SIMPLE  =                    T / file does conform to FITS standard             BITPIX  =                  -32 / number of bits per data pixel                  NAXIS   =                    1 / number of data axes                            NAXIS1  =                 1024 / length of data axis 1                          EXTEND  =                    T / FITS dataset may contain extensions            COMMENT   FITS (Flexible Image Transport System) format is defined in 'AstronomyCOMMENT   and Astrophysics', volume 376, page 359; bibcode: 2001A&A...376..359H OBJECT  = 'u20060809_00171_wce'/ Title of the dataset                           DATE    = '2007-05-08T20:58:13'/ file creation date (YYYY-MM-DDThh:mm:ss UT)    ORIGIN  = 'Starlink Project, U.K.'/ Origin of this FITS file                    BSCALE  =                  1.0 / True_value = BSCALE * FITS_value + BZERO       BZERO   =                  0.0 / True_value = BSCALE * FITS_value + BZERO       HDUCLAS1= 'NDF     '           / Starlink NDF (hierarchical n-dim format)       HDUCLAS2= 'DATA    '           / Array component subclass                       HDSTYPE = 'NDF     '           / HDS data type of the component                                                                                                                                  Identification:                                TELESCOP= 'UKIRT             ' / Telescope name                                 INSTRUME= 'UIST              ' / Instrument                                     DHSVER  = 'UKDHS 2002 Mar 15 ' / Data handling version                          HDTFILE = 'uist_spec.hdt     ' / Name of hdt file                               OBSERVER= 'nobody  '           / Observers names                                USERID  = 'nobody  '           / Userid logged in as                            OBSREF  = '00      '           / PATT or other reference                        PROJECT = 'U/06B/35'           / Time-allocation code                           MSBID   = '31975667b98f9b6a9a8ac74f3dee6358A'/ Id min.-schedulable block                                                                                                                         eStar headers:                                 RMTAGENT= '        '           / Name of remote agent                           AGENTID = '        '           / Unique identifier for remote agent                                                                                                                                                                                                              Data Reduction:                                RECIPE  = 'STANDARD_STAR'      / Data reduction recipe to be used               OBSNUM  =                  171 / Observation number                             GRPNUM  =                  165 / Group number applied to all members            GRPMEM  =                    T / Group membership                               STANDARD=                    T / Is the target a standard star observation?     NOFFSETS=                    4 / Number of offset positions in a pattern        OBSTYPE = 'OBJECT  '           / Type (BIAS|DARK|ARC|FLAT|OBJECT|SKY)                                                                                                                            Astrometric and time information:              UTDATE  = '20060809'           / UT date as integer in yyyymmdd format          DATE-END= '2006-08-09T08:40:51'/ Date and time (UTC) of end   of observation    CTYPE1  = 'Wavelength'         / Type of co-ordinate on axis 1                  COMMENT  The wavelength axis is only the linear approximation.                  CRVAL1  =          3.826131821 / Value at ref. pixel on axis 1                  CUNIT1  = 'Microns '           / Units for axis 1                               CDELT1  =      0.0006174893769 / Pixel size on axis 1                           CRPIX1  =                512.0 / Reference pixel on axis 1                                                                                                                                                                                                                                                                      WCSNAME = 'AXIS    '           / Reference name for the coord. frame            RABASE  =           17.4438556 / [h] Right ascension of base position           DECBASE =           -5.0865944 / [deg] Declination of base position             TRAOFF  =                 -6.0 / [arcsec] Telescope offset in RA                TDECOFF =                  0.0 / [arcsec] Telescope offset in Dec               AMSTART =                1.287 / Airmass at start of observation                AMEND   =                1.289 / Airmass at end of observation                                                                                                                                   Instrument aperture:                           APER_X  =                8.181 / [arcsec] Aperture X axis coordinate            APER_Y  =                0.527 / [arcsec] Aperture Y axis coordinate                                                                                                                             ISU2 parameters:                               ISU2PORT= 'South   '           / ISU2 port name                                 ISU2POFF=                  170 / ISU2 port offset                               ISU2TOFF=                   20 / ISU2 tilt offset                                                                                                                                                Guider:                                        GUIDING = 'ON      '           / Guider status: OFF|ON|PAUSED                   GUIDFFOC=               -1.092 / Fast guider CCD fine focus                     AGFREQ  =                100.0 / Autoguider: Frequency                          FGMODE  = 'Fast Guider'        / Fast guider mode                                                                                                                                                                                                                                Chopping and nodding configuration:            NOD_BEAM= 'MIDDLE  '           / Chopping beam name (A|B|MIDDLE)                CHPDWELL=                  0.5 / [s] Chop dwell                                 CHPDELAY=                  0.1 / [s] Chop delay                                 CHPANGLE=                  0.0 / [deg] Position angle of the chop               CHPTHROW=                  0.0 / [arcsec] Throw of the chop wrt middle position CHOPFREQ=                  0.0 / [Hz] Chop frequency                                                                                                                                             Instrument detector configuration:             DETECTOR= 'ALADDIN '           / Detector array used                            NINT    =                    1 / Number of integrations in observation          DROWS   =                 1024 / [pixel] Number of detector rows                DCOLUMNS=                 1024 / [pixel] Number of detector columns             RDOUT_X1=                    1 / Start column of array readout                  RDOUT_X2=                 1024 / Start column of array readout                  RDOUT_Y1=                    1 / Start row    of array readout                  RDOUT_Y2=                 1024 / Start row    of array readout                                                                                                                                   Instrument optical configuration:              CAMLENS = '0.12    '           / Camera name (0.12|0.06+IJM|0.06+HKL|pupil)     INSTMODE= 'spectroscopy'       / Mode (imaging|spectroscopy|ifu)                PIXLSIZE=               0.1202 / [arcsec] Pixel size                            FILTER  = 'L_spectral'         / Combined filter name                           FILTER1 = 'open    '           / Filter in wheel 1                              FILTER2 = 'L_spectral'         / Filter in wheel 2                              GRISM   = 'long_L  '           / Combined grism name                            GRISM1  = 'open    '           / Grism in wheel 1                               GRISM2  = 'long_L  '           / Grism in wheel 2                               SLITNAME= '2_pix_wide_120'     / Slit name                                      SLITLEN =                120.0 / [arcsec] Length of slit (120|20)               SLITWID =                  2.0 / [pixel] Width of slit                          SLITANG =                  0.0 / [deg] Angle of slit in wheel                   SLIT_PA =                -90.0 / [deg] Position angle on the sky, E of N        DISPAXIS=                    1 / Dispersion axis                                RESOLUTN=                 3143 / Resolution lambda/delta-lambda                 DISPERSN=              0.00061 / [um/pixel] Dispersion                          CENWAVL =                3.835 / [um] Central wavelength                        FOC_MM  =               4.4688 / [mm] Focus position                            LAMP    = 'off     '           / Name of calibration lamp (off|BB|H|Ar|Kr)      BBTEMP  =               1073.0 / [K] Blackbody temperature                      CALAPER = 'BB_Blank'           / [mm] Aperture for black body                   WPLANGLE=                  0.0 / [deg] Waveplate angle                          POLARISE=                    F / Whether or not using polariser                                                                                                                                  Detector controller:                           COMMENT                          An integration can consist of one or more      COMMENT                          exposures, specified by NEXP.                  COMMENT                          Each exposure can contain one or more reads    COMMENT                          of the array, specified by NREADS.             NULL_CYC=                    0 / Cycles prior to data taking                    NULL_EXP=                    0 / Exposures prior to data taking                 NULL_NDR=                    1 / ND reads prior to data taking                  WAVEFORM= 'uist_starev11'      / Waveform set name                              ARRAY_EN= 'on      '           / Array enabled/disabled                         PIXELMON=                    F / Whether pixel monitoring enabled               DET_MODE= 'NDSTARE '           / Observing mode (STARE|NDSTARE|NDCHOP|CHOP)     NREADS  =                   11 / Number of reads per exposure                   EXP_TIME=                 10.0 / [s] Integration time per exposure              NEXP    =                    3 / Number of exposures in integration             READINT =                  1.0 / [s] Interval between reads                     DET_NRST=                    1 / No of det resets before 1st exp                DET_RSTD=                 0.11 / [s] Interval between final reset & 1st read    MULTIRDS=                    6 / No of samples/pixel                            GAIN    =                 15.0 / [electrons/ADU] Detector gain                                                                                                                                   Environment:                                   AIRTEMP =                4.782 / [degC] Air temperature                         BARPRESS=              616.459 / [mbar] Ambient pressure                        DEWPOINT=               -8.932 / [degC] Dewpoint                                DOMETEMP=                 3.13 / [degC] Dome temperature                        HUMIDITY=               36.342 / Relative Humidity                              MIRR_NE =                6.911 / [degC] Mirror temperature NE                   MIRR_NW =                5.465 / [degC] Mirror temperature NW                   MIRR_SE =                4.953 / [degC] Mirror temperature SE                   MIRR_SW =                  4.4 / [degC] Mirror temperature SW                   MIRRBTNW=                8.443 / [degC] Mirror bottom temp. SW                  MIRRTPNW=                6.957 / [degC] Mirror top temp. SW                     SECONDAR=                3.081 / [degC] Temperature of secondary                TOPAIRNW=                 3.84 / [degC] Top air NW                              TRUSSENE=                4.872 / [degC] Truss leg ENE                           TRUSSWSW=                2.328 / [degC] Truss leg WSW                           WIND_DIR=              196.646 / [deg] Wind direction, azimuth                  WIND_SPD=                2.004 / [km/h] Wind speed                              CSOTAU  =                0.155 / Tau at 225 GHz from CSO                        TAUDATE = '2006-08-09T08:30'   / Time and date of Tau reading                   TAUSRC  = 'CSO225GHZ'          / Source of opacity data                                                                                                                                                                                                                               Image quality related parameters:         IZ5     =               1724.0 / Astigmatism: IZ5                               HZ5SH   =               -620.0 / Astigmatism: HZ5SH                             HZ5CH   =                334.0 / Astigmatism: HZ5CH                             HZ5SD   =              -1676.0 / Astigmatism: HZ5SD                             HZ5CD   =                  0.0 / Astigmatism: HZ5CD                             IZ6     =                252.0 / Astigmatism: IZ6                               HZ6SH   =              -1014.0 / Astigmatism: HZ6SH                             HZ6CH   =               -412.0 / Astigmatism: HZ6CH                             HZ6SD   =               -214.0 / Astigmatism: HZ6SD                             HZ6CD   =               -374.0 / Astigmatism: HZ6CD                             Z7      =               -519.0 / Coma: Z7                                       Z8      =               1210.0 / Coma: Z8                                       WEBEAM  =               -519.0 / Topend: W-E beam                               NSBEAM  =                 45.0 / Topend: N-S beam                               IZ9     =               -324.0 / Trefoil: IZ9                                   HZ9SH   =                 45.0 / Trefoil: HZ9SH                                 HZ9CH   =               -105.0 / Trefoil: HZ9CH                                 HZ9SD   =                179.0 / Trefoil: HZ9SD                                 HZ9CD   =                  0.0 / Trefoil: HZ9CD                                 IZ10    =                191.0 / Trefoil: IZ10                                  HZ10SH  =                156.0 / Trefoil: HZ10SH                                HZ10CH  =               -130.0 / Trefoil: HZ10CH                                HZ10SD  =                -77.0 / Trefoil: HZ10SD                                HZ10CD  =                192.0 / Trefoil: HZ10CD                                Z11     =                300.0 / Spherical: Z11                                 AAMP    =              2086.73 / Astigmatism: amplitude                         APHI    =              -13.837 / Astigmatism: angle                             TAMP    =              541.095 / Trefoil: Amplitude                             TPHI    =               46.303 / Trefoil: angle                                                                                                                                                                                                                                  Engineering:                                   CNFINDEX=              5420214 / Configuration index                            DET_TEMP=                 30.0 / [K] Array temperature                          WFPERIOD=               1560.0 / [nSec] Waveform state period                   VDETCOM =                 -3.4 / [V] Bias voltage: vdetcom                      VDDUC   =                 -4.0 / [V] Bias voltage: vdduc                        VNROW   =                 -6.0 / [V] Bias voltage: vnrow                        VNCOL   =                 -6.0 / [V] Bias voltage: vncol                        VSSCM   =                  0.0 / [V] Bias voltage: vsscm                        VDDOUT  =                 -1.5 / [V] Bias voltage: vddout                       VREF    =                 -2.5 / [V] Bias voltage: vref                         VLOAD   =                  0.0 / [V] Bias voltage: vload                        BIAS8   =                  0.0 / [V] Bias voltage: bias8                        BIAS9   =                  0.0 / [V] Bias voltage: bias9                        BIAS10  =                  0.0 / [V] Bias voltage: bias10                       BIAS11  =                  0.0 / [V] Bias voltage: bias11                       BIAS12  =                  0.0 / [V] Bias voltage: bias12                       BIAS13  =                  0.0 / [V] Bias voltage: bias13                       VDDCL   =                 -3.8 / [V] Bias voltage: vddcl                        VROWOFF =                  0.0 / [V] Bias voltage: vrowoff                      VGGCLLO =                  0.0 / [V] Bias voltage: vggcl_low                    VGGCLHI =                  0.0 / [V] Bias voltage: vggcl_hi                     VROWONLO=                 -6.0 / [V] Bias voltage: vrowon_low                   VROWONHI=                 -6.0 / [V] Bias voltage: vrowon_hi                    VRSTONLO=                  0.0 / [V] Bias voltage: vrstoff_low                  VRSTONHI=                  0.0 / [V] Bias voltage: vrstoff_hi                   VRSTOFFL=                 -6.0 / [V] Bias voltage: vrstoff_low                  VRSTOFFH=                  0.0 / [V] Bias voltage: vrstoff_hi                   UTSTART =             8.585278 / [h] Start time of integration                  UTEND   =             8.595278 / [h] End time of integration                    DET_NRST=                    1 / Detector resets before first exposure          DET_RSTD=                 0.11 / [s] Interval between final reset & first read  MULTIRDS=                    6 / Number of samples/pixel                        END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             F悚政悚政悚政悚政悚政悚政悚政悚政悚政悚政悚政悚政悚政悚政悚政悚政悚政悚政skpFn鐹FguFd蜿Fh8艫m龢FvG潚}kFy1潚q�:FmPTFiNrFn��FwZ'Fs蕑Fq
檦{�]F�贀F{�>F~孱F�I孳�易F��7FxC澰q�F}Q東�dsF�@F�4F�FsF�葐F�齈F�篤F�O�F�狋F}H�F~扈FmXF��ギ�4閻�9�Fu蠻Fm�(Fu%=Fy8<Fq!sFoX厬xW檦�dF���F�lF�5F�8HF~3xFq��FqD哅qS*Fq�WFs��F{qIF~藶Fs媹f"KFa�Fa��Fb5
Fg�Fo倢Fu櫜Fu8Fy��F�@F��F�氻F�蒼F�:甪��,F?6Ft縍Fz�F|嚐F{�#F�艤F�吙F�卵F�<�F���F~
Fp闠j�Fh�GFi鐳Fl�涌p5.F{�6F�XLF��3F{1淙o欯Fw�vF�#閻��丌�挹F~�F�涼F�ギ}�
Fp�0FvФFy7Fq柸Fo�'Fv�F��F��F||FkY噷cX�FfW媹l慳F}R+F}�pFk駌Fc0ギg埋Fr)檦�0杚wX�Fe1[F^�躘[��F]齪F`穋Fh3HFo_淙v�丌�!檦�	~F�]&Fv��Fh餖Fk陵Fp"Fnp；s猿Fw遏Fw�豶�(#F{��Fh��F^�ZF`\Fk酌Fy鉬Fqw�F`�FFY�ZFZ!�F[��FZ蠵F[+艏Z�浣Y@笎Y[F\JuF^患FeW+Fn�:Fsx(F{�F��{FyU肇a�FY/1FZ訓Fb
Fr�'Fz�Fl��Fa殀FepFp`艏q^mFd�F^��F]ｙFZ��FWn厲W舲FZ�{F]vFZ�}FX�淣X&~FX�蠫X�FYniF\F_	騙dj瘤q�Fy詡F�脥xrJFe榑Z焲F\WFc:Fn筦m29Fe嶝F`��F_�F]��F[�F[�|FW晃FV促FU冗FV��FW�?FY顄[9xFY�FZ栥F`V政c��FaQFa�璻_琌F]
MF[�/F^荃FfヅF{磼F�砝F�^F}烯Fm1QFh�Fr]+F��東�躐F�憌F��；�09F�愴F�4'F�F���F�鍥Fz��F{ＬF}�蕑w汁Ft�RFq(&Fq[.Fu復Fr�Γt\Fr桎Fi揵Fa鼞F`鯡Fb6�Fk絡Fu�CFy�Fr�(Fh惸b�F`灞Fb�XFexFkFk��Fd�F_�F_|(F`Y澰\��FZJ}F[+攌[�¢Y�閻Y�FZ�閻[�涌\合FZU柅W��FWhCFXE>FYl慚[R艫[�>F^GFa #Fc#�Fc炊Fc��Fh��FsKFx��FtH/Fh�'Fd而Fg�/Fr+\F|濢Fq�:Fd賽Fa��Fa�TFc*7Fl�/Fp9vFd1yF\i"FZ警FY��F[�F[T�F\x�F[鏽F[�!F\t磯]E{F]l涌`NrFb&�Fb玟Fc��Fd淙gFu0F�.；x�YFe#F`胚da-Fm2�F|圚F�禸Fy璯FsR刎r�.Fm釤Fn寡Fn0#Fe�5Fa�aFb�慚h鑅Fx=蕑yB寇i�睢`�LF]譴F^�F]訴F]E�F]G躘\縎F\�#F^�&Fa��Fh�>Fy
鴿�橡Fr咥Fe
]FdFKFf�蚌j�?F|��F��Fqq&Fa^PF_%湩aV淙j�Fud磯t�Fp鏐Fp�Fg2踚c%虇h閈s"HFsF�Fl;ギntlF|.}F�Fn0AFa�fF]�亭\摝F`~達d�Fs1F*籹u齌Fe�!FbFhk乏yY	F�慞Fp�:F`�=F^�F^y佝]柪F]^4F^�軨`�澹b槧Fi禪Fs�pFm邟Ff2Ff
Foa�Fy
%Ft藭Fg�F`_F^�媹atVFg�蚌s�F��2F�9F��1F~8eF}�閈n�!FiUiFu
軨zz柅m!ZF_婂F]c睢^
蕑`�,Fb��F_碖F]貳F]�帴]?�F]�涌\氻F]嶁F_h.Fe苨Fp4顓n�Fc�陟]��F\�F^�Fc�Fl/tFq7*Fn�Fl�虇m�XFm�姏x�鄰���F�k0F��'FxO�FfがFcqFk�Fp祓Fi>�Fa�FakF`甥F]R騙[趬FZ利FZ�1F[支F\幹\<*F\��F\暡F]��F^h$FeFjseFf%iF^咸F\毐F\77F]l`F^u瘤a7湱dc肇mEGFz濟F�&{Fp沙v�淙q�<FrNFk��Fi-蚶h�Fe~湩b�Fb�Fa褋FaFDFa斻Fd-rFf�Fk歔Fo刎meFjl睢k稰j7\Fh�4Ff�攌e��Ff�廮k�FmQ�Fh~mFd厬c�tFd��FgjFk�<Ft斤Fw簅FroLFk�
Fl?)Fq�噷yk^Fy慚s��Frq潚v
GFxe磯xA柅v��Fu貐FuM嘸w�Fy� F{�-FbCF��F�lGF��F��F�h溏��
F�f覞�Z聏�H�F�NF�1F��F��F�C:F�6閻�gJF�h�F��F�矐F�虱F��>F�`�F��&F��DF��4F�稰��
F��YF�+?F�MsF�+¢�厬��oF��yF��F�嫊F�扴F��惸�搧F�睆F�乏�YF�^F}n肇zえFw��Ft壈FrF¢q橝Fqr�Fp�FmQ
Fl闡Fj��Fe餱FeFh>艫j=Fl�
Fl�Fo�]Fp_tFt春Ft瑎Fu��Fv�Fx��F|+�F�.亭�幃F��厲���F�@�F��'F�gbF�OOF�楑F���F�鄍F�PSF�(蠫�F��"F�tUF�逤F��F�5F�=F��F�
F�elF�檦��F�齴F�?	F��乏� oF��(F�'bF�5~F}�F~稻Fz�	Fy�F{�HFwOFz�Fu�Fv�FvPsFr��Fu猓Fr艮Fs3媹t聞Fp
攌r�噷p-榑pN*Fs+rFq�¢r超Fo4
Fk~uFl蹭Fj磯j�~FkK¢hNzFk!3Fh�唃f�杚g�}FeC�Ff
RFf��Ff娀Fg凘Fgb:Ff�Fh剩Ff��Fc�	FcЁFb�浣c`誆e顓f�!Ff�>Fd噷bV?Fc#¢b柴Fae蠫b|FaS蕗b�xFa��FaU�FaX噷bM厬a�Fb�)Fb /FbUFbo閈b檡Fb�>Fdw厬c&	Fd=�Fd��Ff!Fg�Fj;陟j
瘤h��Fg!艫fDFe��FgX達h~=Fj�璻jh�Fk;�Fi縺FhVFgV�FgUkFg#�FgFg潚g�4Fg
=Fg緊Fg嵱FhSFhm�FhllFh殃FiU,Fi魡Fj�)Fj%脥i怑Fi�5Fk睢j�bFkLrFjl�Fkc璻ka誆k�DFk2媹lM)FkbFlW筦lsFm謳Fnk1Fo2Fo舛Fn�OFo	閈pu政r%=Ft�FxY嘸y�Fy�PFx扎Fu1湩t本Fs^鄰tO3Fs藕Ft��Ft�Fu鄠Fvh�Fv�XFvkFw戠Fw��Fw蔦FxF軨y胚y#F{HF{7GF{�F|	F|~檦|�F}�F|腺F~\F�,F�;JF�eF�壚F�佝��1F�TF��QF��EF��厬�洌F�,tF��F�m肇�〨F��2F��F�6BF���F���F��F��F�泜F�|uF�G闠�xF��F�kOF��蕗�gJF�扚F�)�F�I閻�韍F�睬F�豋F�洫F���F�NF�EoF�了��杚�H柅��艫�-F��唃��F�捌F�lyF��F�溏��F���F�)�F��F��
F�maF��SF�#F��=F�_F�奴F�C訶�%�F�F�亭�浣��F�P
F�x�F�硿F�0_F���F�蛬F�00F���F�/{F�稱F��2F�9媹�xギ��F�O�F��蚌�泇F�媹�k2F�L+F�_`F��F�慒F�咬F�O艏�騣F�)誆�
涌�IF�zF��鴿�myF�鉤F�蠫�-鴿�i蚶��3F�AGF���F�R誆�視F�譀F�F�F肇�i>F��rF�CF��=F�籹�"�F�dWF�'肇�pYF��F�m�F�鋇F�jXF�]籹���F�GF�$�F��F���F�BF�榼F�a艫�w>F�☆F�劦F�枅F�|媹�勯F�khF��xF�]�F�籹��訶��F�R鴿�9�F���F�BF�蚧F�)�F�b0F�躪F�~厬��>F�
�F／-F▃達ａ}F�咄切嘸�eF云�F匕刎云闠且�F乓顓��kF田F�1uF含$F���F助
F低軨�+bF汲F�,F到OF昇kF軋蠫��F�=F�F洱嘸倫訶哽轆恥lF��qXTENSION= 'IMAGE   '           / IMAGE extension                                BITPIX  =                  -32 / number of bits per data pixel                  NAXIS   =                    1 / number of data axes                            NAXIS1  =                 1024 / length of data axis 1                          PCOUNT  =                    0 / required keyword; must = 0                     GCOUNT  =                    1 / required keyword; must = 1                     OBJECT  = 'u20060809_00171_wce'/ Title of the dataset                           DATE    = '2007-05-08T20:58:13'/ file creation date (YYYY-MM-DDThh:mm:ss UT)    ORIGIN  = 'Starlink Project, U.K.'/ Origin of this FITS file                    BSCALE  =                  1.0 / True_value = BSCALE * FITS_value + BZERO       BZERO   =                  0.0 / True_value = BSCALE * FITS_value + BZERO       HDUCLAS1= 'NDF     '           / Starlink NDF (hierarchical n-dim format)       HDUCLAS2= 'VARIANCE'           / Array component subclass                       EXTNAME = 'VARIANCE'           / Array component                                HDSTYPE = 'NDF     '           / HDS data type of the component                                                                                                 WCSNAME = 'AXIS    '           / Reference name for the coord. frame            CRPIX1  =                512.0 / Reference pixel on axis 1                      CRVAL1  =          3.826131821 / Value at ref. pixel on axis 1                  CTYPE1  = 'Wavelength'         / Type of co-ordinate on axis 1                  CDELT1  =      0.0006174893769 / Pixel size on axis 1                           CUNIT1  = 'Microns '           / Units for axis 1                               END                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                             ���������������������������������������������D�0����D鎏�D饓訴鯇蚤����D犦淗徾�D�G���D鶒蹩�9�D爚D鯡D灀M��D������D�0D熛瘩踛������D魈
��������D�7����D���D�
�D��9D閜�D�噲��=D廅����D殍�D��S���D菧����������D蚸媶�'D�胖菤涼�����D侗WD苺[D�媶�:�D浿D跁����D炡����D�8)D岒yD玾��D������D�+ID奅�D涗滖妼唏姳bD浾�D�>�D�OD�緲D鷂E��D��D�T厂�xD泭釚�0`D�*D�攍鞅D飭V��D��触�wD詣豃耨8���D�,
������D�睥鷹哠襞N������D�$��D��>���D��fD愧7D搞����D睨`D楊nD��
��D�9����D絨�D條
D跟ZD��鑪�?����D苦-D�	ガ崑������������D虫����D垠D矣+���D朕�D倘���D�
巆卅����D�杈D谷饉央���D� �����D��[���D�YD�葯�����D�瀉D�F�D��D�T�D��
��D��7D�_0D�<7D�粼D�t���������D戎9D�呀���D�>籺�,���DＹ稫�~D�WDD���D�;����D������D�sK���D�8D��氥�，��D�貼��D�(Α��蠤���D�肒D�亟D�^a����D�n����D��f���D��3���D�A|D��5���D�苛D�����D�%PD�2�D�H���D�媛�つ��������������D��������D�	����D�金������D�鵀D�詔D�!触��������D��&D�Z籺�����D�盺D��D�淭D��D�稫��>D��0D��OD�K膗�QD��MD���������������D��D�+�D�直D�H聞���������D�^�D���D�/�D�FD� �D��D��
���D�8V���D��_D��慣�暀D�����D�PD~c�D~�2Dy亄D�@@���D����������Dz]v���Dw檸���D|鈂���D}xDw4|DzDuYDy嶷Dv��D~2D�PD�maD�n豃}:8Ds�"Dw��������DwF崮vt聞p<�DulDn8����Do�涼n檑f5���DjB����Dl哖o晇Dh�������Dk�����DmEs���Dm餭Dh笈j�[Df(:Do櫪DsaFDr耗Dg=窞ij(���Dlj求n ���Dj橞DlmDii������Dj汾Da������������������D\-����������DU楦DZK翗V劍D\80���D`�D`��Df�DZNDXR.DTyDD[�DZR:DgD胖d杠���DQ�枋U����DX�媶Z4D`49���D\i犵Q佐������DY���������D^#DZ�DV=DK8DL柫������DM|{������DY5ΑL(`DM��������DY;����DK8潏L冏DEGKDE�=D>�sDB~氥?(DE筳���DPDH塏DG菳DAj�DG詺���DH�nD@����D?�����D@�LDG��DK澬DSy���DJ
����DGi�������DE�8DA��D8�D;�p������D=����D:萹������D4X6D7坵D5���D=偲���D6����������D4����D<洍D?q D;�"D=XMD9$�D?0.D?I���DA�*D?NI������D5�����D1�D0繂D-恘D1�氥.�<������D/MD*�攍-�D)L	D+鸔D*$�D/)D-懁D3舶D2���������D)l���D*媺D/d����������D;偲D5�oD4-1���D2桋D.l!��D,�D.拔���D)�	D%�����������D)5訴1*������D(pD������������D(TD-8鑪)�p��D#��������D)�D(�#D/}TD,韡D,n�D%V���D%�����������������D(矰D+�7D&��D*蚶D'X������D+=���D.W0D*詴���D*�����D0C���������D1踦�����������������D..7D0�鑪.D0����D.����������������D-�D(h���D'�������D+N哠'邵D'���������������D���D8����D脛D�5�������D%EDlID<�����D���������D 氥=����D誦����������D�#�����������D��������DD 7���������D�踜������������������������������������D�D��D����������D痘D:����������������������������D悻��Da_��������������������D6[�������������D
)U��������������������������D8���������������������D蘾�������D-7�������������������������D7訴
Pl��D�����������������������������D
<���������������������������������C�▎�������������������������������������C�������������������������������������C���������������������C�i����C����C�z��������������������������D�������������D&������������������������������������������������������DA��������������������������������������������������������������������������������������Da��D������������������D3�������������������������D	禠��D�8��������������D_x�����������������������������������������������D)��������������������������������������D摷����������D"���������������������������������������������������������������������������������D團��D�-�����������