SIMPLE = T / Fits standard BITPIX = -32 / Bits per pixel NAXIS = 1 / Number of axes NAXIS1 = 1601 / Axis length EXTEND = F / File may contain extensions ORIGIN = 'NOAO-IRAF FITS Image Kernel July 2003' / FITS file originator DATE = '2011-08-05T00:14:36' / Date FITS file was generated IRAF-TLM= '2011-08-05T02:17:43' / Time of last modification OBJECT = 'TH-AR ' / Name of the object observed DOM-HUM = 31.3 / Humidity measured in the dome (%) DOM-PRS = 622.00 / Atmospheric pressure in the dome (hPa) DOM-TMP = 278.85 / Temperature measured in the dome (K) DOM-WND = 0.10 / Wind velocity in the dome (m/s) OUT-HUM = 39.4 / Humidity measured outside of the dome (%) OUT-PRS = 622.00 / Atmospheric pressure outside of the dome (hPa) OUT-TMP = 277.35 / Temperature measured outside of the dome (K) OUT-WND = 2.50 / Wind velocity outside of the dome (m/s) SEEING = 0.00 / StarSize FWHM at telescope focus (arcsec) WEATHER = 'Fine ' / Weather condition BLANK = -2147483648 / Value used for NULL pixels BUNIT = 'ADU ' / Unit of original pixel values CRPIX1 = 1. / Reference pixel in X (pixel) CRPIX2 = 1. / Reference pixel in Y (pixel) CRVAL1 = 8931.7607421875 / Physical value of the reference pixel X CRVAL2 = 1. / Physical value of the reference pixel Y CTYPE1 = 'LINEAR ' / Pixel coordinate system CTYPE2 = 'LINEAR ' / Pixel coordinate system CUNIT1 = 'degree ' / Units used in both CRVAL1 and CDELT1 CUNIT2 = 'degree ' / Units used in both CRVAL2 and CDELT2 INSTRUME= 'MOIRCS ' / Name of instrument OBS-MOD = 'SPEC_MOS' / Observation Mode DET-ID = 2 / ID of the detector used for this data DETECTOR= 'HAWAII-2 064 SCI' / Name of the detector DET-VER = 'TUFPAC-HAWAII2-ver0.9.3' / Detector control command script name INS-VER = 'MOIRCS-H1' / Version of hardware:control system:TUFPAC:FITS AUTOGUID= 'OFF ' / Auto guide on/off BIN-FCT1= 1 / Binning factor of X axis (pixel) BIN-FCT2= 1 / Binning factor of Y axis (pixel) COADD = 2 / Frame is created by # of sub-exposures DET-NSMP= 1 / # of multi-sampling in an exposure DET-RST = 5 / reset number before exposure DET-SMPL= 'DOUBLE ' / sampling method PRD-MIN1= 1 / Start X pos. of partial readout (pix) PRD-MIN2= 1 / Start Y pos. of partial readout (pix) PRD-RNG1= 2048 / X Range of partial readout (pix) PRD-RNG2= 2048 / Y Range of partial readout (pix) DET-P101= -090 / Relative X pos of first detector (arcsec) DET-P201= 000 / Relative Y pos of first detector (arcsec) DET-P102= 090 / Relative X pos of second detector (arcsec) DET-P202= 000 / Relative Y pos of second detector (arcsec) DETPXSZ1= 0.020 / Detector pixel size in axis1 (mm) DETPXSZ2= 0.020 / Detector pixel size in axis2 (mm) GAIN = 3.300 / AD conversion factor (electron/ADU) DET-TMP = 689.13 / Detector temperature (K) DET-T01 = 78.37 / first detector temperature (K) DET-T02 = 689.13 / second detector temperature (K) FLT-A01 = 0.00 / Inclination of first filter (degree) FLT-A02 = 0.00 / Inclination of second filter (degree) FLT-A03 = 0.00 / Inclination of third filter (degree) FILTER01= 'HOLE ' / first filter name FILTER02= 'OC_ZJ ' / second filter name FILTER03= 'ZJ500 ' / third filter name INST-PA = 90.327 / P.A. of instrument flange (degree) DATA-TYP= 'INSTFLAT' / Type / Characteristics of this data DATASET = 'DS0000 ' / ID of an observation dataset EQUINOX = 2000.0 / Standard FK5 (years) RADECSYS= 'FK5 ' / The equatorial coordinate system RA = '12:50:43.091' / RA of pointing (HH:MM:SS.SS) DEC = '+19:53:26.53' / DEC of pointing (+/-DD:MM:SS.SS) RA2000 = '12:50:43.091' / RA(J2000) of pointing (HH:MM:SS.SS) DEC2000 = '+19:53:26.53' / DEC(J2000) of pointing (+/-DD:MM:SS.SS) FOC-POS = 'CASSEGRAIN' / Focus where the instrument is attached FOC-VAL = 0.100 / Encoder value of the focus unit (mm) OBSERVAT= 'Natl.Astr.Obs.Japan' / Observatory TELESCOP= 'Subaru ' / Telescope/System which Inst. is attached DISPAXIS= 1 / Dispersion axis in frame DISPERSR= 'ZJ500 ' / Identifier of the disperser used SLIT = 'GRB080325' / Idenfifier of the entrance slit used WAV-MAX = 0 / Longest wavelength focused on detector (nm) WAV-MIN = 0 / Shortest wavelength focused on detector (nm) WAV-LEN = 0 / Wavelength at slit center (nm) OBS-ALOC= 'Observation' / Allocation mode for Instrument TELFOCUS= 'CS_IR ' / Focus where a beam is reachable INSROT = 0.001 / Instrument Rotator angle at exp. (degree) M2-TYPE = 'CS_IR ' / Type of the Secondary Mirror (Opt/IR) AG-PRB1 = 140.000 / AG probe radial position (mm) AG-PRB2 = 0.006 / AG probe rotation position (degree) ALTITUDE= 89.93960 / Altitude of telescope pointing (degree) AZIMUTH = 89.99970 / Azimuth of telescope pointing (degree) AIRMASS = 1.000 / Typical air mass during exposure DATE-OBS= '2011-06-23' / Observation start date HST-STR = '19:07:21.461' / HST at exposure start (HH:MM:SS.SS) LST-STR = '12:49:32.145' / LST at exposure start (HH:MM:SS.SS) MJD-STR = 55735.21343946 / Modified Julian date at exposure start UT-STR = '05:07:21.461' / UTC at exposure start (HH:MM:SS.SS) HST = '19:07:43.496' / HST at typical time (HH:MM:SS.SS) LST = '12:49:54.241' / LST at typical time (HH:MM:SS.SS) MJD = 55735.21369450 / Modified Julian date at typical time UT = '05:07:43.496' / UTC at typical time (HH:MM:SS.SS) HST-END = '19:08:52.370' / HST at exposure end (HH:MM:SS.SS) LST-END = '12:51:03.303' / LST at exposure end (HH:MM:SS.SS) MJD-END = 55735.21449165 / Modified Julian date at exposure end UT-END = '05:08:52.370' / UTC at exposure end (HH:MM:SS.SS) UT1-UTC = -0.29156 / difference between UT1 and UTC (sec) SECZ = 1.000 / SEC(Zenith Distance) at typical time ZD = 0.06036 / Zenith Distance at typical time TIMESYS = 'UTC ' / Time system used in header EXPTIME = 42.000 / Total integration time of the frame (sec) EXP1TIME= 21.000 / Exposure time of a frame (sec) WCS-ORIG= 'SUBARU Toolkit' / Origin of the WCS value LONGPOLE= 180.00000 / The North Pole of standard system (deg) CD1_1 = 5.69064140319824 / Pixel Coordinate translation matrix CD2_2 = 1. / Pixel Coordinate translation matrix PC001001= -0.71113086 / Pixel Coordinate translation matrix PC001002= 0.70305967 / Pixel Coordinate translation matrix PC002001= 0.70305967 / Pixel Coordinate translation matrix PC002002= 0.71113086 / Pixel Coordinate translation matrix C2ELT1 = 0.00000000 / X Scale projected on detector (degree/pix) C2ELT2 = 0.00000000 / Y Scale projected on detector (degree/pix) C2PIX1 = 0.0 / Reference pixel in X (pixel) C2PIX2 = 0.0 / Reference pixel in Y (pixel) C2VAL1 = 0.00000000 / Physical value of the reference pixel X C2VAL2 = 0.00000000 / Physical value of the reference pixel Y C2YPE1 = ' ' / Pixel coordinate system C2YPE2 = ' ' / Pixel coordinate system C2NIT1 = ' ' / Units used in both C2VAL1 and C2ELT1 C2NIT2 = ' ' / Units used in both C2VAL2 and C2ELT2 C21_1 = 0.0000000 / Pixel Coordinate translation matrix C21_2 = 0.0000000 / Pixel Coordinate translation matrix C22_1 = 0.0000000 / Pixel Coordinate translation matrix C22_2 = 0.0000000 / Pixel Coordinate translation matrix P2001001= 0.0000000 / Pixel Coordinate translation matrix P2001002= 0.0000000 / Pixel Coordinate translation matrix P2002001= 0.0000000 / Pixel Coordinate translation matrix P2002002= 0.0000000 / Pixel Coordinate translation matrix COMMENT 'Subaru Device Dependent Header Block for MOIRCS' K_DETEP1= 21.000 / Commanded exposure time of a frame (sec) K_DETEXP= 42.000 / Commanded total integration time of the frame (K_DETSPD= 8 / Read out speed K_DETCH = 4 / Number of readout channel K_DETNDM= 2 / Number of dummy read K_DETCDS= 1 / Number of CDS K_P-MINV= 1 / Start vertical pos. of partial readout (pix) K_P-MINH= 1 / Start horizontal pos. of partial readout (pix) K_P-RNGV= 1024 / Vertical Range of partial readout (pix) K_P-RNGH= 1024 / Horizontal Range of partial readout (pix) K_DETZ1 = -1.665 / Detector 1 position sensor voltage [V] K_DETZ2 = -1.738 / Detector 2 position sensor voltage [V] K_T-CP = 96.34 / Temperature of Cooling Path K_T-BH = 114.08 / Temperature of Bulk Head K_T-COL = 112.79 / Temperature of Collimator Bench K_T-CB1 = 77.00 / Temperature of 1ch chip box K_T-CB2 = 77.00 / Temperature of 2ch chip box K_T-MSRF= 56.69 / Temperature of MOS Refrigerator K_T-RBHD= 128.31 / Temperature of Robot Hand K_TRT11 = 1 / Hole number of 1ch turret 1 K_TRT21 = 2 / Hole number of 1ch turret 2 K_TRT31 = 8 / Hole number of 1ch turret 3 K_TRT12 = 1 / Hole number of 2ch turret 1 K_TRT22 = 2 / Hole number of 2ch turret 2 K_TRT32 = 8 / Hole number of 2ch turret 3 K_TRO11 = 0 / Offset of 1ch turret 1 K_TRO21 = 0 / Offset of 1ch turret 2 K_TRO31 = 0 / Offset of 1ch turret 3 K_TRO12 = 0 / Offset of 2ch turret 1 K_TRO22 = 0 / Offset of 2ch turret 2 K_TRO32 = 0 / Offset of 2ch turret 3 K_MSKID = 0 / slit mask ID number K_CARID = 2 / carousel ID number storing slit mask K_DITWID= 0.000 / Width of dithering (arcsec) K_DITCNT= 0 / Dithering count K_DITPAT= 'NONE ' / Dithering pattern K_PAOFST= 45.000 / MOIRCS position angle offset (degree) K_MCSPA = -45.327 / Position angle of MOIRCS (degree) WCSDIM = 2 LTM1_1 = 1. LTM2_2 = 1. WAT0_001= 'system=world' WAT1_001= 'wtype=linear label=Wavelength units=angstroms' WAT2_001= 'wtype=linear' DCLOG1 = 'Transform' DC-FLAG = 0 CDELT1 = 5.69064140319824 CDELT2 = 1. WAXMAP01= '1 0 0 0 ' IMCMB100= 'wccut_thar_zj500_008' IMCMB101= 'wccut_thar_zj500_008' IMCMB102= 'wccut_thar_zj500_008' IMCMB103= 'wccut_thar_zj500_008' IMCMB104= 'wccut_thar_zj500_008' IMCMB105= 'wccut_thar_zj500_008' IMCMB106= 'wccut_thar_zj500_008' IMCMB107= 'wccut_thar_zj500_008' IMCMB108= 'wccut_thar_zj500_008' IMCMB109= 'wccut_thar_zj500_008' IMCMB110= 'wccut_thar_zj500_008' IMCMB111= 'wccut_thar_zj500_008' IMCMB112= 'wccut_thar_zj500_008' IMCMB113= 'wccut_thar_zj500_008' IMCMB114= 'wccut_thar_zj500_008' IMCMB115= 'wccut_thar_zj500_008' IMCMB116= 'wccut_thar_zj500_008' IMCMB117= 'wccut_thar_zj500_008' IMCMB118= 'wccut_thar_zj500_008' IMCMB119= 'wccut_thar_zj500_008' IMCMB120= 'wccut_thar_zj500_008' IMCMB121= 'wccut_thar_zj500_008' NCOMBINE= 121 END B!B*mgB#5 B ABB9^BRd|BW33BVTBVBBBBBcBBBB4B$B>UC%Cg?tCv4C~,C\XpC&|CUUC>C%9CICsI%C`E%5FxS FۤFF_FmOE=CFBlyBAB-OB{C1CdDD,}D2EF FO.FXFGEDBW&BC"WwC??CO΅CjpC CeCCz1CnB"BBBBMC<cBhBUtB^ZZB`nBmcpB$BB #BChC4BB֡qCǘC1;C16_CsBBL*BUBrB#CC@CDB_uBDBTtBBBzB %BB]؞B7\B?BB$BpHBήBcBu'B{BB.BFBHtBVBiBBvB^BBRBך|BMC?tC) C "CBBƟBBuOBZŝB;B:BFMBEBPB`BOBBB !B5B/9BNCEEyMF F)lFCEDCʫCnCCmbCNLC+)sCC+CBunCC9%CC?DC8zoC,OC oCDC BB;=B BzVBPBqBBB >B.B5UB6B CC%DCCEC]SB+BŁ"BbBKB,B]BDBYB BRBB~BBoBC'CkqC+ C7CwCC V;CiC\C,#C԰HCǢlC)CdB;C!CD;*D_8DW(D9D C,C)DE#EOEJE*D CUCLCqC\@C1CBBFBR]BDBB,C 1CDCC"BBUBBE0BBBBP$BCzDYE1 E8E79tED;CnC;CoC0#D7DUFDiDQlD~UCZ(CGBPB\BͭB' BB_BYB֍BB̀BGB=BnXBǘB)B-BGSC8CrCkEVoE[F F>EdEW&E*EF$F=8FXF1JXE tEE`HEEfF F#F2jEvE8CwB^QB-BWBzB*LC"uCYCeCYC+B(BPB BOsCqCC{CKCuQC:CYCCmCC\bCn JC nBPB:C"D:AEV7RE@xEËwEE~1YDDDGC.DDŹD|DUCluCC {CSDJEqҘEvEEiE8%D/HBV BS%B_uBBʍCCƟCCDBϏBXGBHBKKBB)B0C#DgF gFBa|FJiF5EKD|C+C%,nDcV E<^cEEYE~E=Dv5CACaCbBB)BIBBB_B{B[BBBBIBKBBBNjBUUBQBBIB+B B4BDBB BDoE"uEE*FF UFEEqD~yDGuE҉F7FaaF_(F0;EDEZ+F'F$eF$*F ED/C2Cq"lEF!XFf@F|F6F4BEj]D7}DңE)EUE5/E'ODє D ;=CBϥBMBeBEbBBcCC)IC5pE.9FPFhF+F |FzEWD"2?C:DDDDAD2SDXDwDlDrW D ;DwD|E*\EFF$FE DlCpC{CFaDEE!ENEE`hDEF#FG FFEdCkC+ CB֏B>cBB~BB=BBBCdDD DәDشDROCfBԇB,BLBǢBtBWBC 5D)DQD7EEDD-BGBmB@BD&HB-B,IBP5B B9B BBԜBgWB0*B,`BB"jB,BABC_BhCȘDWDND*fDD4uUCMBB$#OB$5B#B .BBiiB~BBBzBMBIB)BB5 B7RB%BLBB AAJBRqB7QBBEB=DBRB/B? 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