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SIMPLE  =                    T  /  FITS STANDARD
BITPIX  =                  -32  /  FITS BITS/PIXEL
NAXIS   =                    2  /  NUMBER OF AXES
NAXIS1  =                 2046  /
NAXIS2  =                 2048  /
OBJECT  = 'N3044 1495 60 W'     /
ORIGIN  = 'KPNO-IRAF'           /
DATE    = '06-10-99'            /
IRAFNAME= '3044cm  '            /  NAME OF IRAF IMAGE FILE
IRAF-MAX=           6.667026E4  /  DATA MAX
IRAF-MIN=           7.482552E0  /  DATA MIN
IRAF-BPX=                   32  /  DATA BITS/PIXEL
IRAFTYPE= 'REAL    '            /  PIXEL TYPE
OBSERVAT= 'KPNO              '  /  observatory
OBSERVER= 'R. Rand           '  /  observers
PROPID  = '2710              '  /  observing proposal ID
EXPTIME =                1200.  /  actual integration time, seconds
DARKTIME=                1200.  /  total elapsed time, seconds
IMAGETYP= 'object            '  /  object, flat, bias, etc.
DATE-OBS= '09/04/97          '  /  UT date (dd/mm/yy) of observation
UT      = ' 3:46:08.00'         /  universal time (start of exposure)
ST      = ' 9:29:30.00'         /  sidereal time
RA      = ' 9:53:28.00'         /  right ascension (hh:mm:ss)
DEC     = ' 1:35:36.00'         /  declination (dd:mm:ss)
EQUINOX =               1997.3  /  equinox of RA and Dec
EPOCH   =               1997.3  /  same as EQUINOX (for back compat.)
ZD      = '30.860            '  /  zenith distance, degrees
AIRMASS =                 1.16  /  airmass
TELFOCUS= '4595              '  /  telescope focus
TELFILTE= '1                 '  /  telescope filters
TELESCOP= 'kp09m             '  /  telescope name
DETECTOR= 't2ka              '  /  detector name
PREFLASH=                    0  /  preflash time, seconds
GAIN    =                  3.6  /  gain, electrons per adu
DWELL   =                    3  /  sample integration time, microseconds
RDNOISE =                   4.  /  read noise, electrons
NSCANROW=                    1  /  number of CCD rows scanned
CAMTEMP =                 -110  /  camera temperature, Celsius
DEWTEMP =                 -137  /  dewar temperature, Celsius
CCDSEC  = '[1:2046,1:2048]'     /  orientation to full frame
ORIGSEC = '[1:2048,1:2048]   '  /  original size full frame
CCDSUM  = '1 1               '  /  on chip summation
INSTRUME= 'test              '  /  instrument name
FILTERS = '1                 '  /  filter position
RECID   = 'kp09m.970409.034608'  /  archive ID for observation
RECNO   =              1049057  /  NOAO archive sequence number
CHECKSUM= 'Z1lHd1i9Z1iEb1i9'    /  ASCII 1's complement checksum
DATASUM = '1092312878'          /  checksum of data records
TRIM    = 'Sep 12 14:41 Trim data section is [1:2046,1:2048]'
OVERSCAN= 'Sep 12 14:41 Overscan section is [2051:2080,1:2048] with mean=1012.5'
ZEROCOR = 'Sep 12 14:41 Zero level correction image is zero2'
CCDPROC = 'Sep 15 11:52 CCD processing done'
FLATCOR = 'Sep 15 11:51 Flat field image is sky1.imh with scale=22925.1'
WCSDIM  =                    2
LTV1    =     24.7482514512339
LTV2    =     2073.83583816234
LTM1_1  =  -0.0251331771494126
LTM2_1  =     1.00011135407999
LTM1_2  =    -1.00015156406469
LTM2_2  =  -0.0250199934491329
WAT0_001= 'system=physical'
WAT1_001= 'label=ra wtype=linear'
WAT2_001= 'label=dec wtype=linear'
HISTORY 'KPNO-IRAF'           /
HISTORY '08-04-97'            /
HISTORY New copy of i0077.imh
HISTORY New copy of i0077.imh
HISTORY New copy of i0077.imh
CRPIX1  =     1022.98765370677
CRPIX2  =     1024.01276554634
CRVAL1  =            148.40092
CRVAL2  =             1.578694
CTYPE1  = 'RA      '
CTYPE2  = 'DEC     '
CUNIT1  = 'degree  '
CUNIT2  = 'degree  '
CD1_1   =    0.681128998110227
CD1_2   =  -4.862247306170E-10
CD2_1   =  4.8622473408644E-10
CD2_2   =    0.681128998110228
HISTORY 'KPNO-IRAF'           /
HISTORY '03-10-97'            /
HISTORY New copy of 3044cm
END

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