Summary of FITS file J/A+A/600/A2/fits/W49.fits:
--- fits/W49.fits ⇩Download⇩ file
ext xtension bpx (dim) x2880 extname
000 main 64 (1) 2b [0]
001 BINTABLE 8 (8468x7/2f) 24b T_VLA_OBS_p1 [0/8467(1)] [0/6(1)]
002 BINTABLE 8 (8468x7/2f) 24b T_GPS_p1 [0/8467(1)] [0/6(1)]
003 BINTABLE 8 (8468x7/2f) 24b T_ON_OBS_p1 [0/8467(1)] [0/6(1)]
004 BINTABLE 8 (8468x7/2f) 24b T_OFF_p1 [0/8467(1)] [0/6(1)]
005 BINTABLE 8 (8x7/2f) 3b T_C_SOU_p1 [0/7(1)] [0/6(1)]
006 BINTABLE 8 (8x7/2f) 3b T_C_BG_p1 [0/7(1)] [0/6(1)]
007 BINTABLE 8 (8468x7/2f) 24b TAU_p1 [0/8467(1)] [0/6(1)]
008 BINTABLE 8 (8468x7/2f) 24b TSPIN_p1 [0/8467(1)] [0/6(1)]
009 BINTABLE 8 (8468x7/2f) 24b NHI_p1 [0/8467(1)] [0/6(1)]
010 BINTABLE 8 (8468x7/2f) 24b NH2_p1 [0/8467(1)] [0/6(1)]
011 BINTABLE 8 (8468x7/2f) 24b F_H2_H_p1 [0/8467(1)] [0/6(1)]
012 BINTABLE 8 (42328x1000/7f) 14703b BAYES_CHAINS_p1 [0/42327(1)] [0/999(1)]
013 BINTABLE 8 (8468x7/2f) 24b T_VLA_OBS_1 [0/8467(1)] [0/6(1)]
014 BINTABLE 8 (8468x7/2f) 24b T_GPS_1 [0/8467(1)] [0/6(1)]
015 BINTABLE 8 (8468x7/2f) 24b T_ON_OBS_1 [0/8467(1)] [0/6(1)]
016 BINTABLE 8 (8468x7/2f) 24b T_OFF_1 [0/8467(1)] [0/6(1)]
017 BINTABLE 8 (8x7/2f) 3b T_C_SOU_1 [0/7(1)] [0/6(1)]
018 BINTABLE 8 (8x7/2f) 3b T_C_BG_1 [0/7(1)] [0/6(1)]
... (etc)
072 BINTABLE 8 (25400x1000/5f) 8824b BAYES_CHAINS_6 [0/25399(1)] [0/999(1)]
The header of the FITS file is listed below,
followed by a sample of values (limited to 1000 lines).
|
#--- fits/W49.fits
#ext xtension bpx (dim) x2880 extname
#-------------------------------------------------------------------------------
#000 main 64 (1) 2b [0]
#-------------------------------------------------------------------------------
SIMPLE = T / conforms to FITS standard
BITPIX = 64 / array data type
NAXIS = 1 / number of array dimensions
NAXIS1 = 1
EXTEND = T
END
END
#001 BINTABLE 8 (8468x7/2f) 24b T_VLA_OBS_p1 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 'p1 ' / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.554167 / Right ascension (J2000) of sight line
DEC2000 = 9.103332999999999 / Declination (J2000) of sight line
GLON = 43.16549821437118 / Galactic longitude of sight line
GLAT = 0.01259518423739885 / Galactic latitude of sight line
T_C_S_O = 1375.920644519627 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 49.66630522432363 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 1.0 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_VLA_OBS_p1'
END
END
#002 BINTABLE 8 (8468x7/2f) 24b T_GPS_p1 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 'p1 ' / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.554167 / Right ascension (J2000) of sight line
DEC2000 = 9.103332999999999 / Declination (J2000) of sight line
GLON = 43.16549821437118 / Galactic longitude of sight line
GLAT = 0.01259518423739885 / Galactic latitude of sight line
T_C_S_O = 1375.920644519627 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 49.66630522432363 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 1.0 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_GPS_p1'
END
END
#003 BINTABLE 8 (8468x7/2f) 24b T_ON_OBS_p1 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 'p1 ' / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.554167 / Right ascension (J2000) of sight line
DEC2000 = 9.103332999999999 / Declination (J2000) of sight line
GLON = 43.16549821437118 / Galactic longitude of sight line
GLAT = 0.01259518423739885 / Galactic latitude of sight line
T_C_S_O = 1375.920644519627 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 49.66630522432363 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 1.0 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_ON_OBS_p1'
END
END
#004 BINTABLE 8 (8468x7/2f) 24b T_OFF_p1 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 'p1 ' / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.554167 / Right ascension (J2000) of sight line
DEC2000 = 9.103332999999999 / Declination (J2000) of sight line
GLON = 43.16549821437118 / Galactic longitude of sight line
GLAT = 0.01259518423739885 / Galactic latitude of sight line
T_C_S_O = 1375.920644519627 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 49.66630522432363 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 1.0 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_OFF_p1'
END
END
#005 BINTABLE 8 (8x7/2f) 3b T_C_SOU_p1 [0/7(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 'p1 ' / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.554167 / Right ascension (J2000) of sight line
DEC2000 = 9.103332999999999 / Declination (J2000) of sight line
GLON = 43.16549821437118 / Galactic longitude of sight line
GLAT = 0.01259518423739885 / Galactic latitude of sight line
T_C_S_O = 1375.920644519627 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 49.66630522432363 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 1.0 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '1E '
EXTNAME = 'T_C_SOU_p1'
END
END
#006 BINTABLE 8 (8x7/2f) 3b T_C_BG_p1 [0/7(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 'p1 ' / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.554167 / Right ascension (J2000) of sight line
DEC2000 = 9.103332999999999 / Declination (J2000) of sight line
GLON = 43.16549821437118 / Galactic longitude of sight line
GLAT = 0.01259518423739885 / Galactic latitude of sight line
T_C_S_O = 1375.920644519627 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 49.66630522432363 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 1.0 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '1E '
EXTNAME = 'T_C_BG_p1'
END
END
#007 BINTABLE 8 (8468x7/2f) 24b TAU_p1 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 'p1 ' / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.554167 / Right ascension (J2000) of sight line
DEC2000 = 9.103332999999999 / Declination (J2000) of sight line
GLON = 43.16549821437118 / Galactic longitude of sight line
GLAT = 0.01259518423739885 / Galactic latitude of sight line
T_C_S_O = 1375.920644519627 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 49.66630522432363 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 1.0 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'TAU_p1 '
END
END
#008 BINTABLE 8 (8468x7/2f) 24b TSPIN_p1 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 'p1 ' / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.554167 / Right ascension (J2000) of sight line
DEC2000 = 9.103332999999999 / Declination (J2000) of sight line
GLON = 43.16549821437118 / Galactic longitude of sight line
GLAT = 0.01259518423739885 / Galactic latitude of sight line
T_C_S_O = 1375.920644519627 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 49.66630522432363 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 1.0 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'TSPIN_p1'
END
END
#009 BINTABLE 8 (8468x7/2f) 24b NHI_p1 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 'p1 ' / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.554167 / Right ascension (J2000) of sight line
DEC2000 = 9.103332999999999 / Declination (J2000) of sight line
GLON = 43.16549821437118 / Galactic longitude of sight line
GLAT = 0.01259518423739885 / Galactic latitude of sight line
T_C_S_O = 1375.920644519627 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 49.66630522432363 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 1.0 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'NHI_p1 '
END
END
#010 BINTABLE 8 (8468x7/2f) 24b NH2_p1 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 'p1 ' / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.554167 / Right ascension (J2000) of sight line
DEC2000 = 9.103332999999999 / Declination (J2000) of sight line
GLON = 43.16549821437118 / Galactic longitude of sight line
GLAT = 0.01259518423739885 / Galactic latitude of sight line
T_C_S_O = 1375.920644519627 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 49.66630522432363 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 1.0 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'NH2_p1 '
END
END
#011 BINTABLE 8 (8468x7/2f) 24b F_H2_H_p1 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 'p1 ' / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.554167 / Right ascension (J2000) of sight line
DEC2000 = 9.103332999999999 / Declination (J2000) of sight line
GLON = 43.16549821437118 / Galactic longitude of sight line
GLAT = 0.01259518423739885 / Galactic latitude of sight line
T_C_S_O = 1375.920644519627 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 49.66630522432363 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 1.0 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'F_H2_H_p1'
END
END
#012 BINTABLE 8 (42328x1000/7f) 14703b BAYES_CHAINS_p1 [0/42327(1)] [0/999(1
)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 42328 / length of dimension 1
NAXIS2 = 1000 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 7 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 'p1 ' / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.554167 / Right ascension (J2000) of sight line
DEC2000 = 9.103332999999999 / Declination (J2000) of sight line
GLON = 43.16549821437118 / Galactic longitude of sight line
GLAT = 0.01259518423739885 / Galactic latitude of sight line
T_C_S_O = 1375.920644519627 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 49.66630522432363 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 1.0 / beam-filling (bf) factor
WCAX1 = 1
RFRQ1 = 1420405751.77
RWAV1 = 0.2110611405413
1CRVL1 = 118981.2622070312
1CRPX1 = 1.0
1CDLT1 = -103.057861328125
1CTYP1 = 'VRAD '
1CUNI1 = 'm/s '
1CNA1 = 'LSRK radio velocity'
SPEC1 = 'LSRK '
SOBS1 = 'LSRK '
VSYS1 = 0.0
SSRC1 = 'LSRK '
ZSOU1 = 0.0
EQUI1 = 2000.0
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
WCAX3 = 1
RFRQ3 = 1420405751.77
RWAV3 = 0.2110611405413
1CRVL3 = 118981.2622070312
1CRPX3 = 1.0
1CDLT3 = -103.057861328125
1CTYP3 = 'VRAD '
1CUNI3 = 'm/s '
1CNA3 = 'LSRK radio velocity'
SPEC3 = 'LSRK '
SOBS3 = 'LSRK '
VSYS3 = 0.0
SSRC3 = 'LSRK '
ZSOU3 = 0.0
EQUI3 = 2000.0
WCAX4 = 1
RFRQ4 = 1420405751.77
RWAV4 = 0.2110611405413
1CRVL4 = 118981.2622070312
1CRPX4 = 1.0
1CDLT4 = -103.057861328125
1CTYP4 = 'VRAD '
1CUNI4 = 'm/s '
1CNA4 = 'LSRK radio velocity'
SPEC4 = 'LSRK '
SOBS4 = 'LSRK '
VSYS4 = 0.0
SSRC4 = 'LSRK '
ZSOU4 = 0.0
EQUI4 = 2000.0
WCAX5 = 1
RFRQ5 = 1420405751.77
RWAV5 = 0.2110611405413
1CRVL5 = 118981.2622070312
1CRPX5 = 1.0
1CDLT5 = -103.057861328125
1CTYP5 = 'VRAD '
1CUNI5 = 'm/s '
1CNA5 = 'LSRK radio velocity'
SPEC5 = 'LSRK '
SOBS5 = 'LSRK '
VSYS5 = 0.0
SSRC5 = 'LSRK '
ZSOU5 = 0.0
EQUI5 = 2000.0
WCAX6 = 1
RFRQ6 = 1420405751.77
RWAV6 = 0.2110611405413
1CRVL6 = 118981.2622070312
1CRPX6 = 1.0
1CDLT6 = -103.057861328125
1CTYP6 = 'VRAD '
1CUNI6 = 'm/s '
1CNA6 = 'LSRK radio velocity'
SPEC6 = 'LSRK '
SOBS6 = 'LSRK '
VSYS6 = 0.0
SSRC6 = 'LSRK '
ZSOU6 = 0.0
EQUI6 = 2000.0
WCAX7 = 1
RFRQ7 = 1420405751.77
RWAV7 = 0.2110611405413
1CRVL7 = 118981.2622070312
1CRPX7 = 1.0
1CDLT7 = -103.057861328125
1CTYP7 = 'VRAD '
1CUNI7 = 'm/s '
1CNA7 = 'LSRK radio velocity'
SPEC7 = 'LSRK '
SOBS7 = 'LSRK '
VSYS7 = 0.0
SSRC7 = 'LSRK '
ZSOU7 = 0.0
EQUI7 = 2000.0
TTYPE1 = 'T_C_SOU '
TFORM1 = '1E '
TTYPE2 = 'T_C_BG '
TFORM2 = '1E '
TTYPE3 = 'TAU '
TFORM3 = '2116E '
TTYPE4 = 'TSPIN '
TFORM4 = '2116E '
TTYPE5 = 'NHI '
TFORM5 = '2116E '
TTYPE6 = 'NH2 '
TFORM6 = '2116E '
TTYPE7 = 'F_H2_H '
TFORM7 = '2116E '
EXTNAME = 'BAYES_CHAINS_p1'
END
END
#013 BINTABLE 8 (8468x7/2f) 24b T_VLA_OBS_1 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 1 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.598886 / Right ascension (J2000) of sight line
DEC2000 = 9.099997399999999 / Declination (J2000) of sight line
GLON = 43.18293178416898 / Galactic longitude of sight line
GLAT = -0.02811040534919382 / Galactic latitude of sight line
T_C_S_O = 797.9363401373195 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 77.01637211764586 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.5600000000000001 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_VLA_OBS_1'
END
END
#014 BINTABLE 8 (8468x7/2f) 24b T_GPS_1 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 1 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.598886 / Right ascension (J2000) of sight line
DEC2000 = 9.099997399999999 / Declination (J2000) of sight line
GLON = 43.18293178416898 / Galactic longitude of sight line
GLAT = -0.02811040534919382 / Galactic latitude of sight line
T_C_S_O = 797.9363401373195 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 77.01637211764586 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.5600000000000001 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_GPS_1 '
END
END
#015 BINTABLE 8 (8468x7/2f) 24b T_ON_OBS_1 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 1 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.598886 / Right ascension (J2000) of sight line
DEC2000 = 9.099997399999999 / Declination (J2000) of sight line
GLON = 43.18293178416898 / Galactic longitude of sight line
GLAT = -0.02811040534919382 / Galactic latitude of sight line
T_C_S_O = 797.9363401373195 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 77.01637211764586 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.5600000000000001 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_ON_OBS_1'
END
END
#016 BINTABLE 8 (8468x7/2f) 24b T_OFF_1 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 1 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.598886 / Right ascension (J2000) of sight line
DEC2000 = 9.099997399999999 / Declination (J2000) of sight line
GLON = 43.18293178416898 / Galactic longitude of sight line
GLAT = -0.02811040534919382 / Galactic latitude of sight line
T_C_S_O = 797.9363401373195 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 77.01637211764586 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.5600000000000001 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_OFF_1 '
END
END
#017 BINTABLE 8 (8x7/2f) 3b T_C_SOU_1 [0/7(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 1 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.598886 / Right ascension (J2000) of sight line
DEC2000 = 9.099997399999999 / Declination (J2000) of sight line
GLON = 43.18293178416898 / Galactic longitude of sight line
GLAT = -0.02811040534919382 / Galactic latitude of sight line
T_C_S_O = 797.9363401373195 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 77.01637211764586 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.5600000000000001 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '1E '
EXTNAME = 'T_C_SOU_1'
END
END
#018 BINTABLE 8 (8x7/2f) 3b T_C_BG_1 [0/7(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 1 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.598886 / Right ascension (J2000) of sight line
DEC2000 = 9.099997399999999 / Declination (J2000) of sight line
GLON = 43.18293178416898 / Galactic longitude of sight line
GLAT = -0.02811040534919382 / Galactic latitude of sight line
T_C_S_O = 797.9363401373195 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 77.01637211764586 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.5600000000000001 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '1E '
EXTNAME = 'T_C_BG_1'
END
END
#019 BINTABLE 8 (8468x7/2f) 24b TAU_1 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 1 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.598886 / Right ascension (J2000) of sight line
DEC2000 = 9.099997399999999 / Declination (J2000) of sight line
GLON = 43.18293178416898 / Galactic longitude of sight line
GLAT = -0.02811040534919382 / Galactic latitude of sight line
T_C_S_O = 797.9363401373195 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 77.01637211764586 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.5600000000000001 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'TAU_1 '
END
END
#020 BINTABLE 8 (8468x7/2f) 24b TSPIN_1 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 1 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.598886 / Right ascension (J2000) of sight line
DEC2000 = 9.099997399999999 / Declination (J2000) of sight line
GLON = 43.18293178416898 / Galactic longitude of sight line
GLAT = -0.02811040534919382 / Galactic latitude of sight line
T_C_S_O = 797.9363401373195 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 77.01637211764586 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.5600000000000001 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'TSPIN_1 '
END
END
#021 BINTABLE 8 (8468x7/2f) 24b NHI_1 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 1 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.598886 / Right ascension (J2000) of sight line
DEC2000 = 9.099997399999999 / Declination (J2000) of sight line
GLON = 43.18293178416898 / Galactic longitude of sight line
GLAT = -0.02811040534919382 / Galactic latitude of sight line
T_C_S_O = 797.9363401373195 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 77.01637211764586 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.5600000000000001 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'NHI_1 '
END
END
#022 BINTABLE 8 (25400x1000/5f) 8824b BAYES_CHAINS_1 [0/25399(1)] [0/999(1
)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 25400 / length of dimension 1
NAXIS2 = 1000 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 5 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 1 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.598886 / Right ascension (J2000) of sight line
DEC2000 = 9.099997399999999 / Declination (J2000) of sight line
GLON = 43.18293178416898 / Galactic longitude of sight line
GLAT = -0.02811040534919382 / Galactic latitude of sight line
T_C_S_O = 797.9363401373195 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 77.01637211764586 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.5600000000000001 / beam-filling (bf) factor
WCAX1 = 1
RFRQ1 = 1420405751.77
RWAV1 = 0.2110611405413
1CRVL1 = 118981.2622070312
1CRPX1 = 1.0
1CDLT1 = -103.057861328125
1CTYP1 = 'VRAD '
1CUNI1 = 'm/s '
1CNA1 = 'LSRK radio velocity'
SPEC1 = 'LSRK '
SOBS1 = 'LSRK '
VSYS1 = 0.0
SSRC1 = 'LSRK '
ZSOU1 = 0.0
EQUI1 = 2000.0
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
WCAX3 = 1
RFRQ3 = 1420405751.77
RWAV3 = 0.2110611405413
1CRVL3 = 118981.2622070312
1CRPX3 = 1.0
1CDLT3 = -103.057861328125
1CTYP3 = 'VRAD '
1CUNI3 = 'm/s '
1CNA3 = 'LSRK radio velocity'
SPEC3 = 'LSRK '
SOBS3 = 'LSRK '
VSYS3 = 0.0
SSRC3 = 'LSRK '
ZSOU3 = 0.0
EQUI3 = 2000.0
WCAX4 = 1
RFRQ4 = 1420405751.77
RWAV4 = 0.2110611405413
1CRVL4 = 118981.2622070312
1CRPX4 = 1.0
1CDLT4 = -103.057861328125
1CTYP4 = 'VRAD '
1CUNI4 = 'm/s '
1CNA4 = 'LSRK radio velocity'
SPEC4 = 'LSRK '
SOBS4 = 'LSRK '
VSYS4 = 0.0
SSRC4 = 'LSRK '
ZSOU4 = 0.0
EQUI4 = 2000.0
WCAX5 = 1
RFRQ5 = 1420405751.77
RWAV5 = 0.2110611405413
1CRVL5 = 118981.2622070312
1CRPX5 = 1.0
1CDLT5 = -103.057861328125
1CTYP5 = 'VRAD '
1CUNI5 = 'm/s '
1CNA5 = 'LSRK radio velocity'
SPEC5 = 'LSRK '
SOBS5 = 'LSRK '
VSYS5 = 0.0
SSRC5 = 'LSRK '
ZSOU5 = 0.0
EQUI5 = 2000.0
TTYPE1 = 'T_C_SOU '
TFORM1 = '1E '
TTYPE2 = 'T_C_BG '
TFORM2 = '1E '
TTYPE3 = 'TAU '
TFORM3 = '2116E '
TTYPE4 = 'TSPIN '
TFORM4 = '2116E '
TTYPE5 = 'NHI '
TFORM5 = '2116E '
EXTNAME = 'BAYES_CHAINS_1'
END
END
#023 BINTABLE 8 (8468x7/2f) 24b T_VLA_OBS_2 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 2 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.592976 / Right ascension (J2000) of sight line
DEC2000 = 9.084164700000001 / Declination (J2000) of sight line
GLON = 43.16619364773028 / Galactic longitude of sight line
GLAT = -0.03024703046129266 / Galactic latitude of sight line
T_C_S_O = 1690.516856469666 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 76.92938698178642 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.08 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_VLA_OBS_2'
END
END
#024 BINTABLE 8 (8468x7/2f) 24b T_GPS_2 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 2 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.592976 / Right ascension (J2000) of sight line
DEC2000 = 9.084164700000001 / Declination (J2000) of sight line
GLON = 43.16619364773028 / Galactic longitude of sight line
GLAT = -0.03024703046129266 / Galactic latitude of sight line
T_C_S_O = 1690.516856469666 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 76.92938698178642 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.08 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_GPS_2 '
END
END
#025 BINTABLE 8 (8468x7/2f) 24b T_ON_OBS_2 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 2 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.592976 / Right ascension (J2000) of sight line
DEC2000 = 9.084164700000001 / Declination (J2000) of sight line
GLON = 43.16619364773028 / Galactic longitude of sight line
GLAT = -0.03024703046129266 / Galactic latitude of sight line
T_C_S_O = 1690.516856469666 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 76.92938698178642 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.08 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_ON_OBS_2'
END
END
#026 BINTABLE 8 (8468x7/2f) 24b T_OFF_2 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 2 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.592976 / Right ascension (J2000) of sight line
DEC2000 = 9.084164700000001 / Declination (J2000) of sight line
GLON = 43.16619364773028 / Galactic longitude of sight line
GLAT = -0.03024703046129266 / Galactic latitude of sight line
T_C_S_O = 1690.516856469666 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 76.92938698178642 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.08 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_OFF_2 '
END
END
#027 BINTABLE 8 (8x7/2f) 3b T_C_SOU_2 [0/7(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 2 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.592976 / Right ascension (J2000) of sight line
DEC2000 = 9.084164700000001 / Declination (J2000) of sight line
GLON = 43.16619364773028 / Galactic longitude of sight line
GLAT = -0.03024703046129266 / Galactic latitude of sight line
T_C_S_O = 1690.516856469666 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 76.92938698178642 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.08 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '1E '
EXTNAME = 'T_C_SOU_2'
END
END
#028 BINTABLE 8 (8x7/2f) 3b T_C_BG_2 [0/7(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 2 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.592976 / Right ascension (J2000) of sight line
DEC2000 = 9.084164700000001 / Declination (J2000) of sight line
GLON = 43.16619364773028 / Galactic longitude of sight line
GLAT = -0.03024703046129266 / Galactic latitude of sight line
T_C_S_O = 1690.516856469666 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 76.92938698178642 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.08 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '1E '
EXTNAME = 'T_C_BG_2'
END
END
#029 BINTABLE 8 (8468x7/2f) 24b TAU_2 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 2 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.592976 / Right ascension (J2000) of sight line
DEC2000 = 9.084164700000001 / Declination (J2000) of sight line
GLON = 43.16619364773028 / Galactic longitude of sight line
GLAT = -0.03024703046129266 / Galactic latitude of sight line
T_C_S_O = 1690.516856469666 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 76.92938698178642 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.08 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'TAU_2 '
END
END
#030 BINTABLE 8 (8468x7/2f) 24b TSPIN_2 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 2 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.592976 / Right ascension (J2000) of sight line
DEC2000 = 9.084164700000001 / Declination (J2000) of sight line
GLON = 43.16619364773028 / Galactic longitude of sight line
GLAT = -0.03024703046129266 / Galactic latitude of sight line
T_C_S_O = 1690.516856469666 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 76.92938698178642 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.08 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'TSPIN_2 '
END
END
#031 BINTABLE 8 (8468x7/2f) 24b NHI_2 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 2 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.592976 / Right ascension (J2000) of sight line
DEC2000 = 9.084164700000001 / Declination (J2000) of sight line
GLON = 43.16619364773028 / Galactic longitude of sight line
GLAT = -0.03024703046129266 / Galactic latitude of sight line
T_C_S_O = 1690.516856469666 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 76.92938698178642 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.08 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'NHI_2 '
END
END
#032 BINTABLE 8 (25400x1000/5f) 8824b BAYES_CHAINS_2 [0/25399(1)] [0/999(1
)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 25400 / length of dimension 1
NAXIS2 = 1000 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 5 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 2 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.592976 / Right ascension (J2000) of sight line
DEC2000 = 9.084164700000001 / Declination (J2000) of sight line
GLON = 43.16619364773028 / Galactic longitude of sight line
GLAT = -0.03024703046129266 / Galactic latitude of sight line
T_C_S_O = 1690.516856469666 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 76.92938698178642 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.08 / beam-filling (bf) factor
WCAX1 = 1
RFRQ1 = 1420405751.77
RWAV1 = 0.2110611405413
1CRVL1 = 118981.2622070312
1CRPX1 = 1.0
1CDLT1 = -103.057861328125
1CTYP1 = 'VRAD '
1CUNI1 = 'm/s '
1CNA1 = 'LSRK radio velocity'
SPEC1 = 'LSRK '
SOBS1 = 'LSRK '
VSYS1 = 0.0
SSRC1 = 'LSRK '
ZSOU1 = 0.0
EQUI1 = 2000.0
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
WCAX3 = 1
RFRQ3 = 1420405751.77
RWAV3 = 0.2110611405413
1CRVL3 = 118981.2622070312
1CRPX3 = 1.0
1CDLT3 = -103.057861328125
1CTYP3 = 'VRAD '
1CUNI3 = 'm/s '
1CNA3 = 'LSRK radio velocity'
SPEC3 = 'LSRK '
SOBS3 = 'LSRK '
VSYS3 = 0.0
SSRC3 = 'LSRK '
ZSOU3 = 0.0
EQUI3 = 2000.0
WCAX4 = 1
RFRQ4 = 1420405751.77
RWAV4 = 0.2110611405413
1CRVL4 = 118981.2622070312
1CRPX4 = 1.0
1CDLT4 = -103.057861328125
1CTYP4 = 'VRAD '
1CUNI4 = 'm/s '
1CNA4 = 'LSRK radio velocity'
SPEC4 = 'LSRK '
SOBS4 = 'LSRK '
VSYS4 = 0.0
SSRC4 = 'LSRK '
ZSOU4 = 0.0
EQUI4 = 2000.0
WCAX5 = 1
RFRQ5 = 1420405751.77
RWAV5 = 0.2110611405413
1CRVL5 = 118981.2622070312
1CRPX5 = 1.0
1CDLT5 = -103.057861328125
1CTYP5 = 'VRAD '
1CUNI5 = 'm/s '
1CNA5 = 'LSRK radio velocity'
SPEC5 = 'LSRK '
SOBS5 = 'LSRK '
VSYS5 = 0.0
SSRC5 = 'LSRK '
ZSOU5 = 0.0
EQUI5 = 2000.0
TTYPE1 = 'T_C_SOU '
TFORM1 = '1E '
TTYPE2 = 'T_C_BG '
TFORM2 = '1E '
TTYPE3 = 'TAU '
TFORM3 = '2116E '
TTYPE4 = 'TSPIN '
TFORM4 = '2116E '
TTYPE5 = 'NHI '
TFORM5 = '2116E '
EXTNAME = 'BAYES_CHAINS_2'
END
END
#033 BINTABLE 8 (8468x7/2f) 24b T_VLA_OBS_3 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 3 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.574411 / Right ascension (J2000) of sight line
DEC2000 = 9.1033328 / Declination (J2000) of sight line
GLON = 43.17472879117754 / Galactic longitude of sight line
GLAT = -0.00513494058845031 / Galactic latitude of sight line
T_C_S_O = 1870.368366776493 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.87824388462553 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.6899999999999999 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_VLA_OBS_3'
END
END
#034 BINTABLE 8 (8468x7/2f) 24b T_GPS_3 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 3 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.574411 / Right ascension (J2000) of sight line
DEC2000 = 9.1033328 / Declination (J2000) of sight line
GLON = 43.17472879117754 / Galactic longitude of sight line
GLAT = -0.00513494058845031 / Galactic latitude of sight line
T_C_S_O = 1870.368366776493 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.87824388462553 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.6899999999999999 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_GPS_3 '
END
END
#035 BINTABLE 8 (8468x7/2f) 24b T_ON_OBS_3 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 3 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.574411 / Right ascension (J2000) of sight line
DEC2000 = 9.1033328 / Declination (J2000) of sight line
GLON = 43.17472879117754 / Galactic longitude of sight line
GLAT = -0.00513494058845031 / Galactic latitude of sight line
T_C_S_O = 1870.368366776493 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.87824388462553 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.6899999999999999 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_ON_OBS_3'
END
END
#036 BINTABLE 8 (8468x7/2f) 24b T_OFF_3 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 3 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.574411 / Right ascension (J2000) of sight line
DEC2000 = 9.1033328 / Declination (J2000) of sight line
GLON = 43.17472879117754 / Galactic longitude of sight line
GLAT = -0.00513494058845031 / Galactic latitude of sight line
T_C_S_O = 1870.368366776493 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.87824388462553 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.6899999999999999 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_OFF_3 '
END
END
#037 BINTABLE 8 (8x7/2f) 3b T_C_SOU_3 [0/7(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 3 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.574411 / Right ascension (J2000) of sight line
DEC2000 = 9.1033328 / Declination (J2000) of sight line
GLON = 43.17472879117754 / Galactic longitude of sight line
GLAT = -0.00513494058845031 / Galactic latitude of sight line
T_C_S_O = 1870.368366776493 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.87824388462553 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.6899999999999999 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '1E '
EXTNAME = 'T_C_SOU_3'
END
END
#038 BINTABLE 8 (8x7/2f) 3b T_C_BG_3 [0/7(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 3 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.574411 / Right ascension (J2000) of sight line
DEC2000 = 9.1033328 / Declination (J2000) of sight line
GLON = 43.17472879117754 / Galactic longitude of sight line
GLAT = -0.00513494058845031 / Galactic latitude of sight line
T_C_S_O = 1870.368366776493 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.87824388462553 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.6899999999999999 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '1E '
EXTNAME = 'T_C_BG_3'
END
END
#039 BINTABLE 8 (8468x7/2f) 24b TAU_3 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 3 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.574411 / Right ascension (J2000) of sight line
DEC2000 = 9.1033328 / Declination (J2000) of sight line
GLON = 43.17472879117754 / Galactic longitude of sight line
GLAT = -0.00513494058845031 / Galactic latitude of sight line
T_C_S_O = 1870.368366776493 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.87824388462553 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.6899999999999999 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'TAU_3 '
END
END
#040 BINTABLE 8 (8468x7/2f) 24b TSPIN_3 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 3 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.574411 / Right ascension (J2000) of sight line
DEC2000 = 9.1033328 / Declination (J2000) of sight line
GLON = 43.17472879117754 / Galactic longitude of sight line
GLAT = -0.00513494058845031 / Galactic latitude of sight line
T_C_S_O = 1870.368366776493 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.87824388462553 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.6899999999999999 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'TSPIN_3 '
END
END
#041 BINTABLE 8 (8468x7/2f) 24b NHI_3 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 3 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.574411 / Right ascension (J2000) of sight line
DEC2000 = 9.1033328 / Declination (J2000) of sight line
GLON = 43.17472879117754 / Galactic longitude of sight line
GLAT = -0.00513494058845031 / Galactic latitude of sight line
T_C_S_O = 1870.368366776493 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.87824388462553 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.6899999999999999 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'NHI_3 '
END
END
#042 BINTABLE 8 (25400x1000/5f) 8824b BAYES_CHAINS_3 [0/25399(1)] [0/999(1
)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 25400 / length of dimension 1
NAXIS2 = 1000 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 5 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 3 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.574411 / Right ascension (J2000) of sight line
DEC2000 = 9.1033328 / Declination (J2000) of sight line
GLON = 43.17472879117754 / Galactic longitude of sight line
GLAT = -0.00513494058845031 / Galactic latitude of sight line
T_C_S_O = 1870.368366776493 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.87824388462553 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.6899999999999999 / beam-filling (bf) factor
WCAX1 = 1
RFRQ1 = 1420405751.77
RWAV1 = 0.2110611405413
1CRVL1 = 118981.2622070312
1CRPX1 = 1.0
1CDLT1 = -103.057861328125
1CTYP1 = 'VRAD '
1CUNI1 = 'm/s '
1CNA1 = 'LSRK radio velocity'
SPEC1 = 'LSRK '
SOBS1 = 'LSRK '
VSYS1 = 0.0
SSRC1 = 'LSRK '
ZSOU1 = 0.0
EQUI1 = 2000.0
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
WCAX3 = 1
RFRQ3 = 1420405751.77
RWAV3 = 0.2110611405413
1CRVL3 = 118981.2622070312
1CRPX3 = 1.0
1CDLT3 = -103.057861328125
1CTYP3 = 'VRAD '
1CUNI3 = 'm/s '
1CNA3 = 'LSRK radio velocity'
SPEC3 = 'LSRK '
SOBS3 = 'LSRK '
VSYS3 = 0.0
SSRC3 = 'LSRK '
ZSOU3 = 0.0
EQUI3 = 2000.0
WCAX4 = 1
RFRQ4 = 1420405751.77
RWAV4 = 0.2110611405413
1CRVL4 = 118981.2622070312
1CRPX4 = 1.0
1CDLT4 = -103.057861328125
1CTYP4 = 'VRAD '
1CUNI4 = 'm/s '
1CNA4 = 'LSRK radio velocity'
SPEC4 = 'LSRK '
SOBS4 = 'LSRK '
VSYS4 = 0.0
SSRC4 = 'LSRK '
ZSOU4 = 0.0
EQUI4 = 2000.0
WCAX5 = 1
RFRQ5 = 1420405751.77
RWAV5 = 0.2110611405413
1CRVL5 = 118981.2622070312
1CRPX5 = 1.0
1CDLT5 = -103.057861328125
1CTYP5 = 'VRAD '
1CUNI5 = 'm/s '
1CNA5 = 'LSRK radio velocity'
SPEC5 = 'LSRK '
SOBS5 = 'LSRK '
VSYS5 = 0.0
SSRC5 = 'LSRK '
ZSOU5 = 0.0
EQUI5 = 2000.0
TTYPE1 = 'T_C_SOU '
TFORM1 = '1E '
TTYPE2 = 'T_C_BG '
TFORM2 = '1E '
TTYPE3 = 'TAU '
TFORM3 = '2116E '
TTYPE4 = 'TSPIN '
TFORM4 = '2116E '
TTYPE5 = 'NHI '
TFORM5 = '2116E '
EXTNAME = 'BAYES_CHAINS_3'
END
END
#043 BINTABLE 8 (8468x7/2f) 24b T_VLA_OBS_4 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 4 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.562596 / Right ascension (J2000) of sight line
DEC2000 = 9.104999899999999 / Declination (J2000) of sight line
GLON = 43.17082003069036 / Galactic longitude of sight line
GLAT = 0.005982615860205392 / Galactic latitude of sight line
T_C_S_O = 3550.685493758591 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.65021394935374 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.53 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_VLA_OBS_4'
END
END
#044 BINTABLE 8 (8468x7/2f) 24b T_GPS_4 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 4 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.562596 / Right ascension (J2000) of sight line
DEC2000 = 9.104999899999999 / Declination (J2000) of sight line
GLON = 43.17082003069036 / Galactic longitude of sight line
GLAT = 0.005982615860205392 / Galactic latitude of sight line
T_C_S_O = 3550.685493758591 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.65021394935374 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.53 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_GPS_4 '
END
END
#045 BINTABLE 8 (8468x7/2f) 24b T_ON_OBS_4 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 4 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.562596 / Right ascension (J2000) of sight line
DEC2000 = 9.104999899999999 / Declination (J2000) of sight line
GLON = 43.17082003069036 / Galactic longitude of sight line
GLAT = 0.005982615860205392 / Galactic latitude of sight line
T_C_S_O = 3550.685493758591 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.65021394935374 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.53 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_ON_OBS_4'
END
END
#046 BINTABLE 8 (8468x7/2f) 24b T_OFF_4 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 4 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.562596 / Right ascension (J2000) of sight line
DEC2000 = 9.104999899999999 / Declination (J2000) of sight line
GLON = 43.17082003069036 / Galactic longitude of sight line
GLAT = 0.005982615860205392 / Galactic latitude of sight line
T_C_S_O = 3550.685493758591 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.65021394935374 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.53 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_OFF_4 '
END
END
#047 BINTABLE 8 (8x7/2f) 3b T_C_SOU_4 [0/7(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 4 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.562596 / Right ascension (J2000) of sight line
DEC2000 = 9.104999899999999 / Declination (J2000) of sight line
GLON = 43.17082003069036 / Galactic longitude of sight line
GLAT = 0.005982615860205392 / Galactic latitude of sight line
T_C_S_O = 3550.685493758591 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.65021394935374 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.53 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '1E '
EXTNAME = 'T_C_SOU_4'
END
END
#048 BINTABLE 8 (8x7/2f) 3b T_C_BG_4 [0/7(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 4 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.562596 / Right ascension (J2000) of sight line
DEC2000 = 9.104999899999999 / Declination (J2000) of sight line
GLON = 43.17082003069036 / Galactic longitude of sight line
GLAT = 0.005982615860205392 / Galactic latitude of sight line
T_C_S_O = 3550.685493758591 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.65021394935374 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.53 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '1E '
EXTNAME = 'T_C_BG_4'
END
END
#049 BINTABLE 8 (8468x7/2f) 24b TAU_4 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 4 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.562596 / Right ascension (J2000) of sight line
DEC2000 = 9.104999899999999 / Declination (J2000) of sight line
GLON = 43.17082003069036 / Galactic longitude of sight line
GLAT = 0.005982615860205392 / Galactic latitude of sight line
T_C_S_O = 3550.685493758591 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.65021394935374 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.53 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'TAU_4 '
END
END
#050 BINTABLE 8 (8468x7/2f) 24b TSPIN_4 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 4 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.562596 / Right ascension (J2000) of sight line
DEC2000 = 9.104999899999999 / Declination (J2000) of sight line
GLON = 43.17082003069036 / Galactic longitude of sight line
GLAT = 0.005982615860205392 / Galactic latitude of sight line
T_C_S_O = 3550.685493758591 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.65021394935374 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.53 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'TSPIN_4 '
END
END
#051 BINTABLE 8 (8468x7/2f) 24b NHI_4 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 4 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.562596 / Right ascension (J2000) of sight line
DEC2000 = 9.104999899999999 / Declination (J2000) of sight line
GLON = 43.17082003069036 / Galactic longitude of sight line
GLAT = 0.005982615860205392 / Galactic latitude of sight line
T_C_S_O = 3550.685493758591 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.65021394935374 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.53 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'NHI_4 '
END
END
#052 BINTABLE 8 (25400x1000/5f) 8824b BAYES_CHAINS_4 [0/25399(1)] [0/999(1
)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 25400 / length of dimension 1
NAXIS2 = 1000 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 5 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 4 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.562596 / Right ascension (J2000) of sight line
DEC2000 = 9.104999899999999 / Declination (J2000) of sight line
GLON = 43.17082003069036 / Galactic longitude of sight line
GLAT = 0.005982615860205392 / Galactic latitude of sight line
T_C_S_O = 3550.685493758591 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.65021394935374 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.53 / beam-filling (bf) factor
WCAX1 = 1
RFRQ1 = 1420405751.77
RWAV1 = 0.2110611405413
1CRVL1 = 118981.2622070312
1CRPX1 = 1.0
1CDLT1 = -103.057861328125
1CTYP1 = 'VRAD '
1CUNI1 = 'm/s '
1CNA1 = 'LSRK radio velocity'
SPEC1 = 'LSRK '
SOBS1 = 'LSRK '
VSYS1 = 0.0
SSRC1 = 'LSRK '
ZSOU1 = 0.0
EQUI1 = 2000.0
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
WCAX3 = 1
RFRQ3 = 1420405751.77
RWAV3 = 0.2110611405413
1CRVL3 = 118981.2622070312
1CRPX3 = 1.0
1CDLT3 = -103.057861328125
1CTYP3 = 'VRAD '
1CUNI3 = 'm/s '
1CNA3 = 'LSRK radio velocity'
SPEC3 = 'LSRK '
SOBS3 = 'LSRK '
VSYS3 = 0.0
SSRC3 = 'LSRK '
ZSOU3 = 0.0
EQUI3 = 2000.0
WCAX4 = 1
RFRQ4 = 1420405751.77
RWAV4 = 0.2110611405413
1CRVL4 = 118981.2622070312
1CRPX4 = 1.0
1CDLT4 = -103.057861328125
1CTYP4 = 'VRAD '
1CUNI4 = 'm/s '
1CNA4 = 'LSRK radio velocity'
SPEC4 = 'LSRK '
SOBS4 = 'LSRK '
VSYS4 = 0.0
SSRC4 = 'LSRK '
ZSOU4 = 0.0
EQUI4 = 2000.0
WCAX5 = 1
RFRQ5 = 1420405751.77
RWAV5 = 0.2110611405413
1CRVL5 = 118981.2622070312
1CRPX5 = 1.0
1CDLT5 = -103.057861328125
1CTYP5 = 'VRAD '
1CUNI5 = 'm/s '
1CNA5 = 'LSRK radio velocity'
SPEC5 = 'LSRK '
SOBS5 = 'LSRK '
VSYS5 = 0.0
SSRC5 = 'LSRK '
ZSOU5 = 0.0
EQUI5 = 2000.0
TTYPE1 = 'T_C_SOU '
TFORM1 = '1E '
TTYPE2 = 'T_C_BG '
TFORM2 = '1E '
TTYPE3 = 'TAU '
TFORM3 = '2116E '
TTYPE4 = 'TSPIN '
TFORM4 = '2116E '
TTYPE5 = 'NHI '
TFORM5 = '2116E '
EXTNAME = 'BAYES_CHAINS_4'
END
END
#053 BINTABLE 8 (8468x7/2f) 24b T_VLA_OBS_5 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 5 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.55078 / Right ascension (J2000) of sight line
DEC2000 = 9.1183333 / Declination (J2000) of sight line
GLON = 43.17725927923227 / Galactic longitude of sight line
GLAT = 0.02248813643988847 / Galactic latitude of sight line
T_C_S_O = 1152.120390774931 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78568988087824 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.46 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_VLA_OBS_5'
END
END
#054 BINTABLE 8 (8468x7/2f) 24b T_GPS_5 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 5 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.55078 / Right ascension (J2000) of sight line
DEC2000 = 9.1183333 / Declination (J2000) of sight line
GLON = 43.17725927923227 / Galactic longitude of sight line
GLAT = 0.02248813643988847 / Galactic latitude of sight line
T_C_S_O = 1152.120390774931 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78568988087824 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.46 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_GPS_5 '
END
END
#055 BINTABLE 8 (8468x7/2f) 24b T_ON_OBS_5 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 5 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.55078 / Right ascension (J2000) of sight line
DEC2000 = 9.1183333 / Declination (J2000) of sight line
GLON = 43.17725927923227 / Galactic longitude of sight line
GLAT = 0.02248813643988847 / Galactic latitude of sight line
T_C_S_O = 1152.120390774931 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78568988087824 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.46 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_ON_OBS_5'
END
END
#056 BINTABLE 8 (8468x7/2f) 24b T_OFF_5 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 5 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.55078 / Right ascension (J2000) of sight line
DEC2000 = 9.1183333 / Declination (J2000) of sight line
GLON = 43.17725927923227 / Galactic longitude of sight line
GLAT = 0.02248813643988847 / Galactic latitude of sight line
T_C_S_O = 1152.120390774931 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78568988087824 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.46 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_OFF_5 '
END
END
#057 BINTABLE 8 (8x7/2f) 3b T_C_SOU_5 [0/7(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 5 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.55078 / Right ascension (J2000) of sight line
DEC2000 = 9.1183333 / Declination (J2000) of sight line
GLON = 43.17725927923227 / Galactic longitude of sight line
GLAT = 0.02248813643988847 / Galactic latitude of sight line
T_C_S_O = 1152.120390774931 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78568988087824 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.46 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '1E '
EXTNAME = 'T_C_SOU_5'
END
END
#058 BINTABLE 8 (8x7/2f) 3b T_C_BG_5 [0/7(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 5 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.55078 / Right ascension (J2000) of sight line
DEC2000 = 9.1183333 / Declination (J2000) of sight line
GLON = 43.17725927923227 / Galactic longitude of sight line
GLAT = 0.02248813643988847 / Galactic latitude of sight line
T_C_S_O = 1152.120390774931 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78568988087824 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.46 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '1E '
EXTNAME = 'T_C_BG_5'
END
END
#059 BINTABLE 8 (8468x7/2f) 24b TAU_5 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 5 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.55078 / Right ascension (J2000) of sight line
DEC2000 = 9.1183333 / Declination (J2000) of sight line
GLON = 43.17725927923227 / Galactic longitude of sight line
GLAT = 0.02248813643988847 / Galactic latitude of sight line
T_C_S_O = 1152.120390774931 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78568988087824 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.46 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'TAU_5 '
END
END
#060 BINTABLE 8 (8468x7/2f) 24b TSPIN_5 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 5 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.55078 / Right ascension (J2000) of sight line
DEC2000 = 9.1183333 / Declination (J2000) of sight line
GLON = 43.17725927923227 / Galactic longitude of sight line
GLAT = 0.02248813643988847 / Galactic latitude of sight line
T_C_S_O = 1152.120390774931 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78568988087824 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.46 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'TSPIN_5 '
END
END
#061 BINTABLE 8 (8468x7/2f) 24b NHI_5 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 5 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.55078 / Right ascension (J2000) of sight line
DEC2000 = 9.1183333 / Declination (J2000) of sight line
GLON = 43.17725927923227 / Galactic longitude of sight line
GLAT = 0.02248813643988847 / Galactic latitude of sight line
T_C_S_O = 1152.120390774931 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78568988087824 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.46 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'NHI_5 '
END
END
#062 BINTABLE 8 (25400x1000/5f) 8824b BAYES_CHAINS_5 [0/25399(1)] [0/999(1
)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 25400 / length of dimension 1
NAXIS2 = 1000 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 5 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 5 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.55078 / Right ascension (J2000) of sight line
DEC2000 = 9.1183333 / Declination (J2000) of sight line
GLON = 43.17725927923227 / Galactic longitude of sight line
GLAT = 0.02248813643988847 / Galactic latitude of sight line
T_C_S_O = 1152.120390774931 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78568988087824 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.46 / beam-filling (bf) factor
WCAX1 = 1
RFRQ1 = 1420405751.77
RWAV1 = 0.2110611405413
1CRVL1 = 118981.2622070312
1CRPX1 = 1.0
1CDLT1 = -103.057861328125
1CTYP1 = 'VRAD '
1CUNI1 = 'm/s '
1CNA1 = 'LSRK radio velocity'
SPEC1 = 'LSRK '
SOBS1 = 'LSRK '
VSYS1 = 0.0
SSRC1 = 'LSRK '
ZSOU1 = 0.0
EQUI1 = 2000.0
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
WCAX3 = 1
RFRQ3 = 1420405751.77
RWAV3 = 0.2110611405413
1CRVL3 = 118981.2622070312
1CRPX3 = 1.0
1CDLT3 = -103.057861328125
1CTYP3 = 'VRAD '
1CUNI3 = 'm/s '
1CNA3 = 'LSRK radio velocity'
SPEC3 = 'LSRK '
SOBS3 = 'LSRK '
VSYS3 = 0.0
SSRC3 = 'LSRK '
ZSOU3 = 0.0
EQUI3 = 2000.0
WCAX4 = 1
RFRQ4 = 1420405751.77
RWAV4 = 0.2110611405413
1CRVL4 = 118981.2622070312
1CRPX4 = 1.0
1CDLT4 = -103.057861328125
1CTYP4 = 'VRAD '
1CUNI4 = 'm/s '
1CNA4 = 'LSRK radio velocity'
SPEC4 = 'LSRK '
SOBS4 = 'LSRK '
VSYS4 = 0.0
SSRC4 = 'LSRK '
ZSOU4 = 0.0
EQUI4 = 2000.0
WCAX5 = 1
RFRQ5 = 1420405751.77
RWAV5 = 0.2110611405413
1CRVL5 = 118981.2622070312
1CRPX5 = 1.0
1CDLT5 = -103.057861328125
1CTYP5 = 'VRAD '
1CUNI5 = 'm/s '
1CNA5 = 'LSRK radio velocity'
SPEC5 = 'LSRK '
SOBS5 = 'LSRK '
VSYS5 = 0.0
SSRC5 = 'LSRK '
ZSOU5 = 0.0
EQUI5 = 2000.0
TTYPE1 = 'T_C_SOU '
TFORM1 = '1E '
TTYPE2 = 'T_C_BG '
TFORM2 = '1E '
TTYPE3 = 'TAU '
TFORM3 = '2116E '
TTYPE4 = 'TSPIN '
TFORM4 = '2116E '
TTYPE5 = 'NHI '
TFORM5 = '2116E '
EXTNAME = 'BAYES_CHAINS_5'
END
END
#063 BINTABLE 8 (8468x7/2f) 24b T_VLA_OBS_6 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 6 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.548249 / Right ascension (J2000) of sight line
DEC2000 = 9.0891666 / Declination (J2000) of sight line
GLON = 43.15023421688726 / Galactic longitude of sight line
GLAT = 0.01123700089360711 / Galactic latitude of sight line
T_C_S_O = 1139.619552528785 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78774559218101 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.48 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_VLA_OBS_6'
END
END
#064 BINTABLE 8 (8468x7/2f) 24b T_GPS_6 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 6 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.548249 / Right ascension (J2000) of sight line
DEC2000 = 9.0891666 / Declination (J2000) of sight line
GLON = 43.15023421688726 / Galactic longitude of sight line
GLAT = 0.01123700089360711 / Galactic latitude of sight line
T_C_S_O = 1139.619552528785 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78774559218101 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.48 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_GPS_6 '
END
END
#065 BINTABLE 8 (8468x7/2f) 24b T_ON_OBS_6 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 6 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.548249 / Right ascension (J2000) of sight line
DEC2000 = 9.0891666 / Declination (J2000) of sight line
GLON = 43.15023421688726 / Galactic longitude of sight line
GLAT = 0.01123700089360711 / Galactic latitude of sight line
T_C_S_O = 1139.619552528785 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78774559218101 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.48 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_ON_OBS_6'
END
END
#066 BINTABLE 8 (8468x7/2f) 24b T_OFF_6 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 6 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.548249 / Right ascension (J2000) of sight line
DEC2000 = 9.0891666 / Declination (J2000) of sight line
GLON = 43.15023421688726 / Galactic longitude of sight line
GLAT = 0.01123700089360711 / Galactic latitude of sight line
T_C_S_O = 1139.619552528785 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78774559218101 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.48 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'T_OFF_6 '
END
END
#067 BINTABLE 8 (8x7/2f) 3b T_C_SOU_6 [0/7(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 6 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.548249 / Right ascension (J2000) of sight line
DEC2000 = 9.0891666 / Declination (J2000) of sight line
GLON = 43.15023421688726 / Galactic longitude of sight line
GLAT = 0.01123700089360711 / Galactic latitude of sight line
T_C_S_O = 1139.619552528785 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78774559218101 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.48 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '1E '
EXTNAME = 'T_C_SOU_6'
END
END
#068 BINTABLE 8 (8x7/2f) 3b T_C_BG_6 [0/7(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 6 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.548249 / Right ascension (J2000) of sight line
DEC2000 = 9.0891666 / Declination (J2000) of sight line
GLON = 43.15023421688726 / Galactic longitude of sight line
GLAT = 0.01123700089360711 / Galactic latitude of sight line
T_C_S_O = 1139.619552528785 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78774559218101 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.48 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '1E '
EXTNAME = 'T_C_BG_6'
END
END
#069 BINTABLE 8 (8468x7/2f) 24b TAU_6 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 6 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.548249 / Right ascension (J2000) of sight line
DEC2000 = 9.0891666 / Declination (J2000) of sight line
GLON = 43.15023421688726 / Galactic longitude of sight line
GLAT = 0.01123700089360711 / Galactic latitude of sight line
T_C_S_O = 1139.619552528785 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78774559218101 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.48 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'TAU_6 '
END
END
#070 BINTABLE 8 (8468x7/2f) 24b TSPIN_6 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 6 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.548249 / Right ascension (J2000) of sight line
DEC2000 = 9.0891666 / Declination (J2000) of sight line
GLON = 43.15023421688726 / Galactic longitude of sight line
GLAT = 0.01123700089360711 / Galactic latitude of sight line
T_C_S_O = 1139.619552528785 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78774559218101 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.48 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'TSPIN_6 '
END
END
#071 BINTABLE 8 (8468x7/2f) 24b NHI_6 [0/8467(1)] [0/6(1)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 8468 / length of dimension 1
NAXIS2 = 7 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 2 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 6 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.548249 / Right ascension (J2000) of sight line
DEC2000 = 9.0891666 / Declination (J2000) of sight line
GLON = 43.15023421688726 / Galactic longitude of sight line
GLAT = 0.01123700089360711 / Galactic latitude of sight line
T_C_S_O = 1139.619552528785 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78774559218101 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.48 / beam-filling (bf) factor
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
TTYPE1 = 'PERC '
TFORM1 = '1E '
TTYPE2 = 'DATA '
TFORM2 = '2116E '
EXTNAME = 'NHI_6 '
END
END
#072 BINTABLE 8 (25400x1000/5f) 8824b BAYES_CHAINS_6 [0/25399(1)] [0/999(1
)]
#-------------------------------------------------------------------------------
XTENSION= 'BINTABLE' / binary table extension
BITPIX = 8 / array data type
NAXIS = 2 / number of array dimensions
NAXIS1 = 25400 / length of dimension 1
NAXIS2 = 1000 / length of dimension 2
PCOUNT = 0 / number of group parameters
GCOUNT = 1 / number of groups
TFIELDS = 5 / number of table fields
OBJECT = 'w49 '
SIGHTLIN= 6 / Sightline
REFERENC= 'Winkel et al. 2016'
RA2000 = 287.548249 / Right ascension (J2000) of sight line
DEC2000 = 9.0891666 / Declination (J2000) of sight line
GLON = 43.15023421688726 / Galactic longitude of sight line
GLAT = 0.01123700089360711 / Galactic latitude of sight line
T_C_S_O = 1139.619552528785 / T_cont_sou_obs [K] (observed VLA continuum)
DT_C_S_O= 75.78774559218101 / sigma(T_cont_sou_obs) [K] (error of T_C_S_O)
T_C_BG = 8 / T_cont_bg [K] (Stockert 21-cm continuum)
DT_C_BG = 2 / sigma(T_cont_bg) [K] (error of TC_BG)
F_B = 0.48 / beam-filling (bf) factor
WCAX1 = 1
RFRQ1 = 1420405751.77
RWAV1 = 0.2110611405413
1CRVL1 = 118981.2622070312
1CRPX1 = 1.0
1CDLT1 = -103.057861328125
1CTYP1 = 'VRAD '
1CUNI1 = 'm/s '
1CNA1 = 'LSRK radio velocity'
SPEC1 = 'LSRK '
SOBS1 = 'LSRK '
VSYS1 = 0.0
SSRC1 = 'LSRK '
ZSOU1 = 0.0
EQUI1 = 2000.0
WCAX2 = 1
RFRQ2 = 1420405751.77
RWAV2 = 0.2110611405413
1CRVL2 = 118981.2622070312
1CRPX2 = 1.0
1CDLT2 = -103.057861328125
1CTYP2 = 'VRAD '
1CUNI2 = 'm/s '
1CNA2 = 'LSRK radio velocity'
SPEC2 = 'LSRK '
SOBS2 = 'LSRK '
VSYS2 = 0.0
SSRC2 = 'LSRK '
ZSOU2 = 0.0
EQUI2 = 2000.0
WCAX3 = 1
RFRQ3 = 1420405751.77
RWAV3 = 0.2110611405413
1CRVL3 = 118981.2622070312
1CRPX3 = 1.0
1CDLT3 = -103.057861328125
1CTYP3 = 'VRAD '
1CUNI3 = 'm/s '
1CNA3 = 'LSRK radio velocity'
SPEC3 = 'LSRK '
SOBS3 = 'LSRK '
VSYS3 = 0.0
SSRC3 = 'LSRK '
ZSOU3 = 0.0
EQUI3 = 2000.0
WCAX4 = 1
RFRQ4 = 1420405751.77
RWAV4 = 0.2110611405413
1CRVL4 = 118981.2622070312
1CRPX4 = 1.0
1CDLT4 = -103.057861328125
1CTYP4 = 'VRAD '
1CUNI4 = 'm/s '
1CNA4 = 'LSRK radio velocity'
SPEC4 = 'LSRK '
SOBS4 = 'LSRK '
VSYS4 = 0.0
SSRC4 = 'LSRK '
ZSOU4 = 0.0
EQUI4 = 2000.0
WCAX5 = 1
RFRQ5 = 1420405751.77
RWAV5 = 0.2110611405413
1CRVL5 = 118981.2622070312
1CRPX5 = 1.0
1CDLT5 = -103.057861328125
1CTYP5 = 'VRAD '
1CUNI5 = 'm/s '
1CNA5 = 'LSRK radio velocity'
SPEC5 = 'LSRK '
SOBS5 = 'LSRK '
VSYS5 = 0.0
SSRC5 = 'LSRK '
ZSOU5 = 0.0
EQUI5 = 2000.0
TTYPE1 = 'T_C_SOU '
TFORM1 = '1E '
TTYPE2 = 'T_C_BG '
TFORM2 = '1E '
TTYPE3 = 'TAU '
TFORM3 = '2116E '
TTYPE4 = 'TSPIN '
TFORM4 = '2116E '
TTYPE5 = 'NHI '
TFORM5 = '2116E '
EXTNAME = 'BAYES_CHAINS_6'
END
END