--- header unit 0: primary ---
SIMPLE = T / Fits standard
BITPIX = -32 / Bits per pixel
NAXIS = 1 / Number of axes
NAXIS1 = 1025 / Axis length
EXTEND = F / File may contain extensions
ORIGIN = 'NOAO-IRAF FITS Image Kernel July 2003' / FITS file originator
DATE = '2013-07-26T13:14:25' / Date FITS file was generated
IRAF-TLM = '2013-07-26T13:14:25' / Time of last modification
OBJECT = 'LSI+61303' / Name of the object observed
CRVAL1 = 6500.68432891451 / Value of the first column
CRPIX1 = 1.000000 / Reference column number
CTYPE1 = 'LINEAR' / Name of the first axis
BUNIT = 'ADU' / Physical unit of pixel values
DETECTOR = 'Photometrics AT200 camera with SITe SI003AB 1024x1024 CCD'
CCDCOLS = 1024 / Number of CCD columns
CCDROWS = 1024 / Number of CCD rows
GAIN = 1.210000 / CCD gain factor in e/ADU
RON = 2.800000 / CCD readout noise in ADU
OBSERVAT = 'rozhen' / Observatory name
TELESCOP = 'Bulgarian 2.0m RCC Telescope' / Data acquisition telescope
LATITUDE = '+41:41:35.00' / Latitude of telescope in degrees
LONGITUD = '+01:41:10.00' / Longitude (east>0) in hours
ALTITUDE = 1759.000000 / Altitude of telescope in meters
OBSID = ''
OBSERVER = 'N. Tomov' / Observer(s) name/identification
INSTRUME = 'COUDE spectrograph' / Data acquisition instrument
REGION = 'Ha+HeI' / Spectral region name
GRATPOS = 345.000000 / Dispersion unit position
PRISPOS = 0.000000 / Cross-dispersion unit position
FILTER = 2 / BF2 = nothing (all open)
CAMERA = 3 / Optical camera number
SLIT = 350.000000 / Entrance slit width in microns
IMAGETYP = 'object' / Object exposure
DATE-OBS = '23/06/2000' / UT date exposure started
UT-OBS = '23:28:47.6' / UT time exposure started
EXPTIME = '00:19:59.8' / Effective exposure time
DARKTIME = '00:19:59.8' / Total exposure time
JD-OBS = 2451719.485272 / Julian Date
HJD-OBS = 2451719.481662 / Heliocentric Julian Date
EQUINOX = 2000.477775 / Equinox of coordinates
RA = '02:40:33.79' / Right ascension
DEC = '+61:13:52.83' / Declination
LST = '19:29:43.28' / Siderial time at midexposure
HA = '16:49:09.49' / Hour angle
ZD = 61.724166 / Zenith distance
AIRMASS = 2.104291 / Air mass
PHASE = 0.244062 / Phase of object
EARTHVEL = -11723.093735 / Projected Earth velocity m/s
SNR = 36.750142 / Estimated signal/noise ratio
APNUM1 = '1 1 86.08 99.33'
WCSDIM = 1
CD1_1 = 0.200117738773325
LTM1_1 = 1.
WAT0_001 = 'system=equispec'
WAT1_001 = 'wtype=linear label=Wavelength units=angstroms units_display=angstrom'
DC-FLAG = 0
DCLOG1 = 'REFSPEC1 = 00b00096.0001'
WAT1_002 = 's'
BANDID1 = 'spectrum: background fit, weights variance, clean no'
CDELT1 = 0.200117738773325
DOPCOR01 = '  -11.72 all'