J/A+A//	Cold gas properties of the Herschel Reference Survey. I. 12CO(1-0) and HI data
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Boselli A., Cortese L., Boquien M.
<Astron. Astrophys. (2014)>

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ADC_Keywards: Galaxies: ISM; Galaxies: general; Galaxies: spirals; Radio lines: galaxies

Abstract:
    We present new $^{12}$CO(1-0) observations of 59 late-type galaxies belonging to the 
    Herschel Reference Survey (HRS), a complete K-band-selected, volume-limited 
   (15<=D<= 25 Mpc) sample of nearby galaxies spanning a wide range in morphological type 
   and luminosity. We studied different recipes to correct single-beam observations of 
   nearby galaxies of different sizes and inclinations for aperture effects. This was 
   done by comparing single-beam and multiple-beam observations along the major axis, 
   which were corrected for aperture effects using different empirical or analytical 
   prescriptions, to integrated maps of several nearby galaxies, including edge-on 
   systems observed by different surveys. The resulting recipe is an analytical function 
   determined by assuming that late-type galaxies are 3D exponentially declining discs 
   with a characteristic scale length r_CO = 0.2 r_24.5, where r_24.5 is the optical, 
   g- (or B-) band isophotal radius at the 24.5 mag arcsec^-2 (25 mag arcsec^-2), as 
   well as a scale height z_CO = 1/100 r_24.5. 
   Our new CO data are then combined with those available in the literature to produce 
   the most updated catalogue of CO observations for the HRS, now including 225 out of 
   the 322 galaxies of the complete sample. The 3D exponential disc integration is applied 
   to all the galaxies of the sample to measure their total CO fluxes, which are later 
   transformed into molecular gas masses using a constant and a luminosity-dependent 
   X_CO conversion factor. We also collect HI data for 315 HRS galaxies from the literature 
   and present it in a homogenised form.

Description:
   12CO(1-0) and HI data for galaxies of the Herschel Reference Sample (Boselli et al. 2010, 
   PASP, 122, 261). The data are either collected in the literature, or taken from our own
   observations done with the 12m Keat Peak radio telescope.
   
File Summary:
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FileName           Lrecl        Records      Explanations
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ReadMe              90                       This file
Table1.tab         170          323          The sample
Table2.tab         110           91          The 12CO(1-0)observations
Table10.tab        190          344          12CO(1-0) central beam data
Table11.tab        130          323          The final molecular gas data
Table12.tab        110          323          The HI data
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See also:
    Boselli et al. 2010, PASP, 122, 261
    
Byte-by-byte Description of the file: Table1.tab
------------------------------------------------------------------------------------------
  Bytes   Format    Units             Label       Explanations
------------------------------------------------------------------------------------------
  1-  8   I8        -                 HRS         HRS name
 11- 19   I9        -                 CGCG        CGCG name
 23- 29   I7        -                 VCC         VCC name
 33- 39   I7        -                 UGC         UGC name
 43- 49   A7        -                 NGC         NGC name
 53- 59   I7        -                 IC          IC name
 60- 69   F10      hmins              RA          Right Ascension (J2000.0)
 70- 79   A10      o'"                Dec         Declination (J2000.0)
 80-100   A21       -                 Type        Morphological type
103-109   F7       Mpc                Dist        Distance 
110-116   F7       mag                Ks_tot      K-band magnitude
120-126   F7       arcmin             D_24.5(g)   g-band diameter
128-135   F8       deg                incl        Inclination
137-142   I6       km/s               vel         Recessional velocity
143-160   A18       -                 Memb        Membership
162-165   I4        -                 HI          HI code(1=available,0=non available data)
168-170   I3        -                 CO          CO code(1=available,0=non available data)
------------------------------------------------------------------------------------------

Byte-by-byte Description of the file: Table2.tab
------------------------------------------------------------------------------------------
  Bytes   Format    Units             Label       Explanations
------------------------------------------------------------------------------------------
  3-  8   A6        -                 HRS         HRS name
 10- 15   A6        arcsec            D(x)        RA offset
 20- 28   A9        arcsec            D(y)        Dec offset
 29- 31   I3        -                 sgn         Code for detection (1) and undetection (0)
 35- 39   I5        -                 Run         Observing run
 40- 47   F8        mK                rms         rms in T_R* scale
 52- 58   I7        -                 N.scan      Number of 6-min scans (ON+OFF)
 61- 69   F9        Kkm/s             I(CO)       Intensity of the CO line in T_R* scale
 73- 80   F8        Kkm/s             DI(CO)      Uncertainty on the CO line in T_R* scale
 81- 88   A8        km/s              vel         Recessional velocity
 90- 98   A9        km/s              WCO         Width of the CO line
 99-110   A12       K                 PeakT       Temperature of the peak emission
 ------------------------------------------------------------------------------------------

Byte-by-byte Description of the file: Table10.tab
------------------------------------------------------------------------------------------
  Bytes   Format    Units             Label       Explanations
------------------------------------------------------------------------------------------
  9- 13   I5        -                 HRS         HRS name
 17- 27   A11       -                 Tel         Telescope
 33- 37   I5        -                 N.beam      Number of available beam
 45- 50   I6        arcsec            theta       Beam FWHM
 56- 60   I5        -                 sgn         Code for detection (1) and undetection (0)
 64- 75   F12       K km/s            I(CO)       Intensity of the CO line in T_R* scale
 78- 87   F10       mK                rms         rms in T_R* scale
 93-100   F8        km/s              dvel        Velocity resolution
106-116   A11       -                 Tscale      Temperature scale
119-126   I8        -                 Ref         Reference code (see below)
130-140   F11       Jy/K              Jy/K        Calibration constant
142-155   F14       Jykm/s            SCO(CB)     Intensity of the CO line
157-166   F10       -                 ff          Filling factor of the beam
176-179   I4        -                 flag        Flag: 1=used, 0=dropped
181-190   I10       -                 Notes       Notes:1=assumed T_R*,2=transformed from the
						  orginal Table in this scale, 3=unknown beam
						  size
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References to Table10.tab:

   1: Young et al. (1995), ApJS, 98, 219       
   2: Stark et al. (1986), ApJ, 310, 660       
   3: Thronson et al. (1989), ApJ, 344, 747    
   4: Sage \& Wrobel (1989), ApJ, 344, 204
   5: This work,		  
   6: Elfhag et al. (1996), A&AS, 115, 439	
   7: Albrecht et al. (2007), A&A, 462, 575
   8: Sauty et al. (2003), A&A, 411, 381      
   9: Gondhalekar et al. (1998), A&A, 335, 152
  10: Boselli et al. (1995), A&AS, 10, 521
  11: Welch \& Sage (2003), ApJ, 584, 260
  12: Smith \& Madden (1997), AJ,, 114, 138
  13: Sage (1993), A&A, 272, 123
  14: Boselli et al. (2002), A&A, 384, 33  
  15: Leroy et al. (2005), ApJ, 625, 763
  16: Bregman \& Hogg (1988), AJ, 96, 455
  17: B\"oker et al. (2003), A&A,406, 87
  18: Jaffe (1987), A&A, 171, 378
  19: Sage et al. (2007), ApJ, 657, 232 
  20: Kenney, private communication, 
  21: Jackson et al. (1989), ApJ, 337, 680
  22: Braine et al. (1993), A&AS, 97, 887
  23: Young et al. (2011), MNRAS, 414, 940
  24: Combes et al. (2007), MNRAS, 377, 1795
  25: Wiklind et al. (1995), A&A, 297, 643




Byte-by-byte Description of the file: Table11.tab
------------------------------------------------------------------------------------------
  Bytes   Format    Units             Label       Explanations
------------------------------------------------------------------------------------------
  8- 13   I6        -                 HRS         HRS name
 23- 26	  I4        -                 sgn         Code for detection (1) and undetection (0)
 30- 41   F12       Jykm/s            SCO         Total CO flux
 45- 55   F11       Jykm/s            err         Error on the total CO flux
 58- 66   F9        -                 S/N         Signal to noise
 70- 80   A11       -                 ff          Filling factor
 83- 91   F9        Mo                logM(H2)c   Logarithm of the molecular gas mass 
 						  (determined using a constant X_CO)
 95-105   F11       Mo                logM(H2)v   Logarithm of the molecular gas mass 
 						  (determined using a lum.dep. X_CO)
110-125   I16       -                 Ref         References to teh CO data
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References to Table11.tab:

   1: Young et al. (1995), ApJS, 98, 219       
   2: Stark et al. (1986), ApJ, 310, 660       
   3: Thronson et al. (1989), ApJ, 344, 747    
   4: Sage \& Wrobel (1989), ApJ, 344, 204
   5: This work,		  
   6: Elfhag et al. (1996), A&AS, 115, 439	
   7: Albrecht et al. (2007), A&A, 462, 575
   8: Sauty et al. (2003), A&A, 411, 381      
   9: Gondhalekar et al. (1998), A&A, 335, 152
  10: Boselli et al. (1995), A&AS, 10, 521
  11: Welch \& Sage (2003), ApJ, 584, 260
  12: Smith \& Madden (1997), AJ,, 114, 138
  13: Sage (1993), A&A, 272, 123
  14: Boselli et al. (2002), A&A, 384, 33  
  15: Leroy et al. (2005), ApJ, 625, 763
  16: Bregman \& Hogg (1988), AJ, 96, 455
  17: B\"oker et al. (2003), A&A,406, 87
  18: Jaffe (1987), A&A, 171, 378
  19: Sage et al. (2007), ApJ, 657, 232 
  20: Kenney, private communication, 
  21: Jackson et al. (1989), ApJ, 337, 680
  22: Braine et al. (1993), A&AS, 97, 887
  23: Young et al. (2011), MNRAS, 414, 940
  24: Combes et al. (2007), MNRAS, 377, 1795
  25: Wiklind et al. (1995), A&A, 297, 643
  26: Kuno et al. (2007), PASJ, 59, 117
  27: Chung et al. (2009a, ApJS, 184, 199
  28: Neininger et al. (1996), A&A, 310, 725



Byte-by-byte Description of the file: Table12.tab
------------------------------------------------------------------------------------------
  Bytes   Format    Units             Label       Explanations
------------------------------------------------------------------------------------------
  8- 13   I6        -                 HRS         HRS name
 23- 26	  I4        -                 sgn         Code for detection (1) and undetection (0)
 30- 38   F9        mJy               rms         Rms
 43- 53   F11       Jy km/s           SHI         Total HI flux
 58- 68   F11       Mo                logM(HI)    Logarithm of the HI mass
 70- 80   I11       km/s              WHI         Width of the HI line
 81- 90   F10       -                 HI-def      HI-deficiency parameter
 91-100   A10       -                 flag        Flag to the HI data
101-110   A10       -                 Ref         Reference to the HI data
------------------------------------------------------------------------------------------

References to Table12.tab:
  1: Haynes et al. (2011), AJ, 142, 170
  2: Springob et al. (2005), ApJS, 160, 149
  3: Chamaraux et al. (1987), A&AS, 69, 263
  4: Davis \& Seaquist (1983), ApJ, 53, 269
  5: Bicay \& Giovanelli (1987), AJ, 93, 1326
  6: Peterson (1979), ApJS, 40, 527
  7: Helou et al. (1982), AJ, 87 1443
  8: Bicay \& Giovanelli (1986), AJ, 91, 732
  9: Lake \& Schommer (1984), ApJ, 280, 107
 10: Staveley-Smith \& Davies (1988), MNRAS, 231, 833
 11: Krumm \& Salpeter (1979), ApJ, 227, 776
 12: Helou et al. (1981), ApJS, 46, 267
 13: O'Neil (2004), AJ, 128, 2080
 14: Schneider et al. (1992), ApJS, 81, 5
 15  Noordermeer et al. (2005), A&A, 442, 137
 16: Courtois et al. (2009), AJ, 138, 1938
 17: Richter \& Huchtmeier (1987), A&AS, 68, 427
 18: Huchtmeier \& Seiradakis (1985), A&A, 143, 216
 19: Huchtmeier et al. (2005), A&A, 434, 887
 20: Helou et al. (1984), ApJS, 55, 433
 21: Lu et al. (1993), ApJS, 88, 383
 22: Bottinelli et al. (1982), A&AS, 47, 171
 23: Giovanardi et al. (1983a), AJ, 88, 1719
 24: Wardle \& Knapp (1986), AJ, 91, 23
 25: van Driel et al. (2000), A&AS, 144, 463
 26: Hoffman et al. (1989), ApJS, 69, 65
 27: Taylor et al. (2012), MNRAS, 423, 787
 28: Fisher \& Tully (1981), ApJS, 47, 139
 29: Bottinelli et al. (1990), A&AS, 82, 391
 30: Magri (1994), AJ, 108, 896
 31: Hoffman et al. (1987), ApJS, 63, 247
 32: Haynes \& Giovanelli (1986), ApJ, 306, 466
 33: Wong et al. (2006), MNRAS, 371, 1855
 34: Chung et al. (2009b), AJ, 138, 1741
 35: Koribalski et al. (2004), AJ, 128, 16
 36: Giovanardi et al. (1983b), ApJ, 267, 35
 37: Haynes et al. (2000), AJ, 120, 703
 38: Gavazzi et al. (2005), A&A, 429, 439
 39: Theureau et al. (1998), A&AS, 130, 333
 40: Haynes \& Gioanelli (1991), ApJS, 77, 331
 41: de Vaucouleurs et al. (1991), RC3
 42: Lewis (1987), ApJS, 63, 515
 43: Huchtmeier \& Richter (1989),  HI reference catalogue
 44: Smoker et al. (2000), A&A, 361, 19
