The Starbase One Astronomy & Space Collection/STARBASE_ONE.ISO/catalog/mercg/mercg.hdr

Text File | 1989-02-07 | 56KB | 685 lines

XTENSION= 'TABLE   '           / Table extension
BITPIX  =                    8 / Character data
NAXIS   =                    2 / Simple 2-D matrix
NAXIS1  =                  376 / Number of characters per record
NAXIS2  =                31917 / Number of records in the table
PCOUNT  =                    0 / No "random" parameters
GCOUNT  =                    1 / Only one group
TFIELDS =                  120 / Number of data fields per record
EXTNAME = 'MERCG_DATA'         / Merged Catalogue of Galaxies
AUTHOR  = 'Kogoshvili'         / Catalog author(s)
REFERENC= '1986    '           / Catalog reference(s)
DATE    = '11/10/88'           / Date FITS table verified (dd/mm/yy)

HISTORY This FITS header is NOT a complete scientific document for the subject
HISTORY catalog.  It serves only as a minimal description of the general
HISTORY format and structure of the data file.

HISTORY A copy of "Documentation for the Machine-Readable Version of the
HISTORY Merged Catalogue of Galaxies", Raugh 1987, Doc. No. STI-T-5810-510-87,
HISTORY should accompany any computer-readable version of the catalog.

HISTORY Source Catalog Reference: Kogoshvili, N.G. 1986, Merged Catalogue
HISTORY of Galaxies, unpublished.

COMMENT Note that the Merged Catalog uses a large number of single-character
COMMENT codes to describe the structural details of the appearances of the
COMMENT galaxies.  The ADC document listed above contains a complete list of
COMMENT of these codes and their definitions.

TTYPE1  = 'MCG     '           / Number from Morphological Catalog of Galaxies
TBCOL1  =                    1 / Start column
TFORM1  = 'A11     '           / Fortran format

TTYPE2  = 'NAME    '           / NGC, IC, or Anonymous RC1 number
TBCOL2  =                   13 / Start column
TFORM2  = 'A6      '           / Fortran format
TNULL2  = '        '           / Null value

TTYPE3  = 'ADD_INFO'           / "*" if additional information is given
TBCOL3  =                   20 / Start column
TFORM3  = 'A1      '           / Fortran format
TNULL3  = '        '           / Null value
COMMENT ADD_INFO (field 3); It is not clear what "additional information" this
COMMENT flag alludes to.

TTYPE4  = 'RAHR    '           / Hours RA, epoch 1950.0
TBCOL4  =                   21 / Start column
TFORM4  = 'I3      '           / Fortran format
TUNIT4  = 'HR      '           / Units are hours

TTYPE5  = 'RAMIN   '           / Minutes RA, epoch 1950.0
TBCOL5  =                   24 / Start column
TFORM5  = 'I3      '           / Fortran format
TUNIT5  = 'MIN     '           / Units are minutes of time

TTYPE6  = 'RASEC   '           / Seconds RA, epoch 1950.0
TBCOL6  =                   27 / Start column
TFORM6  = 'I3      '           / Fortran format
TUNIT6  = 'SEC     '           / Units are seconds of time

TTYPE7  = 'DECDEG  '           / Degrees DEC, epoch 1950.0
TBCOL7  =                   30 / Start column
TFORM7  = 'I4      '           / Fortran format
TUNIT7  = 'DEG     '           / Units are degrees

TTYPE8  = 'DECMIN  '           / Arcminutes DEC, epoch 1950.0
TBCOL8  =                   34 / Start column
TFORM8  = 'I3      '           / Fortran format
TUNIT8  = 'ARCMIN  '           / Units are minutes of arc

TTYPE9  = 'INTMAG  '           / Integrated magnitude
TBCOL9  =                   37 / Start column
TFORM9  = 'F6.2    '           / Fortran format
TUNIT9  = 'MAG     '           / Units are magnitudes
TNULL9  = '        '           / Null value

TTYPE10 = 'MAG_ACC '           / Magnitude accuracy code
TBCOL10 =                   43 / Start column
TFORM10 = 'I2      '           / Fortran format
COMMENT MAG_ACC (field 10) codes are: 1 = accurate to 0.01 magnitude,
COMMENT 2 = accurate to 0.1 magnitude, 3 = accurate to 1 magnitude

TTYPE11 = 'MAG_REF '           / Magnitude reference code
TBCOL11 =                   45 / Start column
TFORM11 = 'I4      '           / Fortran format
COMMENT MAG_REF (field 11); The full forms of the references are listed by
COMMENT code number in table MERCG_REF.

TTYPE12 = 'MAG_CMBFLAG'        / "Z" if INTMAG is from 2 or more gal., combined
TBCOL12 =                   50 / Start column
TFORM12 = 'A1      '           / Fortran format
TNULL12 = '        '           / Null value

TTYPE13 = 'MAG_CMBNUM'         / Number of galaxies contributing to INTMAG
TBCOL13 =                   51 / Start column
TFORM13 = 'I1      '           / Fortran format
TNULL13 = '        '           / Null value

TTYPE14 = 'MAJAXIS_INNER'      / Major axis, inner part
TBCOL14 =                   52 / Start column
TFORM14 = 'F6.2    '           / Fortran format
TUNIT14 = 'ARCMIN  '           / Units are minutes of arc
TNULL14 = '        '           / Null value

TTYPE15 = 'MINAXIS_INNER'      / Minor axis, inner part
TBCOL15 =                   58 / Start column
TFORM15 = 'F6.2    '           / Fortran format
TUNIT15 = 'ARCMIN  '           / Units are minutes of arc
TNULL15 = '        '           / Null value

TTYPE16 = 'SURF_BR '           / Surface brightness of inner part of galaxy
TBCOL16 =                   66 / Start column
TFORM16 = 'I2      '           / Fortran format
TNULL16 = '        '           / Null value
COMMENT SURF_BR (field 16) is as listed in the MCG on a scale of 1 to 6, where 1
COMMENT is completely black and 6 is barely visible.

TTYPE17 = 'MAJAXIS_WHOLE'      / Major axis, whole galaxy
TBCOL17 =                   66 / Start column
TFORM17 = 'F6.2    '           / Fortran format
TUNIT17 = 'ARCMIN  '           / Units are minutes of arc
TNULL17 = '        '           / Null value

TTYPE18 = 'MINAXIS_WHOLE'      / Minor axis, whole galaxy
TBCOL18 =                   72 / Start column
TFORM18 = 'F6.2    '           / Fortran format
TUNIT18 = 'ARCMIN  '           / Units are minutes of arc
TNULL18 = '        '           / Null value

TTYPE19 = 'DIAM_UNC'           / ">" if fields 17 and 18 are lower limits
TBCOL19 =                   79 / Start column
TFORM19 = 'A1      '           / Fortran format
TNULL19 = '        '           / Null value

TTYPE20 = 'SURF_BR1'           / Surface brightness, first outer region
TBCOL20 =                   81 / Start column
TFORM20 = 'I1      '           / Fortran format
TNULL20 = '        '           / Null value
COMMENT SURF_BR1 (field 20) is as listed in the MCG on a scale of 1 to 6, where
COMMENT 1 is completely black and 6 is barely visible.

TTYPE21 = 'SURF_BR2'           / Surface Brightness, second outer region
TBCOL21 =                   82 / Start column
TFORM21 = 'I1      '           / Fortran format
TNULL21 = '        '           / Null value
COMMENT SURF_BR2 (field 21) is as listed in the MCG on a scale of 1 to 6, where
COMMENT 1 is completely black and 6 is barely visible.

TTYPE22 = 'INCL    '           / Est. inclination of principal plane to LOS
TBCOL22 =                   83 / Start column
TFORM22 = 'I2      '           / Fortran format
TNULL22 = '        '           / Null value
COMMENT INCL (field 22); The numbers 1-5 correspond to the Roman numerals I-V
COMMENT found in the MCG: 1 = face on, 5 = edge on.

TTYPE23 = 'MAJAXIS_BLUE'       / Major axis from POSS blue print
TBCOL23 =                   85 / Start column
TFORM23 = 'F6.2    '           / Fortran format
TUNIT23 = 'ARCMIN  '           / Units are minutes of arc
TNULL23 = '        '           / Null value

TTYPE24 = 'MINAXIS_BLUE'       / Minor axis from POSS blue print
TBCOL24 =                   91 / Start column
TFORM24 = 'F6.2    '           / Fortran format
TUNIT24 = 'ARCMIN  '           / Units are minutes of arc
TNULL24 = '        '           / Null value

TTYPE25 = 'MAJAXIS_RED'        / Major axis from POSS red print
TBCOL25 =                   97 / Start column
TFORM25 = 'F6.2    '           / Fortran format
TUNIT25 = 'ARCMIN  '           / Units are minutes of arc
TNULL25 = '        '           / Null value

TTYPE26 = 'MINAXIS_RED'        / Minor axis from POSS red print
TBCOL26 =                  103 / Start column
TFORM26 = 'F6.2    '           / Fortran format
TUNIT26 = 'ARCMIN  '           / Units are minutes of arc
TNULL26 = '        '           / Null value

TTYPE27 = 'POSS_UNC'           / Code for uncertainty in POSS diameters
TBCOL27 =                  109 / Start column
TFORM27 = 'I2      '           / Fortran format
TNULL27 = '        '           / Null value
COMMENT POSS_UNC (field 27); 0 = all values certain, 1 = blue print values
COMMENT uncertain, 2 = red print values uncertain, 3 = all values uncertain.

TTYPE28 = 'POSANG  '           / Position angle from Uppsala Gen. Catalog
TBCOL28 =                  111 / Start column
TFORM28 = 'I4      '           / Fortran format
TUNIT28 = 'DEG     '           / Units are degrees
TNULL28 = '        '           / Null value

TTYPE29 = 'POSANG_UNC'         / Code for uncertainty in position angle
TBCOL29 =                  115 / Start column
TFORM29 = 'I2      '           / Fortran format
TNULL29 = '        '           / Null value
COMMENT POSANG_UNC (field 29); 0 = certain, 1 = uncertain, 2 = face-on spiral,
COMMENT 3 = assymetric system.

TTYPE30 = 'GEN_APP '           / General appearance code
TBCOL30 =                  118 / Start column
TFORM30 = 'A1      '           / Fortran format
TNULL30 = '        '           / Null value

TTYPE31 = 'GEN_DET1'           / Structural detail 1
TBCOL31 =                  119 / Start column
TFORM31 = 'A1      '           / Fortran format
TNULL31 = '        '           / Null value

TTYPE32 = 'GEN_DET2'           / Structural detail 2
TBCOL32 =                  120 / Start column
TFORM32 = 'A1      '           / Fortran format
TNULL32 = '        '           / Null value

TTYPE33 = 'GAL_STAR'           / Faint galaxy or superimposed star description
TBCOL33 =                  121 / Start column
TFORM33 = 'A1      '           / Fortran format
TNULL33 = '        '           / Null value
COMMENT GAL_STAR (field 33) is "*" if a star image is projected onto the galaxy,
COMMENT otherwise the general description code for a faint galaxy seen in
COMMENT contact with the main galaxy.

TTYPE34 = 'NUC_NUM '           / Number of nuclei seen in contact
TBCOL34 =                  123 / Start column
TFORM34 = 'I2      '           / Fortran format
TNULL34 = '        '           / Null value

TTYPE35 = 'NUC_INN1'           / Nuclear inner region detail 1
TBCOL35 =                  126 / Start column
TFORM35 = 'A1      '           / Fortran format
TNULL35 = '        '           / Null value

TTYPE36 = 'NUC_INN2'           / Nuclear inner region detail 2
TBCOL36 =                  127 / Start column
TFORM36 = 'A1      '           / Fortran format
TNULL36 = '        '           / Null value

TTYPE37 = 'OUT1_SEP'           / Outer region 1 separation symbol
TBCOL37 =                  129 / Start column
TFORM37 = 'A1      '           / Fortran format
TNULL37 = '        '           / Null value

TTYPE38 = 'OUT1_NDET'          / Outer region 1 number of details
TBCOL38 =                  130 / Start column
TFORM38 = 'A1      '           / Fortran format
TNULL38 = '        '           / Null value

TTYPE39 = 'OUT1_GEN'           / Outer region 1 general description
TBCOL39 =                  131 / Start column
TFORM39 = 'A1      '           / Fortran format
TNULL39 = '        '           / Null value

TTYPE40 = 'OUT1_DET'           / Outer region 1 structural details
TBCOL40 =                  132 / Start column
TFORM40 = 'A3      '           / Fortran format
TNULL40 = '        '           / Null value

TTYPE41 = 'OUT1_UNC'           / Outer region 1 structure uncertainty flag
TBCOL41 =                  135 / Start column
TFORM41 = 'A1      '           / Fortran format
TNULL41 = '        '           / Null value

TTYPE42 = 'OUT2_SEP'           / Outer region 2 separation symbol
TBCOL42 =                  137 / Start column
TFORM42 = 'A1      '           / Fortran format
TNULL42 = '        '           / Null value

TTYPE43 = 'OUT2_NDET'          / Outer region 2 number of details
TBCOL43 =                  138 / Start column
TFORM43 = 'A1      '           / Fortran format
TNULL43 = '        '           / Null value

TTYPE44 = 'OUT2_GEN'           / Outer region 2 general description
TBCOL44 =                  139 / Start column
TFORM44 = 'A1      '           / Fortran format
TNULL44 = '        '           / Null value

TTYPE45 = 'OUT2_DET'           / Outer region 2 structural details
TBCOL45 =                  140 / Start column
TFORM45 = 'A3      '           / Fortran format
TNULL45 = '        '           / Null value

TTYPE46 = 'OUT2_UNC'           / Outer region 2 structure uncertainty flag
TBCOL46 =                  143 / Start column
TFORM46 = 'A1      '           / Fortran format
TNULL46 = '        '           / Null value

TTYPE47 = 'OUT3_SEP'           / Outer region 3 separation symbol
TBCOL47 =                  145 / Start column
TFORM47 = 'A1      '           / Fortran format
TNULL47 = '        '           / Null value

TTYPE48 = 'OUT3_NDET'          / Outer region 3 number of structure details
TBCOL48 =                  146 / Start column
TFORM48 = 'A1      '           / Fortran format
TNULL48 = '        '           / Null value

TTYPE49 = 'OUT3_GEN'           / Outer region 3 general description
TBCOL49 =                  147 / Start column
TFORM49 = 'A1      '           / Fortran format
TNULL49 = '        '           / Null value

TTYPE50 = 'OUT3_DET'           / Outer region 3 structural details
TBCOL50 =                  148 / Start column
TFORM50 = 'A3      '           / Fortran format
TNULL50 = '        '           / Null value

TTYPE51 = 'OUT3_UNC'           / Outer region 3 structure uncertainty flag
TBCOL51 =                  151 / Start column
TFORM51 = 'A1      '           / Fortran format
TNULL51 = '        '           / Null value

TTYPE52 = 'OUT4_SEP'           / Outer region 4 separation symbol
TBCOL52 =                  153 / Start column
TFORM52 = 'A1      '           / Fortran format
TNULL52 = '        '           / Null value

TTYPE53 = 'OUT4_NDET'          / Outer region 4 number of details
TBCOL53 =                  154 / Start column
TFORM53 = 'A1      '           / Fortran format
TNULL53 = '        '           / Null value

TTYPE54 = 'OUT4_GEN'           / Outer region 4 general description
TBCOL54 =                  155 / Start column
TFORM54 = 'A1      '           / Fortran format
TNULL54 = '        '           / Null value

TTYPE55 = 'OUT4_DET'           / Outer region 4 structure details
TBCOL55 =                  156 / Start column
TFORM55 = 'A3      '           / Fortran format
TNULL55 = '        '           / Null value

TTYPE56 = 'OUT4_UNC'           / Outer region 4 structure uncertainty flag
TBCOL56 =                  159 / Start column
TFORM56 = 'A1      '           / Fortran format
TNULL56 = '        '           / Null value

TTYPE57 = 'OUT5_SEP'           / Outer region 5 separation symbol
TBCOL57 =                  161 / Start column
TFORM57 = 'A1      '           / Fortran format
TNULL57 = '        '           / Null value

TTYPE58 = 'OUT5_NDET'          / Outer region 5 number of details
TBCOL58 =                  162 / Start column
TFORM58 = 'A1      '           / Fortran format
TNULL58 = '        '           / Null value

TTYPE59 = 'OUT5_GEN'           / Outer region 5 general description
TBCOL59 =                  163 / Start column
TFORM59 = 'A1      '           / Fortran format
TNULL59 = '        '           / Null value

TTYPE60 = 'OUT5_DET'           / Outer region 5 structure details
TBCOL60 =                  164 / Start column
TFORM60 = 'A3      '           / Fortran format
TNULL60 = '        '           / Null value

TTYPE61 = 'OUT5_UNC'           / Outer region 5 structure uncertainty flag
TBCOL61 =                  167 / Start column
TFORM61 = 'A1      '           / Fortran format
TNULL61 = '        '           / Null value

TTYPE62 = 'HUBBLE_SRC'         / Source of revised Hubble class
TBCOL62 =                  169 / Start column
TFORM62 = 'A1      '           / Fortran format
TNULL62 = '        '           / Null value
COMMENT HUBBLE_SRC (field 62); U = UGC, R = RC1

TTYPE63 = 'HUBBLE_RING'        / Revised Hubble class outer ring
TBCOL63 =                  171 / Start column
TFORM63 = 'A1      '           / Fortran format
TNULL63 = '        '           / Null value

TTYPE64 = 'HUBBLE_TYPE'        / Revised Hubble type
TBCOL64 =                  172 / Start column
TFORM64 = 'A4      '           / Fortran format
TNULL64 = '        '           / Null value

TTYPE65 = 'HUBBLE_PEC'         / Revised Hubble class peculiarities
TBCOL65 =                  176 / Start column
TFORM65 = 'A2      '           / Fortran format
TNULL65 = '        '           / Null value

TTYPE66 = 'MORGAN_TYPE'        / Morgan classification type
TBCOL66 =                  179 / Start column
TFORM66 = 'A3      '           / Fortran format
TNULL66 = '        '           / Null value

TTYPE67 = 'MORGAN_SPC '        / Morgan classification spectral class
TBCOL67 =                  182 / Start column
TFORM67 = 'A2      '           / Fortran format
TNULL67 = '        '           / Null value

TTYPE68 = 'MORGAN_PEC'           / Morgan classification peculiarities
TBCOL68 =                  184 / Start column
TFORM68 = 'A1      '           / Fortran format
TNULL68 = '        '           / Null value

TTYPE69 = 'CLASS   '           / Hubble or van den Bergh classification
TBCOL69 =                  186 / Start column
TFORM69 = 'A8      '           / Fortran format
TNULL69 = '        '           / Null value
COMMENT CLASS (field 69); This field contains a classification in either the
COMMENT Hubble or van den Bergh system.  The structure of the field differs
COMMENT depending on the classification type.  See the ADC documentation for
COMMENT a complete description of the format of this field in both cases.

TTYPE70 = 'CLASS_SRC'          / Source of the CLASS (field 69)
TBCOL70 =                  195 / Start column
TFORM70 = 'A1      '           / Fortran format
TNULL70 = '        '           / Null value

TTYPE71 = 'HEL_RV  '           / Heliocentric radial velocity
TBCOL71 =                  196 / Start column
TFORM71 = 'I7      '           / Fortran format
TUNIT71 = 'KM/SEC  '           / Units are kilometers per second
TNULL71 = '        '           / Null value

TTYPE72 = 'HEL_RV_REF'         / Heliocentric radial velocity reference code
TBCOL72 =                  203 / Start column
TFORM72 = 'I4      '           / Fortran format
TNULL72 = '        '           / Null value

TTYPE73 = 'CORR_RV '           / Radial velocity corrected for solar motion
TBCOL73 =                  207 / Start column
TFORM73 = 'I7      '           / Fortran format
TUNIT73 = 'KM/SEC  '           / Units are kilometers per second
TNULL73 = '        '           / Null value

TTYPE74 = 'CORR_RV_REF'        / Corrected radial velocity reference code
TBCOL74 =                  214 / Start column
TFORM74 = 'I4      '           / Fortran format
TNULL74 = '        '           / Null value

TTYPE75 = 'ROT_VEL '           / Rotational velocity
TBCOL75 =                  218 / Start column
TFORM75 = 'I4      '           / Fortran format
TUNIT75 = 'KM/SEC/KPC'         / Units are kilometers per second per kiloparsec
TNULL75 = '        '           / Null value

TTYPE76 = 'R_H     '           / On rot. curve, dist. from center to bending pt.
TBCOL76 =                  222 / Start column
TFORM76 = 'F6.2    '           / Fortran format
TNULL76 = '        '           / Null value
COMMENT R_H (field 75); If ROT_VEL_REF (field 77) is 11, units are minutes of
COMMENT arc.  If ROTV_REF is 12, units are kiloparsecs.

TTYPE77 = 'R_H_UNC '           / ">" if R_H (field 75) is a lower limit
TBCOL77 =                  229 / Start column
TFORM77 = 'A1      '           / Fortran format
TNULL77 = '        '           / Null value

TTYPE78 = 'ROT_VEL_REF'        / Rotational velocity reference code
TBCOL78 =                  230 / Start column
TFORM78 = 'I4      '           / Fortran format
TNULL78 = '        '           / Null value

TTYPE79 = 'SN_YR1  '           / Year of first observed supernova
TBCOL79 =                  234 / Start column
TFORM79 = 'I3      '           / Fortran format
TNULL79 = '        '           / Null value

TTYPE80 = 'SN_YR2  '           / Year of second observed supernova
TBCOL80 =                  237 / Start column
TFORM80 = 'I3      '           / Fortran format
TNULL80 = '        '           / Null value

TTYPE81 = 'SN_NUM  '           / Number of observed supernovae
TBCOL81 =                  240 / Start column
TFORM81 = 'I2      '           / Fortran format
TNULL81 = '        '           / Null value

TTYPE82 = 'HII_NUM '           / Number of H II regions
TBCOL82 =                  242 / Start column
TFORM82 = 'I4      '           / Fortran format
TNULL82 = '        '           / Null value

TTYPE83 = 'HII_REF '           / H II region reference code
TBCOL83 =                  246 / Start column
TFORM83 = 'I4      '           / Fortran format
TNULL83 = '        '           / Null value

TTYPE84 = 'U-B_INT '           / Integrated U-B
TBCOL84 =                  250 / Start column
TFORM84 = 'F6.2    '           / Fortran format
TUNIT84 = 'MAG     '           / Units are magnitudes
TNULL84 = '        '           / Null value

TTYPE85 = 'U-B_REF '           / Integrated U-B reference code
TBCOL85 =                  256 / Start column
TFORM85 = 'I4      '           / Fortran format
TNULL85 = '        '           / Null value

TTYPE86 = 'B-V_INT '           / Integrated B-V
TBCOL86 =                  260 / Start column
TFORM86 = 'F5.2    '           / Fortran format
TUNIT86 = 'MAG     '           / Units are magnitudes
TNULL86 = '        '           / Null value

TTYPE87 = 'B-V_REF '           / Integrated B-V reference code
TBCOL87 =                  265 / Start column
TFORM87 = 'I4      '           / Fortran format
TNULL87 = '        '           / Null value

TTYPE88 = 'U-B_FACE'           / Integrated face-on U-B, from RC1
TBCOL88 =                  269 / Start column
TFORM88 = 'F6.2    '           / Fortran format
TUNIT88 = 'MAG     '           / Units are magnitudes
TNULL88 = '        '           / Null value

TTYPE89 = 'B-V_FACE'           / Integrated face-on B-V, from RC1
TBCOL89 =                  275 / Start column
TFORM89 = 'F5.2    '           / Fortran format
TUNIT89 = 'MAG     '           / Units are magnitudes
TNULL89 = '        '           / Null value

TTYPE90 = 'INT_SPEC'           / Integral spectrum
TBCOL90 =                  281 / Start column
TFORM90 = 'A2      '           / Fortran format
TNULL90 = '        '           / Null value

TTYPE91 = 'FLUX_178'           / Flux density at 178 MHz
TBCOL91 =                  283 / Start column
TFORM91 = 'F5.1    '           / Fortran format
TUNIT91 = 'JANSKYS '           / Units are janskys
TNULL91 = '        '           / Null value

TTYPE92 = 'REF_178 '           / 178MHz flux density reference code
TBCOL92 =                  288 / Start column
TFORM92 = 'I4      '           / Fortran format
TNULL92 = '        '           / Null value

TTYPE93 = 'FLUX_780'           / Flux density at 780 MHz
TBCOL93 =                  292 / Start column
TFORM93 = 'F5.1    '           / Fortran format
TUNIT93 = 'JANSKYS '           / Units are janksys
TNULL93 = '        '           / Null value

TTYPE94 = 'REF_780 '           / 780 MHz flux density reference code
TBCOL94 =                  297 / Start column
TFORM94 = 'I4      '           / Fortran format
TNULL94 = '        '           / Null value

TTYPE95 = 'FLUX_1400'          / Flux density at 1400 MHz
TBCOL95 =                  301 / Start column
TFORM95 = 'F5.2    '           / Fortran format
TUNIT95 = 'JANSKYS '           / Units are janskys
TNULL95 = '        '           / Null value

TTYPE96 = 'REF_1400'           / 1400 MHz flux density reference code
TBCOL96 =                  306 / Start column
TFORM96 = 'I4      '           / Fortran format
TNULL96 = '        '           / Null value

TTYPE97 = 'FLUX_2700'          / Flux density at 2700 MHz
TBCOL97 =                  310 / Start column
TFORM97 = 'F5.2    '           / Fortran format
TUNIT97 = 'JANSKYS '           / Units are janskys
TNULL97 = '        '           / Null value

TTYPE98 = 'REF_2700'           / 2700 MHz flux density reference code
TBCOL98 =                  315 / Start column
TFORM98 = 'I4      '           / Fortran format
TNULL98 = '        '           / Null value

TTYPE99 = 'FLUX_5000'          / Flux density at 5000 MHz
TBCOL99 =                  319 / Start column
TFORM99 = 'F5.2    '           / Fortran format
TUNIT99 = 'JANSKYS '           / Units are janskys
TNULL99 = '        '           / Null value

TTYPE100= 'REF_5000'           / 5000 MHz flux density reference code
TBCOL100=                  324 / Start column
TFORM100= 'I4      '           / Fortran format
TNULL100= '        '           / Null value

TTYPE101= 'CGCG_NUM'           / Number from Cat. of Gal. and Clusters of Gal.
TBCOL101=                  328 / Start column
TFORM101= 'I4      '           / Fortran format
TNULL101= '        '           / Null value

TTYPE102= 'CCG_FLAG'           / "1" if listed in Cat. of Sel. Compact Gal.
TBCOL102=                  333 / Start column
TFORM102= 'A1      '           / Fortran format
TNULL102= '        '           / Null value

TTYPE103= 'MKN_FLAG'           / "1" if listed in Markarian's lists of gal.
TBCOL103=                  335 / Start column
TFORM103= 'A1      '           / Fortran format
TNULL103= '        '           / Null value

TTYPE104= 'IG_FLAG '           / "1" if listed in Cat. of Isolated Gal.
TBCOL104=                  337 / Start column
TFORM104= 'A1      '           / Fortran format
TNULL104= '        '           / Null value

TTYPE105= 'IPG_FLAG'           / "1" if listed in Cat. of Isolated Pairs of Gal.
TBCOL105=                  339 / Start column
TFORM105= 'A1      '           / Fortran format
TNULL105= '        '           / Null value

TTYPE106= 'BYU_TYPE'           / Byurakan classification of nucleus
TBCOL106=                  341 / Start column
TFORM106= 'A1      '           / Fortran format
TNULL106= '        '           / Null value

TTYPE107= 'EM_FLAG '           / "1" if ref. 54 lists emission lines in spectrum
TBCOL107=                  343 / Start column
TFORM107= 'A1      '           / Fortran format
TNULL107= '        '           / Null value

TTYPE108= 'COMP_FLAG'          / Non-blank if the galaxy has a companion
TBCOL108=                  344 / Start column
TFORM108= 'I2      '           / Fortran format
TNULL108= '        '           / Null value
COMMENT COMP_FLAG (field 107); 1 = companion with MCG number, 2 = companion with
COMMENT no MCG number, 3 = more than one galaxy with a single MCG number.

TTYPE109= 'MULT_CODE'          / Multiple-galaxy membership code
TBCOL109=                  347 / Start column
TFORM109= 'A1      '           / Fortran format
TNULL109= '        '           / Null value

TTYPE110= 'MCG_COMP'           / MCG number of companion galaxy
TBCOL110=                  348 / Start column
TFORM110= 'I4      '           / Fortran format
TNULL110= '        '           / Null value

TTYPE111= 'ISOL_DEG'           / Degree of isolation
TBCOL111=                  352 / Start column
TFORM111= 'I2      '           / Fortran format
TNULL111= '        '           / Null value

TTYPE112= 'INTER_NUM'          / Number of members observed to be interacting
TBCOL112=                  354 / Start column
TFORM112= 'I2      '           / Fortran format
TNULL112= '        '           / Null value

TTYPE113= 'INTER_FLAG'         / "B", if evident, "Q", if suspected, interaction
TBCOL113=                  357 / Start column
TFORM113= 'A1      '           / Fortran format
TNULL113= '        '           / Null value

TTYPE114= 'INTER_TYPE'         / Interaction type
TBCOL114=                  358 / Start column
TFORM114= 'I2      '           / Fortran format
TNULL114= '        '           / Null value

TTYPE115= 'DISTORT_TYPE'       / Type of distortion in form of galaxy
TBCOL115=                  360 / Start column
TFORM115= 'I2      '           / Fortran format
TNULL115= '        '           / Null value

TTYPE116= 'ANG_SEP '           / Angular separation
TBCOL116=                  362 / Start column
TFORM116= 'F4.1    '           / Fortran format
TUNIT116= 'ARCMIN  '           / Units are minutes of arc
TNULL116= '        '           / Null value

TTYPE117= 'FCOMP_NUM'          / Number of faint components
TBCOL117=                  366 / Start column
TFORM117= 'I2      '           / Fortran format
TNULL117= '        '           / Null value

TTYPE118= 'FCOMP_CODE'         / Code for type of faint component
TBCOL118=                  368 / Start column
TFORM118= 'I2      '           / Fortran format
TNULL118= '        '           / Null value

TTYPE119= 'FCOMP_MCG'          / Faint component MCG number
TBCOL119=                  370 / Start column
TFORM119= 'I3      '           / Fortran format
TNULL119= '        '           / Null value
COMMENT FCOMP_MSG (field 119); If FCOMP_CODE (field 118) is "1" this field lists
COMMENT the MCG number of the component, otherwise this is the magnitude of the
COMMENT nearest component.

TTYPE120= 'COMP_DIST'          / Angular distance to the nearest companion
TBCOL120=                  373 / Start column
TFORM120= 'F4.1    '           / Fortran format
TUNIT120= 'ARCMIN  '           / Units are minutes of arc
TNULL120= '        '           / Null value

END