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= '15:46:30 (25/10/2000)' / Time of last modification OBJECT = 'HR493 ' / DATE = '2000-10-25T14:46:30' / IRAF-MAX= 3.152100E4 / DATA MAX IRAF-MIN= 9.144670E2 / 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 = 0 / Integration time for acquisition (secs) AUTGUIT = 0 / Integration time for guiding (secs) AUTMAGOF= 0 / Magnitude zero point AUTMODE = 'UES ' / Autoguider mode used AUTWINDO= 0 / Autoguider window used AUTYSEE = 0 / Mean FWHM in Y of guide star (arcsec) ELAPSED = 336 / Elapsed time (secs) EXPOSED = 300 / Exposure time (secs) BUNIT = 'ADU ' / Physical units of data array CCDSPEED= 'UNKNOWN ' / Readout speed (e.g. SLOUCH, SPEEDY) CCDVOLTS= 'UNKNOWN ' / CCD operating voltages OK? CCDATEMP= 172 / Actual temperature of CCD (K) CCDCHIP = 'TEK2 ' / Name of this chip CCDNCHIP= 0 / Number of chips in CCD head CCDSTEMP= 173 / Set temperature of CCD (K) CCDTYPE = 'TK1024 ' / Type of CCD CCDWMODE= 0 / Windowing and binning enabled? CCDXBIN = 1 / Binning factor in X CCDXIMSI= 1024 / X dimension of useful imaging area CCDXIMST= 1 / X start of useful imaging area CCDXPIXE= 24 / Size of unbinned pixels in X (micron) CCDXSIZE= 1124 / X dimension of digitised CCD frame CCDXWINO= 0 / X offset of window CCDXWINS= 0 / X size of window 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 CCDYWINO= 0 / Y offset of window CCDYWINS= 0 / Y size of window GAIN = 1 / Electrons/ADU conversion factor PREFLASH= 0 / Preflash time (secs) READNOIS= 5.3000000000000E+00 / Readout noise (electrons) UTSTART = '23:00:16 ' / UT at start of exposure PAOFFSET= 0 / Slit p.a. - telescope p.a. (degrees) UESCLED = 'OFF ' / State of camera flat-field LEDs UESCOLLI= 'WIDE ' / UV or wide collimator UESCORDE= 98 / Central order number UESCSHUT= 'OPEN ' / State of camera shutter UESCWAVE= 5808 / Approx. central wavelength (Angstroms) UESDEKKE= 4303 / Position of UES dekker (microns) UESDISPE= 2.4022750000000E+00 / Dispersion (Angstroms/mm) UESDISPX= 5.765000E-02 / Dispersion (Angstroms/pixel) UESECHEL= 'E31 ' / Echelle selected (E31 or E79) UESEWAVE= 0 / End wavelength (Angstroms) UESFOCMO= 'EMPTY1 ' / Name of focal-modifier lens UESGAMMA= 777 / Rotation (gamma) of selected echelle (mdegs) UESGAMOF= 2 / Set-up offset applied to gamma (mdegs) UESHART = 'OUT ' / Hartmann unit in or out of beam UESHARTP= 'DOWN ' / Position of Hartmann shutter UESPIXL = 24 / Assumed pixel-length (microns) UESPIXW = 24 / Assumed pixel-width (microns) UESPMASK= 'OUT ' / State of camera pinhole-mask UESPPOS = 582 / Prism translation (0.1mm) UESPRISM= 'IN ' / Prism in or out of beam UESSLACT= 9.0293500000000E-01 / Actual slit length (mm) UESSLITA= 8004 / Angle of slit from horizontal (mdegs) UESSLOFF= 0 / Set-up offset applied to slit angle (mdegs) UESSLPIX= 1.1163879000000E+01 / Slit length on detector (pixels) UESSLSKY= 4 / Slit length on sky (arcsec) UESSWACT= 2.7088037100000E+02 / Actual slit width (microns) UESSWAVE= 0 / Start wavelength (Angstroms) UESSWPIX= 2.1510370000000E+00 / Slit width on detector (pixels) UESSWSKY= 1.2000000000000E+00 / Slit width on sky (arcsec) UESTEMP1= 1.3309999000000E+01 / Temperature 1 of prism assembly UESTEMP2= 1.3009999000000E+01 / Temperature 2 of prism assembly UESTEMP3= 1.3089999000000E+01 / Temperature 3 of prism assembly UESTEMP4= 1.3270000000000E+01 / Temperature 1 of camera UESTEMP5= 9.3600000000000E+00 / Temperature 2 of camera UESTEMP6= 9.2500000000000E+00 / Ambient temperature UESTEMP7= 1.1050000000000E+01 / Temperature of cover UESTEMP8= 1.3099999000000E+01 / Temperature of table UESTHEOF= 4.3799999000000E+01 / Set-up offset applied to theta (mdegs) UESTHETA= -1311 / Tilt (theta) of selected echelle (mdegs) NAGAFILT= 'F1710 ' / Autoguider filter NAGAUTOF= 100 / Autoguider focus (microns) NAGAUTOX= 35540 / X position of autoguider probe (microns) NAGAUTOY= 41200 / Y position of autoguider probe (microns) NAGCDIFF= 'NONE ' / A&G box comparison unit diffuser NAGCDOOR= 'OPEN ' / State of calibration-unit hatch NAGCFILC= 'EMPTY10 ' / A&G box comparison colour filter NAGCFILN= 'EMPTY10 ' / 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= 'SHORTSLIT ' / Position of A&G box mirror NAGSHUTS= ' ' / A&G box lamp shutters open TELESCOP= 'WHT ' / Name of telescope DATE-OBS= '21/12/93 ' / Date of UT at start of observation HCTVERSI= 'V2-3 OF HCT ' / These headers collected by NWTVERSI= 'V2-3 OF NWT ' / Image-data collected by OBSERVER= 'CMC ' / Name of observer PDFVERSI= 'V2-3-1 OF PDF ' / These headers defined by PROPOSAL= 'TEST ' / PATT/CAT reference CHANNEL = 'UES ' / Data-acquisition channel FSTATION= 'NASMYTH D ' / Focal station INSTRUME= 'UES ' / Name of instrument configuration DETECTOR= 'TEK2 ' / Name of detector OBSTYPE = 'TARGET ' / Type of observation (e.g. ARC, FLAT) RUN = 97332 / Run number of observation AMEND = 1.1732120000000E+00 / Airmass at approx. end of exposure DAZEND = 2.6166156000000E+02 / Dome azimuth at end of exposure (deg) MNTPAEND= 5.7888805000000E+01 / Mount p.a. at end of exposure (deg) ZDEND = 3.1569706000000E+01 / Zenith distance at end of exposure (degs) AIRMASS = 1.1582690000000E+00 / Airmass at approx. start of exposure AMSTART = 1.1582690000000E+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 = -9.8999120000000E+01 / Azimuth at start of exposure (degs) CAT-DEC = ' 20:16:11.0 ' / Catalogue dec. of object CAT-EPOC= '2000.00 ' / Epoch of catalogue coordinates CAT-EQUI= 'J2000.00 ' / Equinox of catalogue coordinate system CAT-NAME= 'HR493 ' / Name of object CAT-RA = ' 01:42:29.81 ' / Catalogue r.a. of object DAZSTART= 2.6025531000000E+02 / Dome azimuth at start of exposure (deg) DEC = '20:16:08.20' / Dec. of telescope (epoch of date) DECTRACK= 0 / Differential tracking rate in dec. (arcsec/s) EPOCH = 1993 / Epoch of observation EQUINOX = 'J2000.00 ' / Equinox of telescope coordinates MNTPASTA= 5.9472855000000E+01 / Mount p.a. at start of exposure (deg) PARALLAX= 0 / Parallax of object (arcsec) PARANGLE= 6.7367836000000E+01 / Parallactic angle at start of exposure (degs) PMDEC = -6.680000E-01 / Proper motion of object in dec. (arcsec/yr) PMRA = -1.800000E-02 / Proper motion of object in r.a. (s/yr) RA = ' 1:42:29.93' / 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= 6.7182121000000E+01 / Sky p.a. of rotator (degs) ROTTRACK= 'UES TR SKY D ' / Rotator tracking on? ST = ' 3:50:42.03' / LST at approx. start of exposure STSTART = ' 03:50:42.03 ' / LST at approx. start of exposure TELFOCUS= 1.0109912100000E+02 / Telescope focus (mm) UTOBS = ' 23:00:08.40 ' / Universal time XAPOFF = 0 / Aperture offset in X (arcsec) YAPOFF = 0 / Aperture offset in Y (arcsec) ZDSTART = 3.0341679000000E+01 / Zenith distance at start of exposure (degs) IMAGETYP= 'object ' TRIM = 'Oct 14 16:03 Trim data section is [51:1077,1:1022]' OVERSCAN= 'Oct 14 16:03 Overscan section is [1:1123,1030:1123] with mean=1134.9'CCDSEC = '[51:1077,1:1022]' CCDPROC = 'Oct 16 10:34 CCD processing done' FLATCOR = 'Oct 16 10:34 Flat field image is norflatf with scale=0.999413' JD = 2449343.46025467 HJD = 2449343.46314163 LJD = 2449343. WCSDIM = 1 CTYPE1 = 'LINEAR ' CDELT1 = 0.0478410422801971 CD1_1 = 0.0478410422801971 LTM1_1 = 1. WAT0_001= 'system=equispec' WAT1_001= 'wtype=linear label=Wavelength units=Angstroms' DCLOG1 = 'REFSPEC1 = ues_dec930031ues_dec930032.ec' DC-FLAG = 0 HISTORY 'ING LA PALMA ' / Origin of data HISTORY New copy of ues_dec930031 HISTORY New copy of ues_dec930031 HISTORY New copy of ues_dec930031 HISTORY New copy of ues_dec930031.ec.imh SFIT = '1:44 ' SFITB = '1 ' BANDID1 = 'spectrum - background fit, weights variance, clean yes' APNUM1 = '1 117 18.48 28.41' CRVAL1 = 4841.5283203125 CRPIX1 = 1. END ?kDN?c??(q?\?gP?]G?QU?IpP?F¤?U-?j?t5?vD0?zv?{,H?yXF?v?]?+5?c ?5b?_?m?i(?]y/?WE?a?j?b?Zaa?e:?w?{H?z ?y?{0?z>?z.?|?}?|?x?s[?sd?y2?y?vV?u=?z2?}z?xN?e ?:c?j?9@?`?m?tn?~ ?g?{0?{wi?y|?vK`?tީ?p?d>'?VMl?U_?_T?m+?xB??N?mݷ?wں?{??w?l@?d?i0?ip?b2?k?}?T??Aq??}?}?rU?P?*r?5K?c9?{ ?*?Z?H??ӓ?{?w؜?xa?}?!?z?qĽ?tg?~J??~V?~!????vߡ?b.?TQ?Y;j?e.7?o?y|?}T?&\?{A?wU?,?|?w(u?uC?t R?lA?U?1Ξ?(b,?O?s|?},?w~?j?c#?b?`?Ek?>e?π?;k5?J?.j??'M?; A?d?j?^X?>>?u??@?b]?fE?l m?v?z.?|)?}?~l?P??$?c?h?'?z?{%?z\?}K?}9?xV?u ?w?yd?s>>u>iA>9??-?@?M?SE?U?R~?Lu?L?P?U;?V?U?U{?R?R[?P}?MHb?I8(?D?l?>>>P>\K>Y>6>xI>^D >PxG>Qh>X>wh>>VT>j>?.?cf?<>,><+? ? n?6dX?B1?LUS?N?Rs?T?[ø?a}5?b_m?]1?Jk*?0C?#?9b?[i?l?mb?mN?o?o?q?l?hC8?j?m?n?m:?q1?t!?r?oK^?iɼ?R\?Fg>MJ? ?4F?Lw#?V.?H?8_?M4?k|?t?h)?Sz?CP?(\?Z=9?oJ?x`c?xl?td?u=]?wa?y?{M?}?} ?x?{./?N? ?ˋ???k??( ?E?\?}B?j?PU?S|E?h!,?s?q?[y?-o?!??KS_?ui?}?u?k:;?S@?%*??&o?%?3cT?Y>?w??B??V;??4g??yy?{H?|?i?}>?z?Ki???~"?l(?K2?A}?[?sZl?0????v?D_??qv?P?*??Y?I ?q?yP8?vƔ?t?rp?s?tg?szB?p?cf?@Z?U>U'? ?2p?@ ?9m?)?7[?>>^#>/>,>>![?ٵ?6?(P?2?7"?=l?A?:?T>늉>p>A>V>Q>:>{>?K?4F?G?Q?X?a2?eb?f-?c_?fC?ly?jJ?\?X;V?g0?txd?x?uP?f?L ?=)?Kxa?IE?|??.?aI?vp?v?hs?R=?V.?nVR?xa:?n?T0?L?cq?x?~?~(?q?O6??;=?S3?qż?z|?y?v3?pI?i?Uը?Aif?LI?f?hB?Ij?3?JZ?ht#?q?qN ?q*?or?av?3X> >ՏC?,Z?g?v ?o?cf?DZ?/>2?,2A?`yT?p)?o?j?gE?lp`?qn?bD?FG?8H?Hf ?]<[?os?wĊ?v'@?w?yY?zs?}p??"?s?~]?~/?y?z 7?y1?}e?}4?~?~F?y|?h?Ek?3LM?LS?dn?bs?Z^?V?S?J)?3?ʴ>>=7>>]g>??7?N?^U1?hڹ?n?q?n:?k'?ne?v^?{?|n?~z??}֪?yT?tu?u?|Wp?~c?ه??c?~#?~7?d??w=?~ =??!?=??}?oӷ?f?m?x?| ?xQ?w>L?}?~?y-?e^?U@?^?rn?~G??^?|g?j?S^?U?ew?r9?x,b?ys?u;\?r?x?~}r?z?a'S?!>> )>K?#>t?-x?`?t8?x?v?h5J??N?>f?=?Mi?`?h ?s?z?{ǁ?}9?yJ?r?jG?m:?xc?~I?~z? T??-??}c?}[6?|???{''?s>?l?p"?q?aN?5"??<6?g?p?n?ov?p?iL?fUw?oL?{T?}?V&??@?}4?} ?tk?h?`?h ?s;?q6>?g?^?R97?EAX?? e?O?m+?tJ?b=R?3>o >?=(?j?v?r;?T?&?# B?LG?W}?F2?MW:?f%?sd?p?fa?OЯ?1>޵??A{^?iy?u?x$?w?n?_?^5{?c9?f?XQ1?(G>%>__?$?O> ?z:?C?O(?O?ea?uɌ?xV?yYm?v ?k?kA?t1?z~?|_T?9?ȭ??8?}N?w?v?}+? ?cb?}=?nP?Ik ?~?9>>ѯ?8?ch?mS?hnJ?Q?;>p><>U??W?x]?~_e?*B?v?q? ?j??}! ?|94?}d?|?}n?|w[?x5?x%?x?u?q_?m/?h?d?`F?Ws?OZ?0=BQ