29.3-12 29 7.818.9993-0.2391G18.999-0.239
18.999-0.239 -27;4.9-11.95.676.4ATCA9.6+H2O +CH3OH II 2010 November 2
4618 25 44.8-12 22 45.419.0088-0.0293G19.009-0.029
19.009-0.029 65.3;68.267.40.52.4ATCA9.6+H2O +CH3OH I +CH3OH II +OH 2010 November 2
4718 24 52.4-11 58 2819.26700.3486G19.267+0.349
19.267+0.349 13.6;31.327.27.537.9ATCA9.6+H2O +CH3OH II 2010 November 2
4818 25 54.7-11 52 33.919.47260.1699G19.485+0.151
19.472+0.170 -84.9;25.821.69.272.3ATCA9.6+H2O +CH3OH I +CH3OH II +OH 2010 November 2
4918 26 0.4-11 52 2219.48650.1508G19.485+0.151
19.486+0.151 22.2;29.3262.710.2ATCA9.6+H2O +CH3OH I +CH3OH II +OH 2010 November 2
5018 26 9.3-11 52 51.719.49600.1150G19.485+0.151
19.496+0.115 107.3;128.81250.96.9ATCA9.6+H2O +CH3OH I +CH3OH II +OH 2010 November 2
5118 27 38.1-11 56 37.219.6092-0.2345G19.609-0.234
19.609-0.234 20.1;69.842.569.71321.7ATCA9.6+H2O +CH3OH I +CH3OH II +OH 2010 November 3
5218 27 16.6-11 53 37.819.6125-0.1337G19.612-0.134
19.612-0.134 53.8;58.556.81.76ATCA9.6+H2O -CH3OH I +CH3OH II +OH 2010 November 2
5318 26 45.2-11 49 31.919.61340.0111G19.614+0.011
19.614+0.011 32.1;36.735.12.78.6ATCA9.6+H2O +CH3OH II 2010 November 2
5418 27 55.5-11 52 40.319.7004-0.2667G19.701-0.267
19.701-0.267 36.2;58.942.11.614.1ATCA9.6+H2O +CH3OH I +CH3OH II 2010 November 2
5518 29 14.4-11 50 22.719.8837-0.5339G19.884-0.535
19.884-0.534 0.7;49.644.121.7178.4ATCA9.6+H2O +CH3OH I +CH3OH II 2010 November 2
×

Non-detection table from Titmarsh et al. (2014)

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ID Obs. RA Obs. Dec l b Group id Source name Telescope RMS Beam Detection Date
(J2000) (J2000) (deg.) (deg.) (Jy) (arcsec) Yes/No
118 00 15.8-23 28 43.86.3681-0.0519G6.368-0.051
6.368-0.052 ATCA0.0409.6-H2O +CH3OH I +CH3OH II 2011 August 9
218 00 50.9-23 21 29.86.5394-0.1086G6.551-0.098
6.539-0.108 ATCA0.0509.6+H2O +CH3OH I +CH3OH II 2011 August 9
318 00 49.4-22 57 42.66.88080.0930G6.881+0.093
6.881+0.093 ATCA0.0509.6-H2O +CH3OH II 2011 August 9
418 06 23.5-21 37 10.28.6831-0.3682G8.669-0.357
8.683-0.368 ATCA0.0509.6+H2O +CH3OH I +CH3OH II +OH 2011 August 9
518 07 15.3-21 30 53.78.8722-0.4925G8.872-0.493
8.872-0.493 ATCA0.0459.6-H2O -CH3OH I +CH3OH II -SiO 2011 August 9
618 06 14.9-20 31 44.39.61860.1933G9.621+0.195
9.619+0.193 ATCA0.0509.6+H2O +CH3OH I +CH3OH II +OH 2011 August 9
718 09 28.4-20 16 42.510.2048-0.3454G10.205-0.345
10.205-0.345 ATCA0.0409.6-H2O +CH3OH I +CH3OH II 2011 August 9
818 08 55.5-20 05 57.510.2992-0.1461G10.301-0.148
10.299-0.146 ATCA0.0509.6+H2O +CH3OH I +CH3OH II 2011 August 9
918 09 1.5-20 05 7.810.3227-0.1599G10.301-0.148
10.323-0.160 ATCA0.0759.6+H2O +CH3OH I +CH3OH II 2010 November 3
1018 09 3.1-20 03 2.210.3562-0.1485G10.342-0.142
10.356-0.148 ATCA0.0509.6+H2O +CH3OH I +CH3OH II 2011 August 9
1118 08 37.9-19 51 16.110.47990.0329G10.472+0.027
10.480+0.033 ATCA0.0759.6+H2O +CH3OH I +CH3OH II +OH 2010 November 3
1218 10 29.2-19 55 41.110.6265-0.3843G10.623-0.384
10.627-0.384 ATCA0.0509.6+H2O +CH3OH I +CH3OH II +OH 2011 August 9
1318 10 18-19 54 4.810.6288-0.3330G10.629-0.333
10.629-0.333 ATCA0.0409.6-H2O -CH3OH I +CH3OH II 2011 August 9
1418 10 28.2-19 22 29.111.1092-0.1139G11.109-0.114
11.109-0.114 ATCA0.0359.6-H2O -CH3OH I +CH3OH II 2011 August 9
1518 16 22.1-19 41 27.111.4974-1.4852G11.499-1.485
11.497-1.485 ATCA0.0759.6+H2O -CH3OH I +CH3OH II 2010 November 3
1618 12 2.7-18 40 24.711.9031-0.1023G11.903-0.102
11.903-0.102 ATCA0.0509.6-H2O -CH3OH I +CH3OH II 2011 August 9
1718 12 11.4-18 41 28.611.9040-0.1409G11.904-0.141
11.904-0.141 ATCA0.0759.6+H2O -CH3OH I +CH3OH II +OH 2010 November 3
1818 12 17.3-18 40 2.611.9361-0.1499G11.936-0.150
11.936-0.150 ATCA0.15012.4+H2O +CH3OH I +CH3OH II 2011 August 10
1918 14 0.9-18 53 26.611.9360-0.6156G11.937-0.616
11.936-0.616 ATCA0.15012.4+H2O +CH3OH I +CH3OH II 2011 August 10
2018 12 51.2-18 40 38.411.9917-0.2720G11.992-0.272
11.992-0.272 ATCA0.15012.4+H2O +CH3OH II 2011 August 10
2118 12 1.9-18 31 55.712.0255-0.0316G12.025-0.031
12.025-0.031 ATCA0.12512.4-H2O -CH3OH I +CH3OH II +OH 2011 August 10
2218 12 33.4-18 30 7.612.1116-0.1263G12.112-0.126
12.112-0.126 ATCA0.15012.4-H2O +CH3OH I +CH3OH II 2011 August 10
2318 12 41-18 26 21.912.1811-0.1225G12.209-0.106
12.181-0.123 ATCA0.15012.4+H2O +CH3OH I +CH3OH II +OH 2011 August 10
2418 12 42.9-18 25 11.812.2017-0.1198G12.209-0.106
12.202-0.120 ATCA0.0559.6+H2O +CH3OH I +CH3OH II +OH 2010 November 3
2518 12 40.2-18 24 47.512.2025-0.1072G12.209-0.106
12.203-0.107 ATCA0.0559.6+H2O +CH3OH I +CH3OH II +OH 2010 November 3
2618 12 52-18 04 13.612.52570.0163G12.526+0.016
12.526+0.016 ATCA0.15012.4-H2O +CH3OH II 2011 August 10
2718 13 11.3-17 59 57.612.6247-0.0167G12.627-0.016
12.625-0.017 ATCA0.10012.4-H2O +CH3OH I +CH3OH II 2011 August 10
2818 12 57.6-17 47 49.212.77620.1280G12.776+0.128
12.776+0.128 ATCA0.15012.4-H2O +CH3OH II 2011 August 10
2918 14 01-17 28 32.513.17890.0609G13.179+0.060
13.179+0.061 ATCA0.15012.4+H2O +CH3OH I +CH3OH II 2011 August 10
3018 15 51.1-17 07 29.613.6962-0.1565G13.696-0.156
13.696-0.156 ATCA0.14012.4-H2O +CH3OH II 2011 August 10
3118 15 37-17 04 31.813.7129-0.0836G13.713-0.084
13.713-0.083 ATCA0.10012.4-H2O -CH3OH I +CH3OH II 2011 August 10
3218 18 12.6-16 49 22.814.2297-0.5093G14.230-0.509
14.230-0.509 ATCA0.12012.4+H2O +CH3OH I +CH3OH II 2011 August 10
3318 16 43.8-16 27 0114.3896-0.0204G14.390-0.020
14.390-0.020 ATCA0.10012.4-H2O +CH3OH II +OH 2011 August 10
3418 17 18.8-16 27 57.514.4422-0.1509G14.442-0.151
14.457-0.143 ATCA0.11012.4-H2O +CH3OH II 2011 August 10
3518 16 48.1-16 20 4514.48970.0141G14.490+0.014
14.490+0.014 ATCA0.11012.4-H2O -CH3OH I +CH3OH II 2011 August 10
3618 16 20.7-16 15 5.514.52050.1554G14.521+0.155
14.521+0.155 ATCA0.11512.4-H2O +CH3OH II +OH 2011 August 10
3718 19 15.2-16 30 4.514.6314-0.5772G14.631-0.577
14.631-0.577 ATCA0.15012.4+H2O +CH3OH I +CH3OH II 2011 August 10
3818 18 17.3-15 58 8.314.9908-0.1213G14.991-0.121
14.991-0.121 ATCA0.14012.4-H2O +CH3OH II 2011 August 10
3918 20 24.8-16 11 34.615.0346-0.6770G15.034-0.677
15.034-0.677 ATCA0.15012.4+H2O +CH3OH I +CH3OH II +OH 2011 August 10
4018 19 59.3-15 29 22.815.6065-0.2552G15.607-0.255
15.607-0.255 ATCA0.16012.4-H2O +CH3OH II 2011 August 10
4118 21 9.1-15 04 0.616.1117-0.3033G16.117-0.291
16.112-0.303 ATCA0.0609.6+H2O -CH3OH I +CH3OH II +OH +SiO 2010 November 2
4218 21 7.8-14 50 54.616.3019-0.1959G16.302-0.196
16.302-0.196 ATCA0.0459.6-H2O +CH3OH II 2010 November 2
4318 21 16.4-14 45 0916.4029-0.1813G16.403-0.181
16.403-0.181 ATCA0.0559.6-H2O +CH3OH II 2010 November 2
4418 22 19.5-14 35 39.116.6622-0.3313G16.662-0.331
16.662-0.331 ATCA0.0709.6-H2O +CH3OH II 2010 November 2
4518 19 9.6-13 57 57.516.85500.6411G16.855+0.641
16.855+0.641 ATCA0.0809.6-H2O +CH3OH II 2010 November 2
4618 21 44.7-14 09 48.516.9764-0.0049G16.976-0.005
16.976-0.005 ATCA0.0609.6-H2O +CH3OH II 2010 November 2
4718 22 5.2-14 08 5117.0294-0.0705G17.029-0.071
17.029-0.071 ATCA0.0659.6-H2O -CH3OH I +CH3OH II +OH 2010 November 2
4818 23 10.1-13 20 40.817.86160.0745G17.862+0.074
17.862+0.074 ATCA0.0509.6-H2O -CH3OH I +CH3OH II 2010 November 2
4918 23 34-13 09 2518.07280.0768G18.073+0.077
18.073+0.077 ATCA0.0709.6-H2O +CH3OH II 2010 November 2
5018 23 40.2-13 04 2118.15920.0942G18.159+0.094
18.159+0.094 ATCA0.0509.6-H2O +CH3OH II 2010 November 2
5118 25 5.7-13 08 23.218.2621-0.2439G18.262-0.244
18.262-0.244 ATCA0.0759.6-H2O +CH3OH I +CH3OH II +OH 2010 November 2
5218 24 23.3-12 50 52.118.43970.0447G18.440+0.045
18.440+0.045 ATCA0.0709.6-H2O +CH3OH II 2010 November 2
5318 24 36.3-12 51 8.618.4604-0.0041G18.460-0.004
18.460-0.004 ATCA0.0459.6-H2O -CH3OH I +CH3OH II +OH 2010 November 2
5418 24 53.8-12 39 20.418.66750.0250G18.666+0.029
18.667+0.025 ATCA0.0459.6+H2O +CH3OH I +CH3OH II +OH 2010 November 2
5518 25 55.5-12 42 48.918.7334-0.2238G18.734-0.225
18.733-0.224 ATCA0.0809.6+H2O -CH3OH I +CH3OH II +OH 2010 November 2
5618 26 23.7-12 39 3818.8338-0.3005G18.835-0.300
18.834-0.300 ATCA0.0609.6-H2O -CH3OH I +CH3OH II +OH 2010 November 2
5718 25 11.3-12 27 36.818.87350.0534G18.874+0.053
18.874+0.053 ATCA0.0609.6-H2O -CH3OH I +CH3OH II 2010 November 2
5818 27 7.8-12 41 35.918.8883-0.4743G18.888-0.475
18.888-0.475 ATCA0.0809.6+H2O +CH3OH I +CH3OH II 2010 November 2
5918 25 08-12 01 42.219.24910.2671G19.249+0.267
19.249+0.267 ATCA0.0809.6-H2O -CH3OH I +CH3OH II 2010 November 2
6018 26 25.8-12 03 5219.3651-0.0301G19.364-0.030
19.365-0.030 ATCA0.0759.6+H2O +CH3OH I +CH3OH II +OH 2010 November 2
6118 25 54.5-11 52 36.519.47160.1702G19.485+0.151
19.472+0.170 ATCA0.0609.6+H2O +CH3OH I +CH3OH II +OH 2010 November 2
6218 27 13.5-11 53 15.719.6121-0.1198G19.612-0.134
19.612-0.120 ATCA0.0759.6+H2O -CH3OH I +CH3OH II +OH 2010 November 2
6318 26 29-11 43 48.919.66690.1141G19.667+0.114
19.667+0.114 ATCA0.0509.6-H2O +CH3OH II 2010 November 2
6418 27 31.7-11 45 5519.7550-0.1285G19.755-0.128
19.755-0.128 ATCA0.0809.6-H2O +CH3OH I +CH3OH II 2010 November 2
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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 TIT14

    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 TIT14 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