Title: The Arecibo HII Region Discovery Survey Authors: Bania T.M., Anderson L.D., Balser D.S. Table: Arecibo HRDS Sources ================================================================================ Byte-by-byte Description of file: datafile.txt -------------------------------------------------------------------------------- Bytes Format Units Label Explanations -------------------------------------------------------------------------------- 1- 14 A14 --- Name Source Name 16- 21 F6.3 deg GLON Galactic longitude 23- 28 F6.3 deg GLAT Galactic latitude 30- 31 I2 h RAh Right Ascension J2000 hours 33- 34 I2 min RAm Right Ascension J2000 minutes 36- 39 F4.1 s RAs Right Ascension J2000 seconds 41- 41 A1 --- DE- Declination J2000 sign 43- 44 I2 deg DEd Declination J2000 degrees 46- 47 I2 arcmin DEm Declination J2000 minutes 49- 50 I2 arcsec DEs Declination J2000 seconds 52- 55 A4 km/s CS ? CS velocity (2) 57- 65 A9 --- Morphology Classification (3) -------------------------------------------------------------------------------- Note (1): Bronfman, Nyman, and May (1996). Note (2): of source structure as seen in Spitzer GLIMPSE 8 micron emission. We list in parenthesis the bubble identification name for sources in the Churchwell et al. (2006, 2007) IR bubble catalogs (see Section 4.5). B = Bubble: 8 micron emission surrounding 24 micron and radio continuum emission; BB = Bipolar Bubble: two bubbles connected by a region of strong IR and radio continuum emission; PB = Partial Bubble: similar to "B" but not complete; IB = Irregular Bubble: similar to "B" but with less well-defined structure; C = Compact: resolved 8 micron emission with no hole in the center; PS = Point Source: unresolved 8 micron emission; I = Irregular: complex morphology not easily classified -------------------------------------------------------------------------------- G034.591+0.244 34.591 0.244 18 53 35.9 + 1 35 17 C G035.099-0.243 35.099 -0.243 18 56 15.5 + 1 49 4 C G036.347+0.048 36.347 0.048 18 57 30.0 + 3 3 39 I G036.996-0.231 36.996 -0.231 18 59 41.1 + 3 30 39 C G037.468-0.105 37.468 -0.105 19 0 5.9 + 3 59 19 C G037.498+0.530 37.498 0.530 18 57 53.4 + 4 18 17 C G038.353-0.134 38.353 -0.134 19 1 49.7 + 4 45 43 ND B (N72) G039.195+0.226 39.195 0.226 19 2 5.6 + 5 40 31 2.6 C G039.672-0.458 39.672 -0.458 19 5 24.7 + 5 47 9 ND C G041.132+0.128 41.132 0.128 19 6 1.0 + 7 21 5 PB G041.132-0.558 41.132 -0.558 19 8 28.4 + 7 2 11 B G041.659-0.019 41.659 -0.019 19 7 31.5 + 7 45 7 IB G041.721-0.006 41.721 -0.006 19 7 35.2 + 7 48 45 I G041.881+0.493 41.881 0.493 19 6 5.7 + 8 11 4 C G043.096-0.503 43.096 -0.503 19 11 56.3 + 8 48 11 I G043.738+0.114 43.738 0.114 19 10 55.5 + 9 39 27 B (N89) G045.039-0.643 45.039 -0.643 19 16 6.0 + 10 27 35 I G045.685-0.236 45.685 -0.236 19 15 51.7 + 11 13 12 IB G045.770-0.372 45.770 -0.372 19 16 30.7 + 11 13 55 B G046.017+0.264 46.017 0.264 19 14 41.0 + 11 44 50 PS G046.087+0.254 46.087 0.254 19 14 51.2 + 11 48 15 C G046.176+0.536 46.176 0.536 19 13 60.0 + 12 0 50 B G046.203+0.535 46.203 0.535 19 14 3.5 + 12 2 13 IB G046.213+0.548 46.213 0.548 19 14 1.7 + 12 3 10 IB G047.094+0.492 47.094 0.492 19 15 54.6 + 12 48 24 ND B G047.100+0.480 47.100 0.480 19 15 57.8 + 12 48 21 ND C G049.738-0.616 49.738 -0.616 19 25 3.0 + 14 37 11 B G050.039-0.274 50.039 -0.274 19 24 23.5 + 15 2 49 B (N104) G050.489+0.993 50.489 0.993 19 20 38.2 + 16 2 29 BB G050.785+0.168 50.785 0.168 19 24 14.6 + 15 54 48 B (N106) G051.402-0.890 51.402 -0.890 19 29 20.1 + 15 57 7 B G052.201+0.752 52.201 0.752 19 24 53.7 + 17 26 15 B G052.259+0.700 52.259 0.700 19 25 12.1 + 17 27 48 B G052.397-0.580 52.397 -0.580 19 30 11.5 + 16 58 27 IB G055.159-0.298 55.159 -0.298 19 34 45.7 + 19 31 46 41.1 C G059.603+0.911 59.603 0.911 19 39 34.8 + 23 59 47 36.9 B G063.137+0.252 63.137 0.252 19 49 56.0 + 26 43 39 IB