SIMPLE = T / conforms to FITS standard BITPIX = 8 / array data type NAXIS = 0 / number of array dimensions EXTEND = T DATE = '2020-01-09' / Date this file was written DISPELEM= 'UVB ' / Dispersive element name SPECSYS = 'SOURCE ' / Reference frame for spectral coordinates EXT_OBJ = F / TRUE if extended OBJECT = 'ISO-MCMSJ005622.2-730334' / Machine-readable name of the star HNAME = 'ISO-MCMS J005622.2-730334' / Humane-readable name of the star XSL_ID = 'X0026 ' / X-shooter Spectral Library unique identifier XSL_NAME= 'X0026_U_N' / Internal name for the science spectrum RA = 14.09504166666667 / [deg] Spectroscopic target position (J2000) DEC = -73.05942777777777 / [deg] Spectroscopic target position (J2000) RA_FULL = '00:56:22.81' / [HH:MM:SS.SS] Target position (J2000) DEC_FULL= '-73:03:33.94' / [DD:MM:SS.SS] Target position (J2000) EQUINOX = 2000.0 / Standard FK5 RADECSYS= 'FK5 ' / Coordinate reference frame WAVELMIN= 298.7234725979081 / [nm] Minimum wavelength WAVELMAX= 555.6523428167523 / [nm] Maximum wavelength SPEC_BIN= 0.01499089037976802 / Average spectral coordinate bin size CONTNORM= F / TRUE if normalised to the continuum TOT_FLUX= F / TRUE if photometric conditions FLUXERR = -1.0 / Uncertainty in flux scale (%) SNR = 4.08 / Median signal-to-noise ratio SPEC_RES= 9698.289640999999 / Reference spectral resolving power ORIGIN = 'ESO ' / European Southern Observatory TELESCOP= 'ESO-VLT-U2' / ESO Telescope designation INSTRUME= 'XSHOOTER' / Instrument used PROG_ID = '084.B-0869(A)' / ESO program identification OBID1 = 389501 / Observation block ID M_EPOCH = F / True if combination of multiple epochs SINGLEXP= F / True if resulting from single exposure OBSTECH = 'ECHELLE,SLIT,NODDING' / Observation technique FLUXCAL = 'UNCALIBRATED' / Quality of flux calibration PRODCATG= 'SCIENCE.SPECTRUM' / Single target 1-dimensional spectrum PROCSOFT= 'xshoo/2.6.8' / Pipeline (unique) identifier NCOMBINE= 4 / Number of raw science data files combined PROV1 = 'SHOOT.2009-10-10T02:28:44.880' / Originating raw science file PROV2 = 'SHOOT.2009-10-10T02:32:53.721' / Originating raw science file PROV3 = 'SHOOT.2009-10-10T02:20:18.826' / Originating raw science file PROV4 = 'SHOOT.2009-10-10T02:24:28.038' / Originating raw science file EXPTIME = 600.000004 / Integration time TEXPTIME= 600.000004 / Total integration time of all exposures FWHM = 0.83 / Observatory seeing queried from AS MJD-OBS = 55114.09744012 / Start of the observations MJD-END = 55114.10791344115 / End of the observations EXT_AVG = T / Two 1D-spectra averaged CAL_NAME= 'CAL0001_X0026_U_S_I.fits' / Internal name for the response curve CAL_STAR= 'BD+17-4708-V9.45' / Spectro-photometric standard star target CAL_RAW1= 'SHOOT.2009-10-17T00:16:23.718' / Originating raw flux-standard file CAL_RAW2= 'SHOOT.2009-10-17T00:19:41.765' / Originating raw flux-standard file FLUX_COR= T / First flux calibration applied LOSS_COR= T / TRUE if correction for slit loss was applied STA_NAME= 'X0026_U_S_F.fits' / Internal name for the wide-slit spectrum STA_RAW1= 'SHOOT.2009-10-10T02:18:54.140' / Originating raw wide-slit file REST_COR= T / TRUE if correction for rest-frame was applied REST_VAL= 170.72 / cz value in km/s BARY_COR= -11.457 / Barycentric radial velocity correction value WAVY_UVB= F / Wavy spectrum between 460 and 520 nm WMIN_UVB= '390 ' / Shortest useful wavelength [in nm] REFERENC= 'Gonneau et al. 2019' / Bibliographic reference CHECKSUM= 'CJgGC9Z9CGfGC9Z9' / HDU checksum updated 2020-01-09T12:48:11 DATASUM = '0 ' / data unit checksum updated 2020-01-09T12:48:11 END XTENSION= 'BINTABLE' / binary table extension BITPIX = 8 / array data type NAXIS = 2 / number of array dimensions NAXIS1 = 12 / length of dimension 1 NAXIS2 = 17140 / length of dimension 2 PCOUNT = 0 / number of group parameters GCOUNT = 1 / number of groups TFIELDS = 3 / number of table fields TTYPE1 = 'WAVE ' TFORM1 = 'E ' TUNIT1 = 'nm ' TTYPE2 = 'FLUX ' TFORM2 = 'E ' TUNIT2 = 'erg cm**(-2) s**(-1) angstrom**(-1)' TTYPE3 = 'ERR ' TFORM3 = 'E ' TUNIT3 = 'erg cm**(-2) s**(-1) angstrom**(-1)' VOCLASS = 'SPECTRUM V1.0' / VO Data Model VOPUB = 'ESO/SAF ' / VO Publishing Authority TITLE = 'xsl_spectrum_X0026_uvb' / Data set title OBJECT = 'ISO-MCMSJ005622.2-730334' / Machine-readable name of the star RA = 14.09504166666667 / [deg] Spectroscopic target position (J2000) DEC = -73.05942777777777 / [deg] Spectroscopic target position (J2000) RA_FULL = '00:56:22.81' / [HH:MM:SS.SS] Target position (J2000) DEC_FULL= '-73:03:33.94' / [DD:MM:SS.SS] Target position (J2000) APERTURE= 0.000138888888888888 / [deg] Aperture width TELAPSE = 904.8949472140521 / [s] Total elapsed time TMID = 55114.10267678057 / [d] MJD mid exposure SPEC_VAL= 427.1879077073302 / [nm] Mean wavelength SPEC_BW = 256.9288702188441 / [nm] Bandpass Width Wmax - Wmin NELEM = 17140 / Length of data arrays TDMIN1 = 298.7234725979081 / Start in spectral coordinates TDMAX1 = 555.6523428167523 / Stop in spectral coordinates TUTYP1 = 'Spectrum.Data.SpectralAxis.Value' / IVOA data model element field 1 TUCD1 = 'em.wl ' / UCD for field 1 TUTYP2 = 'Spectrum.Data.FluxAxis.Value' / IVOA data model element for field 2 TUCD2 = 'phot.flux.density;em.wl;src.net;stat.uncalib' / UCD for field 2 TUTYP3 = 'Spectrum.Data.FluxAxis.Accuracy.StatError' / IVOA data model field 3 TUCD3 = 'stat.error;phot.flux.density;em.wl;src.net;stat.uncalib' / UCD 3 EXTNAME = 'SPECTRUM' INHERIT = T / Primary header keywords are inherited CHECKSUM= 'kSoTkSmTkSmTkSmT' / HDU checksum updated 2020-01-09T12:48:11 DATASUM = '2658590092' / data unit checksum updated 2020-01-09T12:48:11 END C\ i-x*C^cC|-^C`q-T=- ~Cb\-'-^CdH--7Cf3-!r- Ch -Cj -Ck-chCm-#6-CoˬNF-Cq&/-Cs,V-sCu#-lCwx-hCyc -\.C{NM-YvQC}:-^k-S!dC%,-ODCr-KC-(B}-F;C-u-<Cҭ%;-:PCZ-6NC\w8-;PC,ҝy-/<_C,Lİ-,3Cj,-!F,CU+R-"OC@-FC+-)ݱ-*CE-kC&e-C,7-2C,-ߴCī-C, -RC+ ,C,WTp- eCp g,C\,l,UCG !,C2+@,C,Ă,gCC,>QC,FR,[C߬',zC,C],C,O0C+o,qC,I,RCwѧ,/jCb,#,CMlJ,6iC9+[,C$9,ѓCr,:C,x,IC,(.C,,CϼZ`,qCѧ,P,,CӒ*,C~+,&Cic,CTs,C?,-,HC+n~,C+DD,(C^],%C,k,,pC뒡,nC+7t,rC,l,kC,,dC+և,[Cph,\C[y,YCFL,WC1,b],OC+p,S&-C,¦,TC+\,MkyCެS~,JvCɫ%,FCC+,=8C)D,;ЛCKǦ,8yCv,/$D,:3dCa*=,3^C M,;8,4C8p,0ǯC #E>,//C+X,(UC*F,'-C+d,"L~C+v,!6CPh,C,_,C+,C},HCh',C S,C"?+O, C$*,C&++, \C( ,S,?C)멅B,?C+ת+LC-«i4+GC/+ +C1++ C3+Qr +OC5o;h!+䥥C7Z+O+%PC9E5u+5C;0G/+KC=*DF1+УdC?*Pw%+RC@+ "+ CB+9+ÖCD,v+CF+NJCH+CJ+}ϲ+-hCLu,Ǧ+DCNa*+;CPL*+CR7++CT"*#C+CV+t|+CW+@CY*ԝ+ >C[Ϫ+C]+wX+C_+NMt+ICa+H4+hCc|+N+8Ceg)s+]-CgSd+Ci> f+aCk)Y+v:cCm+%++}^Cnr2>+pQCp*Ұ+oCr֫]r+gCt+|#:+fcCve+YCx{+PYyCz*:@+M}lC|nξ+Iq6C~Y*+GuCD++AC0+ O+< C*@4;+:C)ӆ+7iC+/C*1+4C+/}+0LC+6B++ޖC+Ry+)TfC*+O+!Cur+$C`*w +%CKjL+yC6{+C"++ۮC 3+Co+"CM,+C)Ԙ+C*!:+ yCm+}YCbm+C{*b+Cg*)y+l!CR*+C=**C(J*C*&C1I,*4_C*}*C*aS*C++*0C)E*C*CY* LCmf`*?CXB*-CD*ޟ*C/*`n*%C*%*sC+*3jC*ȢJCܪ2*2C*.7*CԲ*'b*CC֝Z* C؉*Y;2*"cCt*ԛ*C_*h8*CJZ*rC5N*`C!*C*LM*C**2C(6*C*э*̰C빪*hC)*pIC(*Cz* Cf*}*CQ'* C<)fC*RC'*oD*\~Co*C*r? *q C)&*C )hn*Cfz*YC6*C*XÌ*,aC)횕*{SC l)*{!xCX)D*u~CC-ty*kC.I*hUC*\*hC*nM*dC)S*_OC۩/*_CƩ@*WRC(9*W҃C*R?ZCGC*L~C!s*0[*NC#^)2*IYC%IB*G|C'5[*>lC) (`Q~*<C+T*7C,J*/mC.(^*!*.C0)%*+GC2)**fC4*9*'C6)s*"RC8zdk* ~C:eF=*!ěC