SIMPLE = T /Primary Header created by MWRFITS v1.11b BITPIX = -32 / NAXIS = 2 / Number of array dimensions NAXIS1 = 3906 / NAXIS2 = 5 / EXTEND = T / COMMENT --------FILE INFORMATION FILENAME= 'spec-57453-HD112608N224229M01_sp13-055.fits' / OBSID = 435213055 / Unique number ID of this spectrum AUTHOR = 'LAMOST Pipeline' / Who compiled the information DATA_V = 'LAMOST DR5' / Data release version EXTEN0 = 'Flux, Inverse, Wavelength, Andmask, Ormask' / N_EXTEN = 1 / The extension number EXTNAME = 'Flux ' / The extension name ORIGIN = 'NAOC-LAMOST' / Organization responsible for creating this fileDATE = '2017-12-22T18:04:40' / Time when this HDU is created (UTC) COMMENT --------TELESCOPE PARAMETERS TELESCOP= 'LAMOST ' / GuoShouJing Telescope LONGITUD= 117.58 / [deg] Longitude of site LATITUDE= 40.39 / [deg] Latitude of site FOCUS = 19964 / [mm] Telescope focus CAMPRO = 'NEWCAM ' / Camera program name CAMVER = 'v2.0 ' / Camera program version COMMENT --------OBSERVATION PARAMETERS DATE-OBS= '2016-03-05T17:10:00' / The observation median UTC DATE-BEG= '2016-03-06T00:12:11.0' / The observation start local time DATE-END= '2016-03-06T02:08:05.0' / The observation end local time LMJD = 57453 / Local Modified Julian Day MJD = 57452 / Modified Julian Day LMJMLIST= '82732332-82732365-82732418' / Local Modified Julian Minute list PLANID = 'HD112608N224229M01' / Plan ID in use RA = 173.960224 / [deg] Right ascension of object DEC = 22.880412 / [deg] Declination of object RA_OBS = 173.960224 / [deg] Right ascension during observing DEC_OBS = 22.880412 / [deg] Declination during observing OFFSET = F / Whether there's a offset during observing OFFSET_V= 0.00 / Offset value in arcsecond DESIG = 'LAMOST J113550.45+225249.4' / Designation of LAMOST target FIBERID = 55 / Fiber ID of Object CELL_ID = 'G3704 ' / Fiber Unit ID on the focal plane X_VALUE = '-776.8751085340' / [mm] X coordinate of object on the focal plane Y_VALUE = '-55.8498453500' / [mm] Y coordinate of object on the focal plane OBJNAME = '250159636731123' / Name of object OBJTYPE = 'gal ' / Object type from input catalog TSOURCE = 'LEGAS_SSY' / Name of input catalog TCOMMENT= '587742014890115196' / Target information TFROM = 'NGP ' / Target catalog FIBERTYP= 'Obj ' / Fiber type of object MAGTYPE = 'fibermagr' / Magnitude type of object MAG1 = 18.32 / [mag] Mag1 of object MAG2 = 17.23 / [mag] Mag2 of object MAG3 = 16.70 / [mag] Mag3 of object MAG4 = 16.33 / [mag] Mag4 of object MAG5 = 16.17 / [mag] Mag5 of object MAG6 = 16.72 / [mag] Mag6 of object MAG7 = 0.05 / [mag] Mag7 of object OBS_TYPE= 'OBJ ' / The type of target (OBJ, FLAT, ARC or BIAS) OBSCOMM = 'Science ' / Science or Test RADECSYS= 'FK5 ' / Equatorial coordinate system EQUINOX = 2000.00 / Equinox in years LAMPLIST= 'lamphgcdne.dat' / Arc lamp emission line list SKYLIST = 'skylines.dat' / Sky emission line list NEXP = 3 / Number of valid exposures NEXP_B = 3 / Number of valid blue exposures NEXP_R = 3 / Number of valid red exposures EXPT_B = 5400.00 / [s] Blue exposure duration time EXPT_R = 5400.00 / [s] Red exposure duration time EXPTIME = 5400.00 / [s] Minimum of exposure time for all cameras BESTEXP = 82732332 / MJM of the best exposure SCAMEAN = 1.30 / [ADU] Mean level of scatter light COMMENT --------SPECTROGRAPH PARAMETERS SPID = 13 / Spectrograph ID SPRA = 173.5920347 / [deg] Average RA of this spectrograph SPDEC = 23.2726991 / [deg] Average DEC of this spectrograph SLIT_MOD= 'x2/3 ' / Slit mode, x1, x2/3 or x1/2 COMMENT --------WEATHER CONDITION TEMPCCDB= -999.00 / [deg] The temperature of blue CCD TEMPCCDR= -999.00 / [deg] The temperature of red CCD SEEING = 3.50 / [arcsec] Seeing during exposure MOONPHA = 25.78 / [day] Moon phase for a 29.53 days period TEMP_AIR= -0.80 / [deg] Temperature outside dome TEMP_FP = -999.00 / [degree celsius] Temprature of the focalplane DEWPOINT= -18.10 / [deg] DUST = ' ' / Reservation HUMIDITY= 0.30 / WINDD = 128.10 / [deg] Wind direction WINDS = 1.00 / [m/s] Wind speed SKYLEVEL= ' ' / Reservation COMMENT --------DATA REDUCTION PARAMETERS EXTRACT = 'aperture' / Extraction method SFLATTEN= T / Super flat has been applied PCASKYSB= T / PCA sky-subtraction has been applied NSKIES = 21 / Sky fiber number SKYCHI2 = 2.1 / Mean chi^2 of sky-subtraction SCHI2MIN= 1.5 / Minimum chi^2 of sky-subtraction SCHI2MAX= 2.8 / Maximum chi^2 of sky-subtraction NSTD = 3 / Number of (good) standard stars FSTAR = '-32735--32615--32536' / FiberID of flux standard stars FCBY = 'given ' / Standard stars origin (auto, manual or catalog)HELIO = T / Heliocentric correction HELIO_RV= -0.31653 / [km/s] Heliocentric correction VACUUM = T / Wavelengths are in vacuum NWORDER = 2 / Number of linear-log10 coefficients WFITTYPE= 'LOG-LINEAR' / Linear-log10 dispersion COEFF0 = 3.5682 / Central wavelength (log10) of first pixel COEFF1 = 0.0001 / Log10 dispersion per pixel WAT0_001= 'system=linear' / WAT1_001= 'wtype=linear label=Wavelength units=Angstroms' / CRVAL1 = 3.5682 / Central wavelength (log10) of first pixel CD1_1 = 0.0001 / Log10 dispersion per pixel CRPIX1 = 1 / Starting pixel (1-indexed) CTYPE1 = 'LINEAR ' / DC-FLAG = 1 / Log-linear flag COMMENT --------SPECTRA ANALYSIS RESULTS VERSPIPE= 'v2.9.7 ' / Version of Pipeline CLASS = 'GALAXY ' / Class of object SUBCLASS= 'Non ' / Subclass of object Z = 0.10692200 / Redshift of object Z_ERR = 0.00000794 / Redshift error of object ZFLAG = 'g&Q PIPELINE' / Which method computes the redshift SNRU = '0.82 ' / SNR of u filter SNRG = '6.63 ' / SNR of g filter SNRR = '12.90 ' / SNR of r filter SNRI = '18.18 ' / SNR of i filter SNRZ = '10.14 ' / SNR of z filter END wAb".@O>A2BL/fAɍ0BQfARAHY@:RdAɠAAB.0>!/@l@IBB!B3;A߂F &AbBA=AbA,hA !2BN\KDB CҠBqVAO!B_mB}ݎBH=b!@'AG@F+B)Xa9ABE|AӋ B**A֏AZ??A]bA<j@ B{A@rYBpBGB~AߠAðcA7`Bc@"wBA A$@%AB$qB}zB&AU }AAaA}cAOUA_ZAm@tB ~A|$>^deBLz@c?VAXxAg0aAF Br@FAnB0ApoANAcA=BA8ABA0AZ0BQ3B4EBfGACA%s1A`AA<5AP>eB3AB6%BA,ANAH^AC*A A+^AdAB,`@dBA8_Br@YBB1BJB$<^%@UB<'B tA$A8;B+lBr7A&A4jBAK->iA7`3A 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