NGC2023_00083_V_df.fits
TARGET  = '                '   / target
EXPTIME =                 100. / exposure time (seconds)
FILTER  = ' (3) V (490-580) '  / filter
DATE-OBS= '2012-10-09T15:56:16' / date of observation (UT)

NGC2023_00085_R_df.fits
TARGET  = '                '   / target
EXPTIME =                 100. / exposure time (seconds)
FILTER  = ' (4) R (570-690) '  / filter
DATE-OBS= '2012-10-09T16:02:17' / date of observation (UT)

NGC2023_00086_R_df.fits
TARGET  = '                '   / target
EXPTIME =                 100. / exposure time (seconds)
FILTER  = ' (4) R (570-690) '  / filter
DATE-OBS= '2012-10-09T16:04:30' / date of observation (UT)

NGC2023_00087_R_df.fits
TARGET  = '                '   / target
EXPTIME =                 100. / exposure time (seconds)
FILTER  = ' (4) R (570-690) '  / filter
DATE-OBS= '2012-10-09T16:06:42' / date of observation (UT)

NGC2023_00088_B_df.fits
TARGET  = '                '   / target
EXPTIME =                 100. / exposure time (seconds)
FILTER  = ' (2) B (375-490) '  / filter
DATE-OBS= '2012-10-09T16:08:59' / date of observation (UT)

NGC2023_00090_B_df.fits
TARGET  = '                '   / target
EXPTIME =                 100. / exposure time (seconds)
FILTER  = ' (2) B (375-490) '  / filter
DATE-OBS= '2012-10-09T16:13:17' / date of observation (UT)

NGC2023_00093_R_df.fits
TARGET  = '                '   / target
EXPTIME =                  10. / exposure time (seconds)
FILTER  = ' (4) R (570-690) '  / filter
DATE-OBS= '2012-10-09T16:20:12' / date of observation (UT)