SIMPLE = T / Fits standard BITPIX = -32 / Bits per pixel NAXIS = 1 / Number of axes NAXIS1 = 1022 / Axis length ORIGIN = 'NOAO-IRAF FITS Image Kernel July 1999' / FITS file originator EXTEND = F / File may contain extensions IRAF-TLM= '16:30:25 (25/10/2000)' / Time of last modification OBJECT = 'K1V TEMPLATE 120S' / DATE = '2000-10-25T15:30:25' / IRAF-MAX= 1.170200E4 / DATA MAX IRAF-MIN= 9.690000E2 / DATA MIN AUTMAGNI= 0 / Mean instrumental mag. of guide star (mag) AUTMTRAN= 0 / RMS variation of magnitude of guide star AUTSTATN= 0 / Number of points used in stats. calculations AUTXSEE = 0 / Mean FWHM in X of guide star (arcsec) AUTXSRMS= 0 / RMS on FWHM in X of guide star (arcsec) AUTYSRMS= 0 / RMS on FWHM in Y of guide star (arcsec) AUTACQT = 1 / Integration time for acquisition (secs) AUTGUIT = 1 / Integration time for guiding (secs) AUTMAGOF= 0 / Magnitude zero point AUTMODE = ' ' / Autoguider mode used AUTWINDO= 0 / Autoguider window used AUTYSEE = 0 / Mean FWHM in Y of guide star (arcsec) DARKTIME= 121 / Elapsed time (secs) ELAPSED = 121 / Elapsed time (secs) EXPOSED = 120 / Exposure time (secs) EXPTIME = 120 / Exposure time (secs) UTSTART = '19:47:03 ' / UT at start of exposure BUNIT = 'ADU ' / Physical units of data array CCDATEMP= 173 / Actual temperature of CCD (K) CCDCHIP = 'TEK2 ' / Name of this chip CCDSPEED= 'STANDARD ' / Readout speed CCDSTEMP= 173 / Set temperature of CCD (K) CCDTYPE = 'TK1024 ' / Type of CCD CCDWMODE= F / Windowing and binning enabled? CCDWXO1 = 0 / X-offset of window 1 CCDWXO2 = 0 / X-offset of window 2 CCDWXO3 = 0 / X-offset of window 3 CCDWXO4 = 0 / X-offset of window 4 CCDWXS1 = 0 / X-size of window 1 CCDWXS2 = 0 / X-size of window 2 CCDWXS3 = 0 / X-size of window 3 CCDWXS4 = 0 / X-size of window 4 CCDWYO1 = 0 / Y-offset of window 1 CCDWYO2 = 0 / Y-offset of window 2 CCDWYO3 = 0 / Y-offset of window 3 CCDWYO4 = 0 / Y-offset of window 4 CCDWYS1 = 0 / Y-size of window 1 CCDWYS2 = 0 / Y-size of window 2 CCDWYS3 = 0 / Y-size of window 3 CCDWYS4 = 0 / Y-size of window 4 CCDXBIN = 1 / Binning factor in x CCDXIMSI= 1024 / X dimension of useful imaging area CCDXIMST= 51 / X start of useful imaging area CCDXPIXE= 24 / Size of unbinned pixels in x (micron) CCDXSIZE= 1124 / X dimension of digitised CCD frame CCDYBIN = 1 / Binning factor in y CCDYIMSI= 1024 / Y dimension of useful imaging area CCDYIMST= 1 / Y start of useful imaging area CCDYPIXE= 24 / Size of unbinned pixels in y (micron) CCDYSIZE= 1124 / Y dimension of digitised CCD frame GAIN = 1.2000000000000E+00 / Electrons/ADU conversion factor PREFLASH= 0 / Preflash time (secs) READNOIS= 4.4000000000000E+00 / Readout noise (electrons) PAOFFSET= 0 / Slit p.a. - telescope p.a. (degrees) UESCLED = 'OFF ' / State of camera flat-field LEDs UESCOLLI= 'WIDE ' / UV or wide collimator UESCORDE= 87 / Central order number UESCSHUT= 'OPEN ' / State of camera shutter UESCWAVE= 6.5579775390000E+03 / Approx. central wavelength (Angstroms) UESDEKKE= 8270 / Position of UES dekker (microns) UESDISPE= 2.6818210000000E+00 / Dispersion (Angstroms/mm) UESDISPX= 6.436000E-02 / Dispersion (Angstroms/pixel) UESECHEL= 'E31 ' / Echelle selected (E31 or E79) UESEWAVE= 0 / End wavelength (Angstroms) UESFOCMO= 'EMPTY1 ' / Name of focal-modifier lens UESFOCUS= 10002 / Collimator focus UESGAMMA= 1015 / Rotation (gamma) of selected echelle (mdegs) UESGAMOF= 0 / Set-up offset applied to gamma (mdegs) UESHART = 'OUT ' / Hartmann unit in or out of beam UESHARTP= 'UP ' / Position of Hartmann shutter UESPIXL = 24 / Assumed pixel-length (microns) UESPIXW = 24 / Assumed pixel-width (microns) UESPMASK= 'OUT ' / State of camera pinhole-mask UESPPOS = 449 / Prism translation (0.1mm) UESPRISM= 'IN ' / Prism in or out of beam UESSLACT= 1.1286680000000E+00 / Actual slit length (mm) UESSLITA= 9651 / Angle of slit from horizontal (mdegs) UESSLOFF= 0 / Set-up offset applied to slit angle (mdegs) UESSLPIX= 1.3954850000000E+01 / Slit length on detector (pixels) UESSLSKY= 5 / Slit length on sky (arcsec) UESSWACT= 2.4830700700000E+02 / Actual slit width (microns) UESSWAVE= 0 / Start wavelength (Angstroms) UESSWPIX= 1.9717840000000E+00 / Slit width on detector (pixels) UESSWSKY= 1.1000000000000E+00 / Slit width on sky (arcsec) UESTEMP1= 1.4090000000000E+01 / Temperature 1 of prism assembly UESTEMP2= 1.3760000000000E+01 / Temperature 2 of prism assembly UESTEMP3= 1.3770000000000E+01 / Temperature 3 of prism assembly UESTEMP4= 1.4080000000000E+01 / Temperature 1 of camera UESTEMP5= 1.3300000000000E+01 / Temperature 2 of camera UESTEMP6= 1.3750000000000E+01 / Ambient temperature UESTEMP7= 1.1700000000000E+01 / Temperature of cover UESTEMP8= 1.3750000000000E+01 / Temperature of table UESTHEOF= 2.2748676000000E+01 / Set-up offset applied to theta (mdegs) UESTHETA= -1636 / Tilt (theta) of selected echelle (mdegs) NAGAFILT= 'ND3.0 ' / Autoguider filter NAGAUTOF= 180 / Autoguider focus (microns) NAGAUTOX= 29500 / X position of autoguider probe (microns) NAGAUTOY= 40180 / Y position of autoguider probe (microns) NAGCDIFF= 'NONE ' / A&G box comparison unit diffuser NAGCDOOR= 'CLOSED ' / State of calibration-unit hatch NAGCFILC= 'EMPTY12 ' / A&G box comparison colour filter NAGCFILN= 'EMPTY12 ' / A&G box comparison ND filter NAGCSLIT= 'LONG SLIT ' / A&G box comparison unit slit NAGDDOOR= 'OPEN ' / State of dark slide hatch NAGFDOOR= 'CLOSED ' / State of filter hatch NAGLAMPS= ' ' / A&G box comparison lamps NAGMFILA= 'EMPTY1 ' / A&G box main auxiliary filter NAGMFILC= 'EMPTY1 ' / A&G box main colour filter NAGMFILN= 'EMPTY1 ' / A&G box main ND filter NAGMIRRO= 'POINTSOURCE ' / Position of A&G box mirror NAGSHUTS= ' ' / A&G box lamp shutters open OBSTYPE = 'TARGET ' / Type of observation (e.g. ARC, FLAT) RUN = 127958 / Run number of observation TELESCOP= 'WHT ' / Name of telescope DATE-OBS= '10/11/94 ' / Date of UT at start of observation HCTVERSI= ' ' / These headers collected by NWTVERSI= ' ' / Image-data collected by OBSERVER= 'EWG ' / Name of observer PDFVERSI= ' ' / These headers defined by PROPOSAL= 'W/94B/36 ' / PATT/CAT reference CHANNEL = 'UES ' / Data-acquisition channel FSTATION= 'NASMYTH D ' / Focal station INSTRUME= 'UES ' / Name of instrument configuration DETECTOR= 'TEK2 ' / Name of detector AMEND = 1.5162140000000E+00 / Airmass at approx. end of exposure DAZEND = 2.9278252000000E+01 / Dome azimuth at end of exposure (deg) MNTPAEND= -4.4372274000000E+02 / Mount p.a. at end of exposure (deg) ZDEND = 4.8798706000000E+01 / Zenith distance at end of exposure (degs) AIRMASS = 1.5230280000000E+00 / Airmass at approx. start of exposure AMSTART = 1.5230280000000E+00 / Airmass at approx. start of exposure AUTOMODE= 'UNLK ' / Mode of autoguiding. AUTOX = 0 / Guiding position on autoguider, x AUTOY = 0 / Guiding position on autoguider, y AZIMUTH = 2.9515396000000E+01 / Azimuth at start of exposure (degs) CAT-DEC = ' 63:04:55.2 ' / Catalogue dec. of object CAT-EPOC= ' 0.00 ' / Epoch of catalogue coordinates CAT-EQUI= 'J2000.00 ' / Equinox of catalogue coordinate system CAT-NAME= 'K1V ' / Name of object CAT-RA = ' 01:35:24.25 ' / Catalogue r.a. of object DAZSTART= 2.9278252000000E+01 / Dome azimuth at start of exposure (deg) DEC = '63:04:53.30' / Dec. of telescope (epoch of date) DECTRACK= 0 / Differential tracking rate in dec. (arcsec/s) EPOCH = 1994 / Epoch of observation EQUINOX = 'J2000.00 ' / Equinox of telescope coordinates MNTPASTA= -4.4448443000000E+02 / Mount p.a. at start of exposure (deg) PARALLAX= 0 / Parallax of object (arcsec) PARANGLE= 2.5245715300000E+02 / Parallactic angle at start of exposure (degs) PMDEC = 0 / Proper motion of object in dec. (arcsec/yr) PMRA = 0 / Proper motion of object in r.a. (s/yr) RA = ' 1:35:23.11' / R.a. of telescope (epoch of date) RADVEL = 0 / Radial velocity of object (km/s) RATRACK = 0 / Differential tracking rate in r.a. (arcsec/s) ROTSKYPA= 37 / Sky p.a. of rotator (degs) ROTTRACK= 'UES TR SKY D ' / Rotator tracking on? ST = '21:54:23.85' / LST at approx. start of exposure STSTART = ' 21:54:23.85 ' / LST at approx. start of exposure TELFOCUS= 1.0160986300000E+02 / Telescope focus (mm) UTOBS = ' 19:46:57.95 ' / Universal time VIGNETTE= F / Beam vignetted by dome/shutter/mirror cover? XAPOFF = 0 / Aperture offset in X (arcsec) YAPOFF = 0 / Aperture offset in Y (arcsec) ZDSTART = 4.9025604000000E+01 / Zenith distance at start of exposure (degs) IMAGETYP= 'object ' JD = 2449667.32503468 HJD = 2449667.32883722 LJD = 2449667. TRIM = 'Nov 13 10:28 Trim data section is [51:1077,1:1022]' OVERSCAN= 'Nov 13 10:28 Overscan section is [1:1123,1030:1123] with mean=1118.0'FLATCOR = 'Nov 13 10:28 Flat field image is norffcombine with scale=0.9934421' CCDSEC = '[51:1077,1:1022]' CCDPROC = 'Nov 13 10:28 CCD processing done' CRCOR = 'Nov 13 12:09 Threshold= 80.0, fluxratio= -0.01, removed=0' WCSDIM = 1 CTYPE1 = 'LINEAR ' CDELT1 = 0.0572226420044899 CD1_1 = 0.0572226420044899 LTM1_1 = 1. WAT0_001= 'system=equispec' WAT1_001= 'wtype=linear label=Wavelength units=Angstroms' DCLOG1 = 'REFSPEC1 = ues0019_cues0003.ec' DC-FLAG = 0 HISTORY 'ING LA PALMA ' / Origin of data HISTORY New copy of ues0019 HISTORY New copy of ues0019 HISTORY New copy of ues0019_c HISTORY New copy of ues0019_c.ec.imh SFIT = '1:47 ' SFITB = '1 ' BANDID1 = 'spectrum - background fit, weights variance, clean yes' APNUM1 = '12 103 273.14 289.09' CRVAL1 = 5854.2661132812 CRPIX1 = 1. 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