SIMPLE = T / file does conform to FITS standard BITPIX = -32 / number of bits per data pixel NAXIS = 1 / number of data axes NAXIS1 = 1443 / length of data axis 1 EXTEND = T / FITS dataset may contain extensions TT10 = 'IMA/SERIES MULT' / TT History TT9 = 'IMA/SERIES BINY' / TT History TT8 = 'IMA/SERIES MULT' / TT History TT7 = 'IMA/SERIES MEDIANY' / TT History TT6 = 'IMA/SERIES WINDOW' / TT History TT5 = 'IMA/SERIES TRANS' / TT History TT4 = 'IMA/SERIES SMILEX' / TT History TT3 = 'IMA/SERIES TILT' / TT History MJD-OBS = 56345.9798687501 / [d] Start of exposure DATE-OBS= '2013-02-22T23:31:00.66' / [Iso 8601] Start of exposure. FITS standardEXPOSURE= 960. / [s] Total time of exposure TT2 = 'IMA/SERIES DIV' / TT History TT1 = 'IMA/SERIES SUB' / TT History BIN1 = 1 DATE-END= '2013-02-22T23:47:00.673' GPS-DATE= 0 / 1 if datation is derived from GPS, else 0 CAMERA = 'SBIG ST-8 3 CCD Camera Kaf1600 libsbig' IMAGETYP= 'Object ' / Image type DETNAM = ' ' / Detector APTDIA = 0.305 / [m: meter] Telescop diameter RA = 102.889 / [degres] Object Right Ascension SITELAT = 'N43d25m57s0' / [degres, minutes, seconds] Observatory latitudeSITEELEV= '260 ' / [m: meter] Observatory elevation above the sea EQUINOX = 2000. / Coordinates equinox DEC = -6.96651 / [degres] Object Declination YPIXSZ = 9. / [micron] Pixel height TELESCOP= 'SCT 0.3m' / Telescop name OBSERVER= 'Benjamin MAUCLAIRE' / Observer name OBJNAME = 'HD50138 ' / Object observed INSTRUME= ' ' / Instrument CCD_TEMP= -19.98 / [degres Celsius] Actual CCD temperature SET_TEMP= 15. / [degres Celsius] Set CCD temperature SWMODIFY= 'AudeLA 2.0.20110417' / Processing software: http://www.audela.org/ XPIXSZ = 9. / [micron] Pixel width GEODSYS = 'WGS84 ' / Geodetic datum for observatory position SITENAME= 'O.V.A ' / Observatory name SWCREATE= 'AudeLA 2.0.20110417' / Acquisition software: http://www.audela.org/ CONFNAME= ' ' / Configuration name SITELONG= 'E05d42m10s0' / [degres, minutes, seconds] Observatory longitudRADECSYS= ' ' / Coordinates system IAU_CODE= ' ' / Observatory IAU Code FOCLEN = 3.05 / [m: meter] Resulting focal length of the telescCRPIX1 = 1 / [pixel] Reference pixel MIPS-HI = 1064 / [ADU] High cut MIPS-LO = 938 / [ADU] Low cut SPC_HBIN= 14.9704 / [pixel] Binning thickness SPC_TILT= 0.400221 / Tilt angle SPC_XROT= 765 / [pixel] Tilt x center SPC_YROT= 510 / [pixel] Tilt y center SPC_YBIN= 717 / [pixel] Y heigh for binning SPC_TILX= 765 / Tilt X center SPC_TILY= 510 / Tilt Y center SPC_SLX1= 1011.86 / ycenter smilex SPC_SLX2= 5.736671E-05 / coef deg2 smilex CRVAL1 = 6529.35687331 / [Angstrom] CDELT1 = 0.114856376409 / [Angstrom/pixel] CUNIT1 = 'angstrom' / Wavelength unit CTYPE1 = 'Wavelength' SPC_RESP= 8244. / Power of resolution at wavelength SPC_RESL SPC_RESL= 6598.95299993 / [angstrom] Wavelength where power of resolutionSPC_RMS = 4.04146165406E-08 / [angstrom] EXPTIME = 960. / [s] Total observation duration SPC_NORM= 'Rescaling local middle continuum' / Process used for transforming theEQUIPMEN= 'LHIRES3#151 2400 g/mm' / System which created data via the camera END :ù6Å>éwÓ?¿¡?y@Ì?\¦‚?m{2?ˆˆÉ?™lù?ƒ?g)?Žñ?„2#?a®£?„Då?˜ƒì?Ž+?xÌâ?“{£?œ’?|Gô?…x!?xÀ?—dŒ?†âå?]f?\ú>?ŠÚ?“FÛ?„TÙ?s?r2?d²v?kÆ‘?”¥%?`Ot?]’T?…•N?{ã€?j`%?eÉ?ƒ·ž?’W?†œ=?|¬ÿ?s%l?€€?˜ >?VV?Œ$=?‚ ?r*c?nì–?]<¶?i;?g€Œ?„ÿ€?ƒÅV?“Y ?ß×£?ì²?Åê?¢¡Ý?ª³;?¥:X?¨t¤?ŽY?aM7?hH7?‰ß‡?‘`Y?•ÿŸ?‘i¼?ƒ.£?˜`y?“ß@‹Re@?„@A\@•¬Î@ž†@©³·@¶“@¶¨@¸Ó@¼ä>@¼¬@½d@ÃÆ@¾Ú¯@¹ø‘@º¶@¿Ê@³ñ½@©D)@ª+v@³<ú@³^ó@¥b@™w@‡n@r„T@[k=@AP@?L@=x?@;™@-W@@06–@H{@-³@³i<@ðArA.0øAAì¯APPAWÊAWãJAW×^ARú$AK•AEá;A?\A9°A9„NA5¬A3&RA11A)Š‰A"s³An A AhNA”¿A‚@ò½›@åí¯@á€@ÖýÆ@Ìéƒ@¶Q@§yv@==@žÛ @Ž…@‡p&@f8^@D3“@7©@Dsï@Pp3@Dû@8–ó@2ìÍ@(?ù!ô?óÇ@x¼@ _@ Â‡@€R?÷Ž«?êƒm?â‡9?ÇªD?¶>g?ª¡8?©s?¤ñe?µ®?œåˆ?˜ü?·@?¤¿2?—n?ŠÚþ?«ôP?¯û? ”?…®?‚öÒ?ªŠ?¶¿O?O¶?¡w1?ž½ ? 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