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= '16:17:35 (25/10/2000)' / Time of last modification OBJECT = 'M0V temp Imc(29-32)' / DATE = '2000-10-25T15:17:35' / IRAF-MAX= 1.123800E4 / DATA MAX IRAF-MIN= 9.710000E2 / 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= 301 / Elapsed time (secs) ELAPSED = 301 / Elapsed time (secs) EXPOSED = 300 / Exposure time (secs) EXPTIME = 227.6228 / Exposure time (secs) UTSTART = '21:23:03 ' / UT at start of exposure BUNIT = 'ADU ' / Physical units of data array CCDATEMP= 174 / 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= 'CLEAR ' / Autoguider filter NAGAUTOF= 180 / Autoguider focus (microns) NAGAUTOX= 16740 / X position of autoguider probe (microns) NAGAUTOY= 17640 / 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 = 127968 / 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 = 1.9285200000000E+00 / Airmass at approx. end of exposure DAZEND = 4.2286015000000E+01 / Dome azimuth at end of exposure (deg) MNTPAEND= -4.1357180000000E+02 / Mount p.a. at end of exposure (deg) ZDEND = 5.8860775000000E+01 / Zenith distance at end of exposure (degs) AIRMASS = 1.9718630000000E+00 / Airmass at approx. start of exposure AMSTART = 1.9718630000000E+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 = 4.2890747000000E+01 / Azimuth at start of exposure (degs) CAT-DEC = ' 52:53:37.9 ' / Catalogue dec. of object CAT-EPOC= ' 0.00 ' / Epoch of catalogue coordinates CAT-EQUI= 'J2000.00 ' / Equinox of catalogue coordinate system CAT-NAME= 'M0V ' / Name of object CAT-RA = ' 04:37:40.97 ' / Catalogue r.a. of object DAZSTART= 4.2286015000000E+01 / Dome azimuth at start of exposure (deg) DEC = '52:53:43.80' / 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= -4.1528530000000E+02 / Mount p.a. at start of exposure (deg) PARALLAX= 0 / Parallax of object (arcsec) PARANGLE= 2.7866372700000E+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 = ' 4:37:39.69' / 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= 103 / Sky p.a. of rotator (degs) ROTTRACK= 'UES TR SKY D ' / Rotator tracking on? ST = '23:30:39.62' / LST at approx. start of exposure STSTART = ' 23:30:39.62 ' / LST at approx. start of exposure TELFOCUS= 1.0131069900000E+02 / Telescope focus (mm) UTOBS = ' 21:22:57.95 ' / 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 = 5.9622002000000E+01 / Zenith distance at start of exposure (degs) IMAGETYP= 'object ' TRIM = 'Nov 13 18:41 Trim data section is [51:1077,1:1022]' OVERSCAN= 'Nov 13 18:41 Overscan section is [1:1123,1030:1123] with mean=1111.1'FLATCOR = 'Nov 13 18:41 Flat field image is norues0028 with scale=0.9925657' CCDSEC = '[51:1077,1:1022]' CCDPROC = 'Nov 13 18:41 CCD processing done' NCOMBINE= 4 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 = m0v_mmues0003.ec' DC-FLAG = 0 HISTORY 'ING LA PALMA ' / Origin of data HISTORY New copy of ues0029 HISTORY New copy of ues0029 HISTORY New copy of m0v_mm HISTORY New copy of m0v_mm.ec.imh HISTORY New copy of m0v_mm.ec SFIT = '1:47 ' SFITB = '1 ' BANDID1 = 'spectrum - background fit, weights variance, clean yes' APNUM1 = '12 103 274.06 288.06' CRVAL1 = 5854.2661132812 CRPIX1 = 1. END ?k?w?l?|?x$?>8?y?(S?}?{c?z?6 ??e??x?%??~?t|?m>r?j?l?n^?pC??u?s?i?nmw?}?hd>PT>vЉ>v=> >` ??+L?4"?>a?DG?H,?O/?V+~?V?[F?^L?_w?g@?k,?k3N?jz?e]?d!?i?n?p8?t?w?r ?w|?L?,?w?o?tve?yQx?n+?[M?Cbz?6?L?hG?t&\?s+?s$?rN?xn?z?u?o~?m%?r??t^?{!?x?s?r?pm?h ?h?u?&?n?n2?v?s^'?t7?szh?u?y9?r?oEl?n?p?s?q{?h?a|?Qk?.1D?,~?G?[)e?i?oW?jT?f6$?i?f^?jL?r ?mA?ia?k]?dڧ?^ ?cΨ?g:?h}?hĚ?lB?v?u ?kF?mK?t~?tU&?iJ?ck?g*E?n,?u?t?qB?oj?p8.?u*?u ?u-a?u1?vLI?vYE?w?v9?vˎ?yz?vN?n}?g2?e2?ey?p>?u,?nG?kET?p(a?|8C?-?{c?q?k˓?w#\??B?z ?u =?pQ?i?U?)><>$>]h?9?X{?`?m?su?pu?h09?dd?c?ob?{?x?q?n?n_?_2?2? ??NJ?h3?r`?q"?i ?ll#?vŌ?~?|I?yF?w?vS?{y?|?w?}Ǎ?C?O?V?z9s?{=?{?x?zD?z]?x,?rR#?uR??5;??r@?m}?{?]?a|?]?~?uB?} ?M?l?t?m.?p1?w??s(?oA?rpj?t?q.?vh??Ѩ??o ?n?|q??b? ?Y??{?wl?y?}d*?m?o?'??1?#?o?xO?x?y&?v?}G??E/??* ?!?y{/?z"?}?y|u?u>?o??j?m{?m?m?k0+?]?S?\ߜ?k"Z?v?y}?x=Q?t?x9?xV?v:i?x*??~t?up?sQ&?wK?{E?}>?{%?{=?v?pu?hc?g(?ag)?U8?[?k?og?r0?xր?x/?wK?x?xA?u>?wB ?s?p>:?w?f??P?x8v?g=?c[?gP?p?vC?{ ?{6?zC?sl?h?e$?j?pG?n?h9?L' ?9?N1?hAY?p?jG^?k?m-A?F?oҹ?w?wK?ou?r?v?rM?j?a?b?k[?t?y ?y~?yD6?u k?u/?x?r?fw?ax7?mK?xT?z?Z?xF?t:?k,?`?bmG?kF%?imP?c?b?d?i?lo?n?k74?f?cK'?es?e !?Z`?T^?W?[M?Y?]g#?c?de?\?F?8B?>?L\?Q?OI?SY?[&?`H?b- ?^?T?J?O?Wt5?Q?N?V?]?Z??S?Ue?Y?W]?N?E4#?C<^?H]?FE@?A;?A?8?18?98?G5?K?G?@?8$?6?:-?S1>>>>4>>>H>:>>>Q>b >>>7>î>y>3>>>9>N>>f>>>"y>>vZ>b>3*=P==;=z>1Z>\>y>>>h[>L>>>> >>>#>2>p>s>R>߷>+>(E>|>m>>Ɣ>X>O >u^>:>QS>3>>>?Ah???? ?F?7??p? ?`?oP?? ??r?*?K??c?3?#?E?7??1????n?D???E?|-? "^? 8?? ? ڣ? ? ??}>y>>1>>F{>&>B>S>>>>b>>ŧP>*^>>b> >;>>d>r>a>=j=) =g>~>b>:>^>1n>s>Q7>>>>>T>4>º>j>>!> >>j>?>?@9?%?x?I?-n? ?Rp? W ? ^?U?i|?l? 1? p?#?(C?)8o?*?/*?/R?+R?(?*G?4?;I?;?>^g?@K?;?6 ?3"?4{?7?#>->?s?*q@?5=?0?0?<?Hpx?P?Q}\?PM?KcS?J?P?R޵?S?X?Z?YE?N?J?Te?X?Y?Y?X?`XC?cw?\?O?CrW?Ov?e?l?mɭ?dY?dO?h?g5?l?mp?_?Y?c?m ?s=P?wb?x?s?f?`?k-h?r?r7?pC?g?e~?l:?x?{jR?vO?sY1?pT?h?mˣ?~ ? ?{?v?Nj??/ p?WY?t?e?Z??{?z?l?i?p`?}?)x?Υ?yc?z?|?}3m?y\?xq?Jp??|7?W?u?ov?l"?b?a?p>O?y=?zCo?q?dr?fމ?u*?w4&?q?o+?e?V?\?p?uoO?x?xm?u/?kpN?n]Z?t1??uH?{7?j??~l#?s(?tX?{'?}ڀ?s?q-?z&n??zK?{Q?|W ? [?xz?k?j ?s#?{E?{?~?{'?wi?y?r?vj?x?x ? ?_?$????U ?sa?on?o\?u?va?n?x?y? ??D?}=?xT?sI?mMb?v5?? ?>?P?{?yQ?x??x?z[?|?q?Y?V*?a?f?pf7?|qE?m-?ow?~c??{ݨ?sn?{?|?|?{j?s(?y۟?zo?p?ow+?xq??}{?|x?{?uUv?w?v?nK?p#t?z?z?xa?{W1?zj?w~?lv?a>?gS?l>?