SIMPLE = T / file does conform to FITS standard BITPIX = -32 / number of bits per data pixel NAXIS = 1 / number of data axes NAXIS1 = 1454 / 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 = 56365.8140035882 / [d] Start of exposure DATE-OBS= '2013-03-14T19:32:09.91' / [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= '2013-03-14T19:48:09.911' 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= -20.42 / [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 = 1063 / [ADU] High cut MIPS-LO = 938 / [ADU] Low cut SPC_HBIN= 19.6072 / [pixel] Binning thickness SPC_TILT= 0.444688 / Tilt angle SPC_XROT= 765 / [pixel] Tilt x center SPC_YROT= 510 / [pixel] Tilt y center SPC_YBIN= 726 / [pixel] Y heigh for binning SPC_TILX= 765 / Tilt X center SPC_TILY= 510 / Tilt Y center SPC_SLX1= 1016.27 / ycenter smilex SPC_SLX2= 5.699855E-05 / coef deg2 smilex CRVAL1 = 6524.44691008 / [Angstrom] CDELT1 = 0.114968664957 / [Angstrom/pixel] CUNIT1 = 'angstrom' / Wavelength unit CTYPE1 = 'Wavelength' SPC_RESP= 13002. / Power of resolution at wavelength SPC_RESL SPC_RESL= 6598.94376963 / [angstrom] Wavelength where power of resolutionSPC_RMS = 2.13619965972E-07 / [angstrom] EXPTIME = 960. / [s] Total observation duration SPC_NORM= 'Rescaling local middle continuum' / Process used for transforming theBSS_COSM= 'yes ' / Cosmics correction by interpolation method EQUIPMEN= 'LHIRES3#151 2400 g/mm' / System which created data via the camera END ?žÛs?N\?‰ù7?‚ÍL?‹×.?ˆ—D?‹,?Š®Z?‘»Û?…$8?÷g?ƒ÷ø?‰>??‡x˜?‰›Ú?“ª;?•?‘Üˆ?Ðø?‰û?…fx?Ž§ž?š¹Ò?Žøñ?só?‚³¼?š¼Ù?‰Ùì?‚{‚?j÷?jüÑ?PR?€ë?wU?yo?b?” B?ŒÔ(?x1M?e»X?yü*?|?`æ:?r<Ï?‹v?ˆ„ö?‡ Š?‹˜Ú?}È£?p¸v?ñ?‡Á?‚r˜?ƒ?>?€‰?rfF?}f€?sH?fVß?‚åë?‚ƒD?€?€G?uP‘?{i?m´É?n×Ý?v3ò?<Š?vNõ?Q?„h#?iÐ?sþ?Š¶—?vØV?næÐ?‚O©?zJs?~‘.?…ý=?„N˜?gÒ?‰›í?‡! ?qè:?…dL?wÒ?‚‹?t-Ï?†ÿÌ?~2e?€ÔT?‹-ˆ?qOf?i_á?‹•.?Š¬??Š½?Œ5R?‚ÃG?‰K¬?†Cz?x}z?„y/?vÎ“?€·?‚Å¤?ns¯?]á?u½æ?cyx?nË½?j…“?vE7?zØ ?{)b?Žçš?‰Ä ?oÕ?pÐ?r~?˜ˆ?Œ‡¶?}3§?vhG?¬e?ˆWï?zÔô?ql?C&?O;?o-Ñ?ŽÃ5?†Ø[?‚%“?‡Y±?o#†?HÄÖ?fÁß?mÒ¢?vÎ?|ús?y)æ?r…?~±{?†” ?ˆ£®?gmC?vÙ?‡óF?†V?ƒ1?†h»?‚hÛ?¯!?€8ñ?xµ±?mÀš?|»ó?ƒ4œ?–S\?Cñ?t.Í?wÛg?w©2?z Y?~š?Šêý?‰^£?•tR?•àI?Š2ƒ?…Ü‡?ƒ€å?ŽEQ?‹?u®ë?€ÛZ?}¯?\¯Ü?`»¬?„Ž?|ð?kø?‡Gî?‰Œl?{š;?xg?»^?~Ç?{ÒJ?ˆÞ?–Ÿ?•ëÖ?†üÂ?„hõ?‘?‘ð³?~~f?y«»?†µ9?€IÎ?c–?kÄ?iõ@?wûÑ?Œ=Y?‡;i?gÓì?i:?m?o?Ž?U‹k?xsÕ?ƒ6É?…¾Å?‹ƒ?Š²?v£?pV?u¯û?…R:?j¶Æ?on(?o>D?_Ý‡?hµ‘?~ ?€ß€?€BF?‰#¡?ƒwã?Š6þ?‡f(?|à?tt ?–²?Æ”ï?Ì|? {7?‚Rk?o—À?xÉ?p}?p1?x·G?n•T?föÌ?g&ñ?zþO?ˆœZ?p\x?t«Â?vÍ\?rF{?´5\? `$?ëê?Ü?qØ®?rf?s4x?gÒ8?iLË?r #?}Ù³?…†?††‹?y?{ Æ?‰èô?€q~?\o?X+ç?[ýV?m8‚?e¯t?p6=?lwV?ƒ-q?}ëé?l(?ˆ8¹?Šxq?zû¥?e_ç?ey§?ppé?ƒ°Á?tce?W¸Ÿ?]³#?pl?_¬ˆ?JLh?eNÄ?ƒ[£?‰kX?wÒ?qB²?€vL?}¯?‚×?‚Ô©?‚Bü?ntŸ?t¾z?f’?eï?ps?sêž?m"d?Zyˆ?g§?Z—?X3æ?emƒ?yÉ“?~4%?\ŸÇ?Mÿª?[R?e"†?híþ?n3#?gû£?€øL?€ÖÞ?‘‡?ƒt?xN?hØ‹?-Ö?~ ©?…U¶?ro?d¯D?nâ=?ƒ•8?z½:?n®?q"¥?Ä†?}Ú‡?„ä?i›A?X¾Ê?[°å?SØÊ?UŸ]?[¾b?v³ê?ƒIŠ?‡ß?€&Á?yìb?f6™?Pæý?J\é?bN˜?@S?IÞY?V“4?wî'?t•³?jŸ‹?7?ŠÁ?zËl?|W?oÎÊ?f`¯?„fÇ?‰XT?~‘?Wý|?@2ü?^6ˆ?WÓ?N^Q?e'&?ml8?‹ô„?ŒIw?Šê?…/C?Z¾º?qzP?y:Ö?a9º?qE?u%?f&T?e ?s]?}}?~Î´?jþ—?j“?†„Ú?ƒH¹?q+Å?€â¡?Ñb?_6r?USU?]$?qÙ²?cÅ?_ZË?`Øé?ˆ?y|Å?t9 ?}™¿?tì?mýÌ?X6–?U«}?^ýÉ?oà4?dn½?jò0?z^æ?…³›?}i?l>q?T¨”?Nˆ?h‰‡?Wû?\É5?Œ,N?|óP?M¦£?Cœ±?=Ì?Gwè?I®9?Tí|?f?V7¶?8Ù?Jb?S{Q?qV?`ÓÅ?[j?\‚Ž?aºÑ?tGó?oñ?w(?z\?L»a?C0j?c•½?výO?{Ñ?quð?[Ãò?MÐï?WKá?hÔi?þc?ˆ{_?|Ùí?h»þ?c2?gæ ?e¹Å?k¤œ?n@~?wº?nm?süŽ?u»ö?p”Y?„°G?€•?`[@?b¤N?ve´?†àG?Š´ÿ?ƒ“£?m 6?^rÀ?€Œ?„}^?€U?Yêe?RÆu?gg?l>?dh[?[Ý!?a³ÿ?Xšo?N…µ?bC?Y^ï?T0™?W>2?ZpÝ?~Ë?qì¼?Hš}?>F÷?Ri ?l†³?¯~?‚ÿ€?g9?k-?xsO?e›?BCï?`Þ?Z‹Í?Zúø?{‹Å?võ8?poG?[ü?h$K?n¥?pd–?W}'?SHô?}«#?‰?„Î}?i?gú}?X:¾?Tæé?OùS?jÿ{?dÖ©