# AORKEY = 14796032 / Observation request ID # TGT_NUM = 01 / Nth target observed in this AOR # OBJECT = 'SDSS J000013.5' / Object name specified by observer # AORLABEL = 'IRSS-SL2-SDSS0000' # PROTITLE = 'A Spectrophotometric Study of the L-T Dwarf Transition' # EXPTYPE = 'sp' # OBJTYPE = 'TargetFixedSingle' # DATE_OBS = '2005-12-18 09:35:53.225' / start of first observation (UTCS) # SCLK_OBS = 819368536.751 / time of observation start (spacecraft) # CAMPAIGN = 'IRSX006000' / Spitzer campaign ID # OBSRVR = 'Golimowski, David' # PROGID = 20514 # TELESCOP = 'Spitzer' # AOT_TYPE = 'IrsStare' # READMODE = 'RAW' # REQTYPE = 'AOR' # COMMENT A value of -99.0 means 'unknown'. # COMMENT orders: 1=SL2 2=SL1 3=LL2 4=LL1 # Extraction coordinates - primary (SL if available, otherwise LL) # RA = 0.05628 / (deg J2000) # DEC = 25.90551 / (deg J2000) # CRA = '00h00m13.51s' / (J2000) # CDEC = '+25d54m19.9s' / (J2000) # EQUINOX = 2000 / for ICRF celestial coord. system # RADESYS = 'ICRS' / International Celestial Ref Sys # Synthetic Photometry # IRAC8 = -9.900E+01 / Jy at 8.00 um ( 6.276 to 7.546 = 38%) # IRAC8U = -9.900E+01 / Uncertainty # IRAS12 = -9.900E+01 / Jy at 12.00 um ( 7.516 to 7.546 = 0%) # IRAS12U = -9.900E+01 / Uncertainty # IRS16 = -9.900E+01 / Jy at 16.00 um (99.000 to 0.000 = 0%) # IRS16U = -9.900E+01 / Uncertainty # IRS22 = -9.900E+01 / Jy at 22.00 um (99.000 to 0.000 = 0%) # IRS22U = -9.900E+01 / Uncertainty # MIPS24 = -9.900E+01 / Jy at 24.00 um (99.000 to 0.000 = 0%) # MIPS24U = -9.900E+01 / Uncertainty # IRAS25 = -9.900E+01 / Jy at 25.00 um (99.000 to 0.000 = 0%) # IRAS25U = -9.900E+01 / Uncertainty # Wavelength Coverage, Counts, Uncertainties # WAVE_MIN = 5.21725 / um (min wavelength in data) # WAVE_MAX = 7.54588 / um (max wavelength in data) # N_IN = 2 / number of bksub spectra merged # OFLAG = 1 / orders,sum of: ord1=1 ord2=2 ord3=4 ord4=8 # N_ORDERS = 1 / how many orders covered (of the 4) # SNR_SL2 = -99.00000 / SL2 mean flux/mean unc # SNR_SL1 = -99.00000 / SL1 mean flux/mean unc # SNR_LL2 = -99.00000 / LL2 mean flux/mean unc # SNR_LL1 = -99.00000 / LL1 mean flux/mean unc # Order Overlap Area Flux Ratios # RATIO_SL2_SL1 = -99.000 / Order edge ratio EDG_SL2_HI / EDG_SL1_LO # RATIO_SL1_LL2 = -99.000 / Order edge ratio EDG_SL1_HI / EDG_LL2_LO # RATIO_LL2_LL1 = -99.000 / Order edge ratio EDG_LL2_HI / EDG_LL1_LO # EDG_SL2_HI = 0.00020 / Jy (SL2 median flux hi edge: 7.25 to 7.56 um) # EDG_SL1_LO = -99.00000 / Jy (SL1 median flux lo edge: 7.56 to 8.15 um) # EDG_SL1_HI = -99.00000 / Jy (SL1 median flux hi edge: 13.60 to 14.28 um) # EDG_LL2_LO = -99.00000 / Jy (LL2 median flux lo edge: 14.28 to 15.05 um) # EDG_LL2_HI = -99.00000 / Jy (LL2 median flux hi edge: 19.80 to 20.66 um) # EDG_LL1_LO = -99.00000 / Jy (LL1 median flux lo edge: 20.68 to 22.30 um) # Extraction profile mean FWHM (per order) # WIDTH_SL2 = -99.00 / (arcsec) for SL2 (order 1) # WIDTH_SL1 = -99.00 / (arcsec) for SL1 (order 2) # WIDTH_LL2 = -99.00 / (arcsec) for LL2 (order 3) # WIDTH_LL1 = -99.00 / (arcsec) for LL1 (order 4) # Extraction coordinates for SL2,SL1 (orders 1&2) # RA_SL = 0.05628 / (deg J2000) # DEC_SL = 25.90551 / (deg J2000) # PA_SL = -18.75451 / (deg J2000) # Extraction coordinates for LL2,LL1 (orders 3&4) # RA_LL = -99.00000 / (deg J2000) # DEC_LL = -99.00000 / (deg J2000) # PA_LL = -99.00000 / (deg J2000) # Requested coordinates of observation (by observer) # RA_RQST = 0.05640 / (deg J2000) # DEC_RQST = 25.90521 / (deg J2000) # RA_DEL = -0.00010 / (deg) delta RA (RA - RQST_RA) *cos(DEC) # DEC_DEL = 0.00031 / (deg) delta DEC (DEC - RQST_DEC) # Info from bksub.tbl files (per input file) # ----- ORDER EXP FOV # IN_ID1 = ' 1 0002 32 SL2.1' # IN_ID2 = ' 1 0003 33 SL2.2' # Extraction Info (per input file) # ------- max_flux_at extraction_at delta_nominal nominal flag peak(dn) # IN_XTR1 = ' 35.9 35.9 2.0 33.9 ok 1.55' # IN_XTR2 = '-99.0 66.7 -0.6 67.3 SUSPECT -99.00' # Profile width information (per input file) # ------ WIDTH FLUX_MAX FLUX_MAX_UNC # PROFILE1 = ' 2.34 1.6 0.4' # PROFILE2 = ' 1.60 0.8 0.5' # Coordinates per input file # ------ RA_XTR DEC_XTR RA_FOV DEC_FOV RA_SLT DEC_SLT # COORD1 = ' 0.05620 25.90570 0.05631 25.90541 0.05539 25.90784' # COORD2 = ' 0.05636 25.90533 0.05633 25.90541 0.05725 25.90298' # Extraction 4 corners - Primary (SL, or LL if no SL) # RA1 = 0.05726 / deg # DEC1 = 25.90448 / deg # RA2 = 0.05621 / deg # DEC2 = 25.90416 / deg # RA3 = 0.05531 / deg # DEC3 = 25.90655 / deg # RA4 = 0.05636 / deg # DEC4 = 25.90687 / deg # Extraction 4 corners for SL (Short Low, orders 1 & 2) # RA1_SL = 0.05726 / deg # DEC1_SL = 25.90448 / deg # RA2_SL = 0.05621 / deg # DEC2_SL = 25.90416 / deg # RA3_SL = 0.05531 / deg # DEC3_SL = 25.90655 / deg # RA4_SL = 0.05636 / deg # DEC4_SL = 25.90687 / deg # Extraction 4 corners for LL (Long Low, orders 3 & 4) # RA1_LL = -99.00000 / deg # DEC1_LL = -99.00000 / deg # RA2_LL = -99.00000 / deg # DEC2_LL = -99.00000 / deg # RA3_LL = -99.00000 / deg # DEC3_LL = -99.00000 / deg # RA4_LL = -99.00000 / deg # DEC4_LL = -99.00000 / deg # Heleocentric Info # SPTZR_X = '49870216.39728' / [km] Heliocentric x position # SPTZR_Y = '130022641.4507' / [km] Heliocentric y position # SPTZR_Z = '59349138.34185' / [km] Heliocentric z position # SPTZR_VX = '-28.085136' / [km/sec] Heliocentric x velocity # SPTZR_VY = '8.777676' / [km/sec] Heliocentric y velocity # SPTZR_VZ = '3.534475' / [km/sec] Heliocentric z velocity # VHELCORR = '-23.7' / [km/sec] Correction to heliocentric velocity # VLSRCORR = '-19.2' / [km/sec] Correction to local standard of rest # ET_OBS = '188170617.409' / [sec] DCE start time (TDB seconds past J2000) # HMJD_OBS = '53722.4026589' / Corresponding Heliocen. Mod. Julian Date # Processing Constants # PARAM DATA_CLIP_1_MAX = 7.56 (order 1 (SL2) clipped above this) # PARAM DATA_CLIP_1_MIN = 5.21 (order 1 (SL2) clipped below this) # PARAM DATA_CLIP_2_MAX = 14.28 (order 2 (SL1) clipped above this) # PARAM DATA_CLIP_2_MIN = 7.56 (order 2 (SL1) clipped below this) # PARAM DATA_CLIP_3_MAX = 20.66 (order 3 (LL2) clipped above this) # PARAM DATA_CLIP_3_MIN = 14.28 (order 3 (LL2) clipped below this) # PARAM DATA_CLIP_4_MAX = 38 (order 4 (LL1) clipped above this) # PARAM DATA_CLIP_4_MIN = 20.68 (order 4 (LL1) clipped below this) # PARAM DATA_ERROR_MIN = 0.0001 (pedestal for "error" in input data) # PARAM OVR_12_1_MAX = 7.56 (max wave in 1,2 overlap for order 1) # PARAM OVR_12_1_MIN = 7.25 (min wave in 1,2 overlap for order 1) # PARAM OVR_12_2_MAX = 8.15 (max wave in 1,2 overlap for order 2) # PARAM OVR_12_2_MIN = 7.56 (min wave in 1,2 overlap for order 2) # PARAM OVR_23_2_MAX = 14.28 (max wave in 2,3 overlap for order 2) # PARAM OVR_23_2_MIN = 13.6 (min wave in 2,3 overlap for order 2) # PARAM OVR_23_3_MAX = 15.05 (max wave in 2,3 overlap for order 3) # PARAM OVR_23_3_MIN = 14.28 (min wave in 2,3 overlap for order 3) # PARAM OVR_34_3_MAX = 20.66 (max wave in 2,3 overlap for order 3) # PARAM OVR_34_3_MIN = 19.8 (min wave in 2,3 overlap for order 3) # PARAM OVR_34_4_MAX = 22.3 (max wave in 3,4 overlap for order 4) # PARAM OVR_34_4_MIN = 20.68 (min wave in 3,4 overlap for order 4) # PARAM PHOT_COVERAGE_MIN = 0.95 (min coverage to compute photometry) # PARAM PHOT_IRAC8_CONSTANT = 1.00 (correction constant) # PARAM PHOT_IRAC8_DIVBYNU = 1 (response values: 1=divide by nu) # PARAM PHOT_IRAC8_MAX = 9.584890 (Filter clip (highest wavelength to use)) # PARAM PHOT_IRAC8_MIN = 6.262590 (Filter clip (lowest wavelength to use)) # PARAM PHOT_IRAC8_REFWAV = 8.00 (reference wavelength) # PARAM PHOT_IRAC8_UNC_BOOST = 0.011 (Boost filter unc by this frac of flux) # PARAM PHOT_IRAS12_CONSTANT = 1.00 (correction constant) # PARAM PHOT_IRAS12_DIVBYNU = 1 (response values: 1=divide by nu) # PARAM PHOT_IRAS12_MAX = 15.0 (Filter clip (highest wavelength to use)) # PARAM PHOT_IRAS12_MIN = 7.5 (Filter clip (lowest wavelength to use)) # PARAM PHOT_IRAS12_REFWAV = 12.00 (reference wavelength) # PARAM PHOT_IRAS12_UNC_BOOST = 0.017 (Boost filter unc by this frac of flux) # PARAM PHOT_IRAS25_CONSTANT = 1.00 (correction constant) # PARAM PHOT_IRAS25_DIVBYNU = 1 (response values: 1=divide by nu) # PARAM PHOT_IRAS25_MAX = 30.5 (Filter clip (highest wavelength to use)) # PARAM PHOT_IRAS25_MIN = 16.0 (Filter clip (lowest wavelength to use)) # PARAM PHOT_IRAS25_REFWAV = 25.00 (reference wavelength) # PARAM PHOT_IRAS25_UNC_BOOST = 0.017 (Boost filter unc by this frac of flux) # PARAM PHOT_IRS16_CONSTANT = 1.00 (correction constant) # PARAM PHOT_IRS16_DIVBYNU = 1 (response values: 1=divide by nu) # PARAM PHOT_IRS16_MAX = 19.2765 (Filter clip (highest wavelength to use)) # PARAM PHOT_IRS16_MIN = 12.932 (Filter clip (lowest wavelength to use)) # PARAM PHOT_IRS16_REFWAV = 16.00 (reference wavelength) # PARAM PHOT_IRS16_UNC_BOOST = 0.016 (Boost filter unc by this frac of flux) # PARAM PHOT_IRS22_CONSTANT = 1.00 (correction constant) # PARAM PHOT_IRS22_DIVBYNU = 1 (response values: 1=divide by nu) # PARAM PHOT_IRS22_MAX = 30.8653 (Filter clip (highest wavelength to use)) # PARAM PHOT_IRS22_MIN = 18.0048 (Filter clip (lowest wavelength to use)) # PARAM PHOT_IRS22_REFWAV = 22.00 (reference wavelength) # PARAM PHOT_IRS22_UNC_BOOST = 0.016 (Boost filter unc by this frac of flux) # PARAM PHOT_MIPS24_CONSTANT = 0.96791614 (correction constant) # PARAM PHOT_MIPS24_DIVBYNU = 0 (response values: 1=divide by nu) # PARAM PHOT_MIPS24_MAX = 30.865 (Filter clip (highest wavelength to use)) # PARAM PHOT_MIPS24_MIN = 19.867 (Filter clip (lowest wavelength to use)) # PARAM PHOT_MIPS24_REFWAV = 24.00 (reference wavelength) # PARAM PHOT_MIPS24_UNC_BOOST = 0.018 (Boost filter unc by this frac of flux) # PARAM SNR1_BOOST_O1 = 0.011 (boost for SNR1 of order 1) # PARAM SNR1_BOOST_O2 = 0.011 (boost for SNR1 of order 2) # PARAM SNR1_BOOST_O3 = 0.016 (boost for SNR1 of order 3) # PARAM SNR1_BOOST_O4 = 0.018 (boost for SNR1 of order 4) # PARAM SNR_FLUX_CUTOFF = 0.0001 (lowest flux_density used in SNR) # PARAM SNR_UNC_CUTOFF = 0.0001 (lowest "error" (or "stdev") used in SNR) # PARAM XTR_SUSPECT = 10 (tolerance for delta extraction SUSPECT) # Processing Info # SOFTWARE = 'irs_merge v2.1' / program that created this file # ORIGIN = 'SSC - Spitzer Science Center' / this file created by # CREATOR = 'S18.18.0' / pipeline version of 1st merged file # DATE = '2011-12-08 18:22:55' / when this file created (Pacific) # ENHID = 6643 / Spitzer database Enhanced Product ID # CAMPID = 816 / Spitzer database Campaign ID # FILENAME = 'SPITZER_S5_14796032_01_merge.tbl' # |wavelength|flux_density |error |bit-flag| # |real |real |real |int | # |microns |Jy |Jy | | 5.21725 0.000610 0.000071 0 5.24749 0.000815 0.000071 0 5.27773 0.000583 0.000071 0 5.30797 -0.000699 0.000072 0 5.33821 0.000532 0.000071 0 5.36846 0.000525 0.000071 0 5.39870 0.000299 0.000071 0 5.42894 0.000435 0.000071 0 5.45918 0.000599 0.000071 0 5.48942 0.000742 0.000071 0 5.51967 0.000552 0.000071 0 5.54991 0.000492 0.000071 0 5.58015 0.000530 0.000071 0 5.61039 0.000492 0.000071 0 5.64063 0.000588 0.000071 0 5.67088 0.000639 0.000071 0 5.70112 0.000519 0.000071 0 5.73136 0.000416 0.000071 0 5.76160 0.000534 0.000071 0 5.79184 0.000472 0.000071 0 5.82209 0.000475 0.000071 0 5.85233 0.000477 0.000071 0 5.88257 0.000545 0.000071 0 5.91281 0.000602 0.000071 0 5.94305 0.000382 0.000071 0 5.97330 0.000443 0.000071 0 6.00354 0.000488 0.000071 0 6.03378 0.000292 0.000071 0 6.06402 0.000215 0.000071 0 6.09426 0.000154 0.000071 0 6.12451 0.000547 0.000071 0 6.15475 0.000346 0.000071 0 6.18499 0.000580 0.000071 0 6.21523 0.000713 0.000071 0 6.24547 0.000690 0.000071 0 6.27572 0.000597 0.000071 0 6.30596 0.000563 0.000071 0 6.33620 0.000567 0.000071 0 6.36644 0.000492 0.000071 0 6.39668 0.000333 0.000071 0 6.42693 0.000177 0.000071 0 6.45717 0.001747 0.000071 0 6.48741 0.001984 0.000077 0 6.51765 0.000430 0.000071 0 6.54789 0.000352 0.000071 0 6.57814 0.000346 0.000071 0 6.60838 0.000213 0.000071 0 6.63862 0.000231 0.000071 0 6.66886 0.000480 0.000071 0 6.69910 0.000431 0.000071 0 6.72935 0.000382 0.000071 0 6.75959 0.000427 0.000071 0 6.78983 0.000231 0.000071 0 6.82007 0.000060 0.000071 0 6.85031 0.000228 0.000071 0 6.88056 0.000175 0.000071 0 6.91080 -0.000006 0.000071 0 6.94104 0.000313 0.000071 0 6.97128 0.000101 0.000071 0 7.00152 -0.000110 0.000071 0 7.03177 -0.000347 0.000071 0 7.06201 0.000192 0.000071 0 7.09225 0.000891 0.000073 0 7.12249 0.000538 0.000071 0 7.15273 0.000253 0.000071 0 7.18298 0.000246 0.000071 0 7.21322 0.000465 0.000071 0 7.24346 0.000246 0.000071 0 7.27370 0.000105 0.000071 0 7.30394 -0.000633 0.000071 0 7.33419 -0.001157 0.000071 0 7.36443 0.000617 0.000073 0 7.39467 0.000278 0.000071 0 7.42491 0.000185 0.000071 0 7.45515 0.000160 0.000071 0 7.48540 0.000100 0.000071 0 7.51564 0.000192 0.000071 0 7.54588 0.000472 0.000071 0 7.57612 0.000406 0.000071 0 7.63660 0.000378 0.000071 0 7.69709 0.000361 0.000071 0 7.75757 0.000353 0.000071 0 7.81805 0.000400 0.000071 0 7.87854 0.000497 0.000071 0 7.93902 0.000493 0.000071 0 7.99951 0.000507 0.000071 0 8.05999 0.000501 0.000071 0 8.12047 0.000425 0.000071 0 8.18096 0.000347 0.000071 0 8.24144 0.000479 0.000071 0 8.30192 0.000551 0.000071 0 8.36241 0.000454 0.000071 0 8.42289 0.000651 0.000071 0 8.48337 0.000684 0.000071 0 8.54386 0.000527 0.000071 0 8.60434 0.000384 0.000071 0 8.66483 0.000656 0.000071 0 8.72531 0.000819 0.000071 0 8.78579 0.000635 0.000071 0 8.84628 0.000655 0.000071 0 8.90676 0.000788 0.000071 0 8.96724 0.000788 0.000071 0 9.02773 0.000571 0.000071 0 9.08821 0.000606 0.000071 0 9.14869 0.000697 0.000071 0 9.20918 0.000795 0.000071 0 9.26966 0.000961 0.000071 0 9.33015 0.000829 0.000071 0 9.39063 0.000821 0.000071 0 9.45111 0.000900 0.000071 0 9.51160 0.000719 0.000071 0 9.57208 0.000748 0.000071 0 9.63256 0.000850 0.000071 0 9.69305 0.000855 0.000071 0 9.75353 0.000178 0.000071 12288 9.81401 0.000592 0.000071 12288 9.87450 0.001134 0.000071 0 9.93498 0.000955 0.000071 0 9.99547 0.000862 0.000071 0 10.05595 0.001004 0.000071 0 10.11643 0.000969 0.000071 0 10.17692 0.000967 0.000071 0 10.23740 0.000709 0.000071 0 10.29788 0.000343 0.000071 0 10.35837 0.000563 0.000071 0 10.41885 0.000658 0.000071 0 10.47933 0.000662 0.000071 0 10.53982 0.000659 0.000071 0 10.60030 0.000626 0.000071 0 10.66079 0.000552 0.000071 0 10.72127 0.001054 0.000071 0 10.78175 0.001044 0.000071 0 10.84224 0.000744 0.000071 0 10.90272 0.000660 0.000071 0 10.96320 0.000682 0.000071 0 11.02369 0.000636 0.000071 0 11.08417 0.000751 0.000071 0 11.14465 0.000722 0.000071 0 11.20514 0.000787 0.000071 0 11.26562 0.000801 0.000071 0 11.32611 0.000701 0.000071 0 11.38659 0.000672 0.000071 0 11.44707 0.000674 0.000071 0 11.50756 0.000826 0.000071 0 11.56804 0.000434 0.000071 0 11.62852 0.000598 0.000071 0 11.68901 0.000724 0.000071 0 11.74949 0.000614 0.000071 0 11.80997 0.000565 0.000071 0 11.87046 0.000333 0.000071 0 11.93094 0.000470 0.000071 0 11.99143 0.000609 0.000071 0 12.05191 0.000549 0.000071 0 12.11239 0.000623 0.000071 0 12.17288 0.000526 0.000071 0 12.23336 0.000356 0.000071 0 12.29384 0.000338 0.000071 0 12.35433 0.000278 0.000071 0 12.41481 0.001465 0.000078 0 12.47529 0.000666 0.000071 0 12.53578 0.000516 0.000071 0 12.59626 0.000604 0.000071 0 12.65675 0.000585 0.000071 0 12.71723 0.000553 0.000071 0 12.77771 0.000474 0.000071 0 12.83820 0.000441 0.000071 0 12.89868 0.000550 0.000071 0 12.95916 0.000620 0.000071 0 13.01965 0.000445 0.000071 0 13.08013 0.000411 0.000071 0 13.14061 0.000202 0.000071 0 13.20110 -0.000022 0.000071 0 13.26158 0.000339 0.000071 0 13.32206 0.000476 0.000071 0 13.38255 0.000299 0.000071 0 13.44303 0.000017 0.000071 0 13.50352 0.000333 0.000071 0 13.56400 0.000501 0.000071 0 13.62448 0.000828 0.000071 0 13.68497 0.000986 0.000071 0 13.74545 -0.000463 0.000078 0 13.80593 0.000444 0.000071 0 13.86642 0.000402 0.000071 0 13.92690 0.000396 0.000071 0 13.98738 -0.000527 0.000079 0 14.04787 0.000198 0.000073 0 14.10835 -0.000969 0.000074 0 14.16884 -0.000613 0.000074 0 14.22932 0.000458 0.000078 128