--- header unit 0: primary ---
SIMPLE = T / Fits standard
BITPIX = -32 / Bits per pixel
NAXIS = 1 / Number of axes
NAXIS1 = 1185 / Axis length
EXTEND = F / File may contain extensions
ORIGIN = 'NOAO-IRAF FITS Image Kernel June 15 1997' / FITS file originator
FILENAME = 'temp9057vg.fits' / Disk filename
IRAF-TLM = '10:35:01 (24/11/1997)' / Time of last modification
OBJECT = '1038+4227'
DATE = '24/11/97'
IRAF-MAX = 3.620000E3 / DATA MAX
IRAF-MIN = 6.370000E2 / DATA MIN
OBSERVAT = 'MMTO' / observatory
EXPTIME = 300. / actual integration time
DARKTIME = 302. / total elapsed time
IMAGETYP = 'object' / object, dark, bias, etc.
DATE-OBS = '20/01/97' / date (dd/mm/yy) of obs.
UT = ' 7:15:02.00' / universal time
ST = ' 7:50:19.00' / sidereal time
RA = '10:36:04.26' / right ascension
DEC = '42:43:19.90' / declination
EPOCH = 1950. / epoch of ra and dec
AIRMASS = 1.219 / airmass
ROTANGLE = '0.0' / rotation angle
TELESCOP = 'mmt' / telescope name
DETECTOR = '12x8mmt' / detector
PREFLASH = 0 / preflash time, seconds
GAIN = 2.6 / gain, electrons per adu
DWELL = 18 / sample integration time
RDNOISE = 7. / read noise, electrons
CAMTEMP = -139 / camera temperature
DEWTEMP = -199 / dewar temperature
CCDSEC = '[1:1200,50:150]' / orientation to full frame
ORIGSEC = '[1:1200,1:200]' / original size full frame
CCDSUM = '1 4' / on chip summation
INSTRUME = 'test' / instrument
TRIM = 'Apr  1  9:35 Trim data section is [1:1200,50:150]'
OVERSCAN = 'Apr  1  9:35 Overscan section is [1210:1220,50:150] with mean=643.70'
ZEROCOR = 'Apr  1  9:35 Zero level correction image is zero4'
CCDPROC = 'Apr  1  9:57 CCD processing done'
FLATCOR = 'Apr  1  9:57 Flat field image is flat4 with scale=0.9974291'
APNUM1 = '1 1 51.34 59.62'
WCSDIM = 1
CTYPE1 = 'LINEAR'
CRVAL1 = 3625.
CRPIX1 = 1.
CD1_1 = 3.2
LTM1_1 = 1.
WAT0_001 = 'system=equispec'
WAT1_001 = 'wtype=linear label=Wavelength units=Angstroms'
DC-FLAG = 0
DCLOG1 = 'REFSPEC1 = wd0064.ms'
EX-FLAG = 0
CA-FLAG = 0
BUNIT = 'erg/cm2/s/A'
HISTORY 'KPNO-IRAF' /
HISTORY '21-01-97' /
HISTORY New copy of d0064.imh
HISTORY New copy of d0064.imh
HISTORY New copy of d0064
HISTORY New copy of d0064.ms.imh
HISTORY New copy of d0064z.ms.imh
DB_OBSRV = '      mmto' / DATABASE: OBSERVATORY
DB_COMNT = '' / DATABASE: COMMENTS
DB_RA = 10.649890 / DATABASE: RIGHT ASCENSION, DECIMAL HOURS
DB_RA_J2 = '10 38 59.603' / DATABASE: RIGHT ASCENSION, SEXIGESIMAL FORMAT
DB_DEC = 42.46166 / DATABASE: DECLINATION, DECIMAL DEGREES
DB_DECJ2 = '+42 27 41.99' / DATABASE: DECLINATION, SEXIGESIMAL FORMAT
DB_NAME = '103859+422741' / DATABASE: SOURCE NAME
DB_DATE = '  20/01/97' / DATABASE: DATE OF OBSERVATION (DD-MM-YY)
DB_UT = '07:15:02' / DATABASE: UNIVERSAL TIME (HH:MM:SS)
DB_JD = 2450468.80 / DATABASE: JULIAN DATE
DB_TELSP = '       mmt' / DATABASE: TELESCOPE
DB_INSTR = '   12x8mmt' / DATABASE: INSTRUMENT
DB_PEOPL = '         Impey' / DATABASE: OBSERVERS
DB_HA = '-02:48:40' / DATABASE: HOUR ANGLE (+/-HH:MM:SS)
DB_ZD = 34 / database: ZENITH DISTANCE (DD)
DB_SLIT = 99.9 / DATABASE: SLIT WIDTH (ARCSEC)
DB_TINT = 300 / DATABASE: INTEGRATION TIME (SECONDS)
DB_LMBD1 = 3625.00 / DATABASE: BEGINNING WAVELENGTH OF SPECTRUM
DB_RES = 3.20 / DATABASE: RESOLUTION OF SPECTRUM (ANG/PIX)
DB_LMBD2 = 7417.00 / DATABASE: ENDING WAVELENGTH OF SPECTRUM
DB_UNITS = '         erg/cm2/s/A' / DATABASE: FLUX UNITS OF SPECTRUM
DB_PRGM = '      fbqs' / DATABASE: PROGRAM FOR WHICH DATA WERE TAKEN
DB_SPEC = 'bq1038+4227.fits' / DATABASE: SPECTRUM FITS FILENAME
DB_CLASS = '    Quasar' / DATABASE: SPECTRAL CLASSIFICAITON
BANDID1 = 'spectrum - background fit, weights variance, clean yes'
CDELT1 = 3.2