XTENSION= 'TABLE ' / Table extension BITPIX = 8 / Character data NAXIS = 2 / Simple 2-D matrix NAXIS1 = 160 / Number of characters per record NAXIS2 = 245889 / Number of records in the table PCOUNT = 0 / No "random" parameters GCOUNT = 1 / Only one group TFIELDS = 58 / Number of data fields per record EXTNAME = 'PSC_Data' / IRAS Point Source Catalog - main data file AUTHOR = 'IPAC ' REFERENC= '1987, March, Version 2.0' DATE = '01/08/91' / Date FITS table verified (dd/mm/yy) EQUINOX = 1950.0 / Equinox of coordinates COMMENT This table contains only the primary data for each IRAS point source, COMMENT i.e. the data listed within the first two 80-byte records for each COMMENT source in the IRAS PSC. The point source associations have been COMMENT separated from the main data records and placed in table PSC_Assoc. COMMENT If field NID is not zero, then positional source associations for that COMMENT object can be found in table PSC_Assoc. The associations table may be COMMENT searched by the PSC source name or by the sequential record number of COMMENT the PSC source in this table. See table PSC_ASSOC for more details. COMMENT COMMENT Field names are chosen to be identical with the field names given in the COMMENT IRAS Explanatory Supplement. Names which refer to each of the four IRAS COMMENT bands of 12, 25, 60 and 100 microns are suffixed with the strings '_12', COMMENT '_25', '_60', and '_100', respectively. For example, Fnu_12 refers to COMMENT the measured flux density at 12 microns, and CC_25 refers to the point COMMENT source correlation coefficient at 25 microns. COMMENT TTYPE1 = 'PSCName ' / IRAS source name TBCOL1 = 1 / Start column TFORM1 = 'A11 ' / Fortran format TTYPE2 = 'RAH ' / Hours RA, equinox 1950.0, epoch 1983.5 TBCOL2 = 12 / Start column TFORM2 = 'I2 ' / Fortran format TUNIT2 = 'h ' / Units are hours TTYPE3 = 'RAM ' / Minutes RA, equinox 1950.0, epoch 1983.5 TBCOL3 = 14 / Start column TFORM3 = 'I2 ' / Fortran format TUNIT3 = 'min ' / Units are minutes of time TTYPE4 = 'RAS ' / Seconds RA, equinox 1950.0, epoch 1983.5 TBCOL4 = 16 / Start column TFORM4 = 'I3 ' / Fortran format TUNIT4 = 's ' / Units are seconds of time TSCAL4 = 0.1 / Scale factor TTYPE5 = 'DecSign ' / Sign Dec, equinox 1950.0, epoch 1983.5 TBCOL5 = 19 / Start column TFORM5 = 'A1 ' / Fortran format TTYPE6 = 'DecD ' / Degrees Dec, equinox 1950.0, epoch 1983.5 TBCOL6 = 20 / Start column TFORM6 = 'I2 ' / Fortran format TUNIT6 = 'deg ' / Units are degrees TTYPE7 = 'DecM ' / Minutes Dec, equinox 1950.0, epoch 1983.5 TBCOL7 = 22 / Start column TFORM7 = 'I2 ' / Fortran format TUNIT7 = 'arcmin ' / Units are minutes of arc TTYPE8 = 'DecS ' / Seconds Dec, equinox 1950.0, epoch 1983.5 TBCOL8 = 24 / Start column TFORM8 = 'I2 ' / Fortran format TUNIT8 = 'arcsec ' / Units are seconds of arc TTYPE9 = 'Major ' / Uncertainty ellipse major axis TBCOL9 = 26 / Start column TFORM9 = 'I3 ' / Fortran format TUNIT9 = 'arcsec ' / Units are seconds of arc TTYPE10 = 'Minor ' / Uncertainty ellipse minor axis TBCOL10 = 29 / Start column TFORM10 = 'I3 ' / Fortran format TUNIT10 = 'arcsec ' / Units are seconds of arc TTYPE11 = 'PosAng ' / Uncertainty ellipse position angle TBCOL11 = 32 / Start column TFORM11 = 'I3 ' / Fortran format TUNIT11 = 'deg ' / Units are degrees COMMENT PosAng: Measured in degrees east of north between the major axis of the COMMENT PosAng: ellipse and the local equatorial meridian. TTYPE12 = 'NHcon ' / Number of times observed TBCOL12 = 35 / Start column TFORM12 = 'I2 ' / Fortran format TTYPE13 = 'Fnu_12 ' / Average non-color corrected flux density, 12um TBCOL13 = 37 / Start column TFORM13 = 'E9.3 ' / Fortran format TUNIT13 = 'Jy ' / Units are Janskys TTYPE14 = 'Fnu_25 ' / Average non-color corrected flux density, 25um TBCOL14 = 46 / Start column TFORM14 = 'E9.3 ' / Fortran format TUNIT14 = 'Jy ' / Units are Janskys TTYPE15 = 'Fnu_60 ' / Average non-color corrected flux density, 60um TBCOL15 = 55 / Start column TFORM15 = 'E9.3 ' / Fortran format TUNIT15 = 'Jy ' / Units are Janskys TTYPE16 = 'Fnu_100 ' / Average non-color corrected flux density, 100um TBCOL16 = 64 / Start column TFORM16 = 'E9.3 ' / Fortran format TUNIT16 = 'Jy ' / Units are Janskys TTYPE17 = 'FQual_12' / Flux density quality, 12um TBCOL17 = 73 / Start column TFORM17 = 'I1 ' / Fortran format TTYPE18 = 'FQual_25' / Flux density quality, 25um TBCOL18 = 74 / Start column TFORM18 = 'I1 ' / Fortran format TTYPE19 = 'FQual_60' / Flux density quality, 60um TBCOL19 = 75 / Start column TFORM19 = 'I1 ' / Fortran format TTYPE20 = 'FQual_100' / Flux density quality, 100um TBCOL20 = 76 / Start column TFORM20 = 'I1 ' / Fortran format TTYPE21 = 'NLRS ' / Number of significant LRS spectra TBCOL21 = 77 / Start column TFORM21 = 'I2 ' / Fortran format TTYPE22 = 'LRSChar ' / Characterization of averaged LRS spectrum TBCOL22 = 79 / Start column TFORM22 = 'A2 ' / Fortran format TNULL22 = ' ' / Null value TTYPE23 = 'Relunc_12' / Percent relative flux den. uncertainty, 12um TBCOL23 = 81 / Start column TFORM23 = 'I3 ' / Fortran format TTYPE24 = 'Relunc_25' / Percent relative flux den. uncertainty, 25um TBCOL24 = 84 / Start column TFORM24 = 'I3 ' / Fortran format TTYPE25 = 'Relunc_60' / Percent relative flux den. uncertainty, 60um TBCOL25 = 87 / Start column TFORM25 = 'I3 ' / Fortran format TTYPE26 = 'Relunc_100' / Percent relative flux den. uncertainty, 100um TBCOL26 = 90 / Start column TFORM26 = 'I3 ' / Fortran format TTYPE27 = 'TSNR_12 ' / 10x minimum signal-to-noise ratio, 12um TBCOL27 = 93 / Start column TFORM27 = 'I5 ' / Fortran format TTYPE28 = 'TSNR_25 ' / 10x minimum signal-to-noise ratio, 25um TBCOL28 = 98 / Start column TFORM28 = 'I5 ' / Fortran format TTYPE29 = 'TSNR_60 ' / 10x minimum signal-to-noise ratio, 60um TBCOL29 = 103 / Start column TFORM29 = 'I5 ' / Fortran format TTYPE30 = 'TSNR_100' / 10x minimum signal-to-noise ratio, 100um TBCOL30 = 108 / Start column TFORM30 = 'I5 ' / Fortran format TTYPE31 = 'CC_12 ' / Point source correlation coefficient, 12um TBCOL31 = 113 / Start column TFORM31 = 'A1 ' / Fortran format TNULL31 = ' ' / Null value TTYPE32 = 'CC_25 ' / Point source correlation coefficient, 25um TBCOL32 = 114 / Start column TFORM32 = 'A1 ' / Fortran format TNULL32 = ' ' / Null value TTYPE33 = 'CC_60 ' / Point source correlation coefficient, 60um TBCOL33 = 115 / Start column TFORM33 = 'A1 ' / Fortran format TNULL33 = ' ' / Null value TTYPE34 = 'CC_100 ' / Point source correlation coefficient, 100um TBCOL34 = 116 / Start column TFORM34 = 'A1 ' / Fortran format TNULL34 = ' ' / Null value TTYPE35 = 'Var ' / Percent likelihood of variability TBCOL35 = 117 / Start column TFORM35 = 'I2 ' / Fortran format TNULL35 = '-1 ' / Null value TTYPE36 = 'Disc ' / Discrepant fluxes flag, 1 per band, hex encoded TBCOL36 = 119 / Start column TFORM36 = 'A1 ' / Fortran format TTYPE37 = 'Confuse ' / Confusion flags, 1 per band, hex encoded TBCOL37 = 120 / Start column TFORM37 = 'A1 ' / Fortran format TTYPE38 = 'PNearH ' / Number of nearby hours-confirmed point sources TBCOL38 = 121 / Start column TFORM38 = 'I1 ' / Fortran format TTYPE39 = 'PNearW ' / Number of nearby weeks-confirmed point sources TBCOL39 = 122 / Start column TFORM39 = 'I1 ' / Fortran format TTYPE40 = 'SES1_12 ' / Nearby seconds-confirmed small ext. src., 12um TBCOL40 = 123 / Start column TFORM40 = 'I1 ' / Fortran format TTYPE41 = 'SES1_25 ' / Nearby seconds-confirmed small ext. src., 25um TBCOL41 = 124 / Start column TFORM41 = 'I1 ' / Fortran format TTYPE42 = 'SES1_60 ' / Nearby seconds-confirmed small ext. src., 60um TBCOL42 = 125 / Start column TFORM42 = 'I1 ' / Fortran format TTYPE43 = 'SES1_100' / Nearby seconds-confirmed small ext. src., 100um TBCOL43 = 126 / Start column TFORM43 = 'I1 ' / Fortran format TTYPE44 = 'SES2_12 ' / Nearby weeks-confirmed small ext. src., 12um TBCOL44 = 127 / Start column TFORM44 = 'I1 ' / Fortran format TTYPE45 = 'SES2_25 ' / Nearby weeks-confirmed small ext. src., 25um TBCOL45 = 128 / Start column TFORM45 = 'I1 ' / Fortran format TTYPE46 = 'SES2_60 ' / Nearby weeks-confirmed small ext. src., 60um TBCOL46 = 129 / Start column TFORM46 = 'I1 ' / Fortran format TTYPE47 = 'SES2_100' / Nearby weeks-confirmed small ext. src., 100um TBCOL47 = 130 / Start column TFORM47 = 'I1 ' / Fortran format TTYPE48 = 'HSDFlag ' / High source density bin flag, hex encoded TBCOL48 = 131 / Start column TFORM48 = 'A1 ' / Fortran format TTYPE49 = 'Cirr1 ' / Number of nearby 100 micron only WSDB sources TBCOL49 = 132 / Start column TFORM49 = 'I1 ' / Fortran format TTYPE50 = 'Cirr2 ' / 100 micron sky brightness ratio to flux den. TBCOL50 = 133 / Start column TFORM50 = 'I1 ' / Fortran format COMMENT Cirr2: The spatially filtered 100 micron sky brightness ratio to flux COMMENT Cirr2: density of point source (see Explanatory Supplement) TTYPE51 = 'Cirr3 ' / Total 100 micron sky surface brightness TBCOL51 = 134 / Start column TFORM51 = 'I3 ' / Fortran format TUNIT51 = 'MJy/sr ' / Units are MegaJanskys per steradian TTYPE52 = 'NID ' / Number of positional associations TBCOL52 = 137 / Start column TFORM52 = 'I2 ' / Fortran format TTYPE53 = 'IDType ' / Type of object TBCOL53 = 139 / Start column TFORM53 = 'I1 ' / Fortran format TTYPE54 = 'MHcon ' / Possible number of HCONs TBCOL54 = 140 / Start column TFORM54 = 'I2 ' / Fortran format TNULL54 = ' ' / Null value TTYPE55 = 'FCor_12 ' / Flux correction factor applied (times 1000) TBCOL55 = 142 / Start column TFORM55 = 'I4 ' / Fortran format TNULL55 = ' ' / Null value TTYPE56 = 'FCor_25 ' / Flux correction factor applied (times 1000) TBCOL56 = 146 / Start column TFORM56 = 'I4 ' / Fortran format TNULL56 = ' ' / Null value TTYPE57 = 'FCor_60 ' / Flux correction factor applied (times 1000) TBCOL57 = 150 / Start column TFORM57 = 'I4 ' / Fortran format TNULL57 = ' ' / Null value TTYPE58 = 'FCor_100' / Flux correction factor applied (times 1000) TBCOL58 = 154 / Start column TFORM58 = 'I4 ' / Fortran format TNULL58 = ' ' / Null value END