***Observing Log*** SIMPLE = T / Proper FITS format used BITPIX = 16 / 2 byte-pixel per data point NAXIS = 2 / CCD array NAXIS1 = 50 / Fastest varying axis in array NAXIS2 = 1024 / Next axis DETECTOR= 'DDOCCD ' / CCD array TELESCOP= '1.88M ' / Telescope INSTRUME= 'cass-ccd' / Data acquisition instrument ORIGSEC = '[1:1024,1:1024]' / Original frame format CCDSEG = '[406:605,1:1024]' / Frame format OBJECT = 'Tungsten' / Image name TIME-OBS= '01:00:38' / start Universal time DATE-OBS= '09/10/98' / Universal Date: DD/MM/YY OBSERVER= 'rG/JL/wxL' / Name(s) or ID(s) EXPTIME = 15.00 / Exposure time in seconds FILE = 'CC57869.fts' / File name GAIN = 90 / cgain; =[(Gain_Factor-1)]x30 TSCALE = 1000 / Camera scale DEC = ' ' / Declination, +/-dd:mm:ss RA = ' ' / Right Ascension, hh:mm:ss HA = ' ' / Actual position of telescope EQUINOX = / Equinox EPOCH = 1900 / Epoch ENDTIME = '01:01:00' / End time of exposure EXPCOUNT= / Exposure meter counts IMAGETYP= 'flat ' / Type of observation CENTLAM = '4600 ' / Central wavelength for observation FILTER = '0 ' / Wavelength or ID GRATING = '0600/26.14' / Grating description COMMENT COMMENT dome T 13, rel H 66 COMMENT header times 1m 25s ahead of correct time COMMENT COMMENT COMMENT END ***Observing Log*** SIMPLE = T / Proper FITS format used BITPIX = 16 / 2 byte-pixel per data point NAXIS = 2 / CCD array NAXIS1 = 50 / Fastest varying axis in array NAXIS2 = 1024 / Next axis DETECTOR= 'DDOCCD ' / CCD array TELESCOP= '1.88M ' / Telescope INSTRUME= 'cass-ccd' / Data acquisition instrument ORIGSEC = '[1:1024,1:1024]' / Original frame format CCDSEG = '[406:605,1:1024]' / Frame format OBJECT = 'Tungsten' / Image name TIME-OBS= '01:03:34' / start Universal time DATE-OBS= '09/10/98' / Universal Date: DD/MM/YY OBSERVER= 'rG/JL/wxL' / Name(s) or ID(s) EXPTIME = 15.00 / Exposure time in seconds FILE = 'CC57870.fts' / File name GAIN = 90 / cgain; =[(Gain_Factor-1)]x30 TSCALE = 1000 / Camera scale DEC = ' ' / Declination, +/-dd:mm:ss RA = ' ' / Right Ascension, hh:mm:ss HA = ' ' / Actual position of telescope EQUINOX = / Equinox EPOCH = 1900 / Epoch ENDTIME = '01:03:56' / End time of exposure EXPCOUNT= / Exposure meter counts IMAGETYP= 'flat ' / Type of observation CENTLAM = '4600 ' / Central wavelength for observation FILTER = '0 ' / Wavelength or ID GRATING = '0600/26.14' / Grating description COMMENT COMMENT dome T 13, rel H 66 COMMENT header times 1m 25s ahead of correct time COMMENT COMMENT COMMENT END ***Observing Log*** SIMPLE = T / Proper FITS format used BITPIX = 16 / 2 byte-pixel per data point NAXIS = 2 / CCD array NAXIS1 = 50 / Fastest varying axis in array NAXIS2 = 1024 / Next axis DETECTOR= 'DDOCCD ' / CCD array TELESCOP= '1.88M ' / Telescope INSTRUME= 'cass-ccd' / Data acquisition instrument ORIGSEC = '[1:1024,1:1024]' / Original frame format CCDSEG = '[406:605,1:1024]' / Frame format OBJECT = 'Tungsten' / Image name TIME-OBS= '01:04:04' / start Universal time DATE-OBS= '09/10/98' / Universal Date: DD/MM/YY OBSERVER= 'rG/JL/wxL' / Name(s) or ID(s) EXPTIME = 15.00 / Exposure time in seconds FILE = 'CC57871.fts' / File name GAIN = 90 / cgain; =[(Gain_Factor-1)]x30 TSCALE = 1000 / Camera scale DEC = ' ' / Declination, +/-dd:mm:ss RA = ' ' / Right Ascension, hh:mm:ss HA = ' ' / Actual position of telescope EQUINOX = / Equinox EPOCH = 1900 / Epoch ENDTIME = '01:04:27' / End time of exposure EXPCOUNT= / Exposure meter counts IMAGETYP= 'flat ' / Type of observation CENTLAM = '4600 ' / Central wavelength for observation FILTER = '0 ' / Wavelength or ID GRATING = '0600/26.14' / Grating description COMMENT COMMENT dome T 13, rel H 66 COMMENT header times 1m 25s ahead of correct time COMMENT COMMENT COMMENT END ***Observing Log*** SIMPLE = T / Proper FITS format used BITPIX = 16 / 2 byte-pixel per data point NAXIS = 2 / CCD array NAXIS1 = 50 / Fastest varying axis in array NAXIS2 = 1024 / Next axis DETECTOR= 'DDOCCD ' / CCD array TELESCOP= '1.88M ' / Telescope INSTRUME= 'cass-ccd' / Data acquisition instrument ORIGSEC = '[1:1024,1:1024]' / Original frame format CCDSEG = '[406:605,1:1024]' / Frame format OBJECT = 'Tungsten' / Image name TIME-OBS= '01:04:35' / start Universal time DATE-OBS= '09/10/98' / Universal Date: DD/MM/YY OBSERVER= 'rG/JL/wxL' / Name(s) or ID(s) EXPTIME = 15.00 / Exposure time in seconds FILE = 'CC57872.fts' / File name GAIN = 90 / cgain; =[(Gain_Factor-1)]x30 TSCALE = 1000 / Camera scale DEC = ' ' / Declination, +/-dd:mm:ss RA = ' ' / Right Ascension, hh:mm:ss HA = ' ' / Actual position of telescope EQUINOX = / Equinox EPOCH = 1900 / Epoch ENDTIME = '01:04:57' / End time of exposure EXPCOUNT= / Exposure meter counts IMAGETYP= 'flat ' / Type of observation CENTLAM = '4600 ' / Central wavelength for observation FILTER = '0 ' / Wavelength or ID GRATING = '0600/26.14' / Grating description COMMENT COMMENT dome T 13, rel H 66 COMMENT header times 1m 25s ahead of correct time COMMENT COMMENT COMMENT END ***Observing Log*** SIMPLE = T / Proper FITS format used BITPIX = 16 / 2 byte-pixel per data point NAXIS = 2 / CCD array NAXIS1 = 50 / Fastest varying axis in array NAXIS2 = 1024 / Next axis DETECTOR= 'DDOCCD ' / CCD array TELESCOP= '1.88M ' / Telescope INSTRUME= 'cass-ccd' / Data acquisition instrument ORIGSEC = '[1:1024,1:1024]' / Original frame format CCDSEG = '[406:605,1:1024]' / Frame format OBJECT = 'Tungsten' / Image name TIME-OBS= '01:05:06' / start Universal time DATE-OBS= '09/10/98' / Universal Date: DD/MM/YY OBSERVER= 'rG/JL/wxL' / Name(s) or ID(s) EXPTIME = 15.00 / Exposure time in seconds FILE = 'CC57873.fts' / File name GAIN = 90 / cgain; =[(Gain_Factor-1)]x30 TSCALE = 1000 / Camera scale DEC = ' ' / Declination, +/-dd:mm:ss RA = ' ' / Right Ascension, hh:mm:ss HA = ' ' / Actual position of telescope EQUINOX = / Equinox EPOCH = 1900 / Epoch ENDTIME = '01:05:28' / End time of exposure EXPCOUNT= / Exposure meter counts IMAGETYP= 'flat ' / Type of observation CENTLAM = '4600 ' / Central wavelength for observation FILTER = '0 ' / Wavelength or ID GRATING = '0600/26.14' / Grating description COMMENT COMMENT dome T 13, rel H 66 COMMENT header times 1m 25s ahead of correct time COMMENT COMMENT COMMENT END ***Observing Log*** SIMPLE = T / Proper FITS format used BITPIX = 16 / 2 byte-pixel per data point NAXIS = 2 / CCD array NAXIS1 = 50 / Fastest varying axis in array NAXIS2 = 1024 / Next axis DETECTOR= 'DDOCCD ' / CCD array TELESCOP= '1.88M ' / Telescope INSTRUME= 'cass-ccd' / Data acquisition instrument ORIGSEC = '[1:1024,1:1024]' / Original frame format CCDSEG = '[406:605,1:1024]' / Frame format OBJECT = 'Tungsten' / Image name TIME-OBS= '01:05:37' / start Universal time DATE-OBS= '09/10/98' / Universal Date: DD/MM/YY OBSERVER= 'rG/JL/wxL' / Name(s) or ID(s) EXPTIME = 15.00 / Exposure time in seconds FILE = 'CC57874.fts' / File name GAIN = 90 / cgain; =[(Gain_Factor-1)]x30 TSCALE = 1000 / Camera scale DEC = ' ' / Declination, +/-dd:mm:ss RA = ' ' / Right Ascension, hh:mm:ss HA = ' ' / Actual position of telescope EQUINOX = / Equinox EPOCH = 1900 / Epoch ENDTIME = '01:05:59' / End time of exposure EXPCOUNT= / Exposure meter counts IMAGETYP= 'flat ' / Type of observation CENTLAM = '4600 ' / Central wavelength for observation FILTER = '0 ' / Wavelength or ID GRATING = '0600/26.14' / Grating description COMMENT COMMENT dome T 13, rel H 66 COMMENT header times 1m 25s ahead of correct time COMMENT COMMENT COMMENT END ***Observing Log*** SIMPLE = T / Proper FITS format used BITPIX = 16 / 2 byte-pixel per data point NAXIS = 2 / CCD array NAXIS1 = 50 / Fastest varying axis in array NAXIS2 = 1024 / Next axis DETECTOR= 'DDOCCD ' / CCD array TELESCOP= '1.88M ' / Telescope INSTRUME= 'cass-ccd' / Data acquisition instrument ORIGSEC = '[1:1024,1:1024]' / Original frame format CCDSEG = '[406:605,1:1024]' / Frame format OBJECT = 'Tungsten' / Image name TIME-OBS= '01:06:08' / start Universal time DATE-OBS= '09/10/98' / Universal Date: DD/MM/YY OBSERVER= 'rG/JL/wxL' / Name(s) or ID(s) EXPTIME = 15.00 / Exposure time in seconds FILE = 'CC57875.fts' / File name GAIN = 90 / cgain; =[(Gain_Factor-1)]x30 TSCALE = 1000 / Camera scale DEC = ' ' / Declination, +/-dd:mm:ss RA = ' ' / Right Ascension, hh:mm:ss HA = ' ' / Actual position of telescope EQUINOX = / Equinox EPOCH = 1900 / Epoch ENDTIME = '01:06:30' / End time of exposure EXPCOUNT= / Exposure meter counts IMAGETYP= 'flat ' / Type of observation CENTLAM = '4600 ' / Central wavelength for observation FILTER = '0 ' / Wavelength or ID GRATING = '0600/26.14' / Grating description COMMENT COMMENT dome T 13, rel H 66 COMMENT header times 1m 25s ahead of correct time COMMENT COMMENT COMMENT END ***Observing Log*** SIMPLE = T / Proper FITS format used BITPIX = 16 / 2 byte-pixel per data point NAXIS = 2 / CCD array NAXIS1 = 50 / Fastest varying axis in array NAXIS2 = 1024 / Next axis DETECTOR= 'DDOCCD ' / CCD array TELESCOP= '1.88M ' / Telescope INSTRUME= 'cass-ccd' / Data acquisition instrument ORIGSEC = '[1:1024,1:1024]' / Original frame format CCDSEG = '[406:605,1:1024]' / Frame format OBJECT = 'Tungsten' / Image name TIME-OBS= '01:06:38' / start Universal time DATE-OBS= '09/10/98' / Universal Date: DD/MM/YY OBSERVER= 'rG/JL/wxL' / Name(s) or ID(s) EXPTIME = 15.00 / Exposure time in seconds FILE = 'CC57876.fts' / File name GAIN = 90 / cgain; =[(Gain_Factor-1)]x30 TSCALE = 1000 / Camera scale DEC = ' ' / Declination, +/-dd:mm:ss RA = ' ' / Right Ascension, hh:mm:ss HA = ' ' / Actual position of telescope EQUINOX = / Equinox EPOCH = 1900 / Epoch ENDTIME = '01:07:00' / End time of exposure EXPCOUNT= / Exposure meter counts IMAGETYP= 'flat ' / Type of observation CENTLAM = '4600 ' / Central wavelength for observation FILTER = '0 ' / Wavelength or ID GRATING = '0600/26.14' / Grating description COMMENT COMMENT dome T 13, rel H 66 COMMENT header times 1m 25s ahead of correct time COMMENT COMMENT COMMENT END ***Observing Log*** SIMPLE = T / Proper FITS format used BITPIX = 16 / 2 byte-pixel per data point NAXIS = 2 / CCD array NAXIS1 = 50 / Fastest varying axis in array NAXIS2 = 1024 / Next axis DETECTOR= 'DDOCCD ' / CCD array TELESCOP= '1.88M ' / Telescope INSTRUME= 'cass-ccd' / Data acquisition instrument ORIGSEC = '[1:1024,1:1024]' / Original frame format CCDSEG = '[406:605,1:1024]' / Frame format OBJECT = 'Tungsten' / Image name TIME-OBS= '01:07:09' / start Universal time DATE-OBS= '09/10/98' / Universal Date: DD/MM/YY OBSERVER= 'rG/JL/wxL' / Name(s) or ID(s) EXPTIME = 15.00 / Exposure time in seconds FILE = 'CC57877.fts' / File name GAIN = 90 / cgain; =[(Gain_Factor-1)]x30 TSCALE = 1000 / Camera scale DEC = ' ' / Declination, +/-dd:mm:ss RA = ' ' / Right Ascension, hh:mm:ss HA = ' ' / Actual position of telescope EQUINOX = / Equinox EPOCH = 1900 / Epoch ENDTIME = '01:07:31' / End time of exposure EXPCOUNT= / Exposure meter counts IMAGETYP= 'flat ' / Type of observation CENTLAM = '4600 ' / Central wavelength for observation FILTER = '0 ' / Wavelength or ID GRATING = '0600/26.14' / Grating description COMMENT COMMENT dome T 13, rel H 66 COMMENT header times 1m 25s ahead of correct time COMMENT COMMENT COMMENT END ***Observing Log*** SIMPLE = T / Proper FITS format used BITPIX = 16 / 2 byte-pixel per data point NAXIS = 2 / CCD array NAXIS1 = 50 / Fastest varying axis in array NAXIS2 = 1024 / Next axis DETECTOR= 'DDOCCD ' / CCD array TELESCOP= '1.88M ' / Telescope INSTRUME= 'cass-ccd' / Data acquisition instrument ORIGSEC = '[1:1024,1:1024]' / Original frame format CCDSEG = '[406:605,1:1024]' / Frame format OBJECT = 'Tungsten' / Image name TIME-OBS= '01:07:40' / start Universal time DATE-OBS= '09/10/98' / Universal Date: DD/MM/YY OBSERVER= 'rG/JL/wxL' / Name(s) or ID(s) EXPTIME = 15.00 / Exposure time in seconds FILE = 'CC57878.fts' / File name GAIN = 90 / cgain; =[(Gain_Factor-1)]x30 TSCALE = 1000 / Camera scale DEC = ' ' / Declination, +/-dd:mm:ss RA = ' ' / Right Ascension, hh:mm:ss HA = ' ' / Actual position of telescope EQUINOX = / Equinox EPOCH = 1900 / Epoch ENDTIME = '01:08:02' / End time of exposure EXPCOUNT= / Exposure meter counts IMAGETYP= 'flat ' / Type of observation CENTLAM = '4600 ' / Central wavelength for observation FILTER = '0 ' / Wavelength or ID GRATING = '0600/26.14' / Grating description COMMENT COMMENT dome T 13, rel H 66 COMMENT header times 1m 25s ahead of correct time COMMENT COMMENT COMMENT END