\AORKEY = 23967232 / Observation request ID \TGT_NUM = 07 / Nth target observed in this AOR \OBJECT = 'GC_A_bright_sa' / Object name specified by observer \AORLABEL = 'GC_A_none_bright_sat' \PROTITLE = 'Spectroscopic Study of Massive YSO Candidates in the Galactic Cente \EXPTYPE = 'sp' \OBJTYPE = 'TargetMulti' \DATE_OBS = '2008-05-06 21:02:41.683' / start of first observation (UTCS) \SCLK_OBS = 894575169.170 / time of observation start (spacecraft) \CAMPAIGN = 'IRSX010300' / Spitzer campaign ID \OBSRVR = 'Ramirez, Solange' \PROGID = 40230 \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 = 266.42632 / (deg J2000) \DEC = -28.87978 / (deg J2000) \CRA = '17h45m42.32s' / (J2000) \CDEC = '-28d52m47.2s' / (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 (99.000 to 0.000 = 0%) \IRAC8U = -9.900E+01 / Uncertainty \IRAS12 = -9.900E+01 / Jy at 12.00 um (14.323 to 14.916 = 7%) \IRAS12U = -9.900E+01 / Uncertainty \IRS16 = -9.900E+01 / Jy at 16.00 um (14.323 to 19.235 = 77%) \IRS16U = -9.900E+01 / Uncertainty \IRS22 = 1.595E+01 / Jy at 22.00 um (18.049 to 30.751 = 98%) \IRS22U = 2.599E-01 / Uncertainty \MIPS24 = 1.673E+01 / Jy at 24.00 um (19.912 to 30.751 = 98%) \MIPS24U = 3.048E-01 / Uncertainty \IRAS25 = 1.654E+01 / Jy at 25.00 um (16.017 to 30.412 = 99%) \IRAS25U = 2.836E-01 / Uncertainty \ Wavelength Coverage, Counts, Uncertainties \WAVE_MIN = 14.32338 / um (min wavelength in data) \WAVE_MAX = 37.86356 / um (max wavelength in data) \N_IN = 4 / number of bksub spectra merged \OFLAG = 12 / orders,sum of: ord1=1 ord2=2 ord3=4 ord4=8 \N_ORDERS = 2 / 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 = 61.35013 / LL2 mean flux/mean unc \SNR_LL1 = 48.80623 / 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 = 1.150 / Order edge ratio EDG_LL2_HI / EDG_LL1_LO \EDG_SL2_HI = -99.00000 / 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 = 14.29658 / Jy (LL2 median flux lo edge: 14.28 to 15.05 um) \EDG_LL2_HI = 17.82633 / Jy (LL2 median flux hi edge: 19.80 to 20.66 um) \EDG_LL1_LO = 15.50577 / 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 = 12.94 / (arcsec) for LL2 (order 3) \WIDTH_LL1 = 38.98 / (arcsec) for LL1 (order 4) \ Extraction coordinates for SL2,SL1 (orders 1&2) \RA_SL = -99.00000 / (deg J2000) \DEC_SL = -99.00000 / (deg J2000) \PA_SL = -99.00000 / (deg J2000) \ Extraction coordinates for LL2,LL1 (orders 3&4) \RA_LL = 266.42632 / (deg J2000) \DEC_LL = -28.87978 / (deg J2000) \PA_LL = 93.19964 / (deg J2000) \ Requested coordinates of observation (by observer) \RA_RQST = 266.42633 / (deg J2000) \DEC_RQST = -28.87981 / (deg J2000) \RA_DEL = -0.00001 / (deg) delta RA (RA - RQST_RA) *cos(DEC) \DEC_DEL = 0.00002 / (deg) delta DEC (DEC - RQST_DEC) \ Info from bksub.tbl files (per input file) \ ----- ORDER EXP FOV \IN_ID1 = ' 3 0046 44 LL2.1' \IN_ID2 = ' 3 0047 45 LL2.2' \IN_ID3 = ' 4 0048 38 LL1.1' \IN_ID4 = ' 4 0049 39 LL1.2' \ Extraction Info (per input file) \ ------- max_flux_at extraction_at delta_nominal nominal flag peak(dn) \IN_XTR1 = '-99.0 66.7 0.0 66.7 SUSPECT -99.00' \IN_XTR2 = '-99.0 33.3 0.0 33.3 SUSPECT -99.00' \IN_XTR3 = '-99.0 66.7 0.0 66.7 SUSPECT -99.00' \IN_XTR4 = '-99.0 33.3 0.0 33.3 SUSPECT -99.00' \ Profile width information (per input file) \ ------ WIDTH FLUX_MAX FLUX_MAX_UNC \PROFILE1 = ' 10.92 16615.0 4549.4' \PROFILE2 = ' 14.95 23426.0 2768.5' \PROFILE3 = ' 36.96 37297.0 20178.0' \PROFILE4 = ' 40.99 52951.0 28001.0' \ Coordinates per input file \ ------ RA_XTR DEC_XTR RA_FOV DEC_FOV RA_SLT DEC_SLT \COORD1 = '266.42636 -28.87979 266.42636 -28.87979 266.41768 -28.87936' \COORD2 = '266.42628 -28.87978 266.42628 -28.87978 266.43497 -28.88020' \COORD3 = '266.42632 -28.87978 266.42632 -28.87978 266.41756 -28.87935' \COORD4 = '266.42631 -28.87978 266.42631 -28.87978 266.43507 -28.88020' \ Extraction 4 corners - Primary (SL, or LL if no SL) \RA1 = 266.41807 / deg \DEC1 = -28.88087 / deg \RA2 = 266.41826 / deg \DEC2 = -28.87790 / deg \RA3 = 266.43457 / deg \DEC3 = -28.87870 / deg \RA4 = 266.43438 / deg \DEC4 = -28.88166 / deg \ Extraction 4 corners for SL (Short Low, orders 1 & 2) \RA1_SL = -99.00000 / deg \DEC1_SL = -99.00000 / deg \RA2_SL = -99.00000 / deg \DEC2_SL = -99.00000 / deg \RA3_SL = -99.00000 / deg \DEC3_SL = -99.00000 / deg \RA4_SL = -99.00000 / deg \DEC4_SL = -99.00000 / deg \ Extraction 4 corners for LL (Long Low, orders 3 & 4) \RA1_LL = 266.41807 / deg \DEC1_LL = -28.88087 / deg \RA2_LL = 266.41826 / deg \DEC2_LL = -28.87790 / deg \RA3_LL = 266.43457 / deg \DEC3_LL = -28.87870 / deg \RA4_LL = 266.43438 / deg \DEC4_LL = -28.88166 / deg \ Heleocentric Info \SPTZR_X = '-146605276.195' / [km] Heliocentric x position \SPTZR_Y = '-29925878.4679' / [km] Heliocentric y position \SPTZR_Z = '-15688763.5967' / [km] Heliocentric z position \SPTZR_VX = '6.472842' / [km/sec] Heliocentric x velocity \SPTZR_VY = '-26.580689' / [km/sec] Heliocentric y velocity \SPTZR_VZ = '-11.882273' / [km/sec] Heliocentric z velocity \VHELCORR = '28.6' / [km/sec] Correction to heliocentric velocity \VLSRCORR = '38.9' / [km/sec] Correction to local standard of rest \ET_OBS = '263379826.869' / [sec] DCE start time (TDB seconds past J2000) \HMJD_OBS = '54592.8784825' / 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 19:43:27' / when this file created (Pacific) \ENHID = 13466 / Spitzer database Enhanced Product ID \CAMPID = 1422 / Spitzer database Campaign ID \FILENAME = 'SPITZER_S5_23967232_07_merge.tbl' |order|wavelength|flux_density |error |bit-flag| |int |real |real |real |int | | |microns |Jy |Jy | | 3 14.32338 14.243386 0.027197 0 3 14.40806 14.425878 0.026446 0 3 14.49274 14.407765 0.026227 0 3 14.57741 14.337307 0.027008 0 3 14.66209 14.421993 0.028237 0 3 14.74677 14.444454 0.030331 0 3 14.83145 14.441971 0.032970 0 3 14.91612 14.469794 0.034969 0 3 15.00080 14.533815 0.034867 0 3 15.08548 14.565644 0.035095 0 3 15.17015 14.572560 0.034912 0 3 15.25483 14.568746 0.032300 0 3 15.33951 14.343996 0.030470 0 3 15.42418 14.237541 0.028943 0 3 15.50886 14.135364 0.028379 0 3 15.59354 14.191771 0.028317 0 3 15.67821 14.191653 0.028673 0 3 15.76289 14.120199 0.029731 0 3 15.84757 14.189675 0.032163 0 3 15.93224 14.114206 0.034642 0 3 16.01692 13.864729 0.035062 0 3 16.10160 13.586284 0.035290 0 3 16.18628 13.435080 0.035928 0 3 16.27095 13.470462 0.036704 0 3 16.35563 13.579871 0.035603 0 3 16.44031 13.601270 0.033127 0 3 16.52498 13.401250 0.030551 0 3 16.60966 13.243116 0.029181 0 3 16.69434 13.187686 0.029180 0 3 16.77901 13.147092 0.030172 0 3 16.86369 13.026543 0.031733 0 3 16.94837 12.830426 0.033439 0 3 17.03304 12.823564 0.035337 0 3 17.11772 12.802556 0.036398 0 3 17.20240 12.736393 0.036718 0 3 17.28707 12.756175 0.038173 0 3 17.37175 12.674751 0.038159 0 3 17.45643 12.488156 0.035819 0 3 17.54111 12.329688 0.033204 0 3 17.62578 12.289876 0.031741 0 3 17.71046 12.329488 0.031626 0 3 17.79514 12.002068 0.032038 0 3 17.87981 11.665731 0.032900 0 3 17.96449 12.180289 0.035565 0 3 18.04917 12.083445 0.037759 0 3 18.13384 11.962275 0.040324 0 3 18.21852 11.975462 0.042750 0 3 18.30320 11.988632 0.043555 0 3 18.38787 12.046045 0.044644 0 3 18.47255 12.047405 0.044819 0 3 18.55723 11.788815 0.044703 0 3 18.64190 8.126669 0.053062 0 3 18.72658 7.954934 0.051059 0 3 18.81126 11.150256 0.043219 0 3 18.89594 12.383617 0.040173 0 3 18.98061 12.484156 0.040748 0 3 19.06529 12.610868 0.043380 0 3 19.14997 12.862471 0.048575 0 3 19.23464 12.832715 0.053752 0 3 19.31932 13.110755 0.058693 0 3 19.40400 12.997803 0.059649 0 3 19.48867 13.062198 0.060012 0 3 19.57335 13.336860 0.061788 0 3 19.65803 13.519614 0.060323 0 3 19.74270 13.699425 0.057597 0 3 19.82738 13.761013 0.055020 0 3 19.91206 13.884758 0.053676 0 3 19.99673 14.030712 0.053538 0 3 20.08141 14.118548 0.054760 0 3 20.16609 14.246744 0.057797 0 3 20.25077 14.395089 0.062472 0 3 20.33544 14.419056 0.068871 0 3 20.42012 14.457504 0.072971 0 3 20.50480 14.435044 0.074904 0 3 20.58947 14.578223 0.079629 0 4 20.75883 15.418096 0.062726 0 4 20.92818 15.068152 0.056757 0 4 21.09753 15.234319 0.053924 0 4 21.26689 16.323073 0.061797 0 4 21.43624 16.475844 0.061578 0 4 21.60560 16.047327 0.057906 0 4 21.77495 16.905881 0.063321 0 4 21.94430 17.732849 0.071470 0 4 22.11366 17.406779 0.076117 0 4 22.28301 17.463901 0.081267 0 4 22.45236 18.396244 0.086530 0 4 22.62172 19.119749 0.093216 0 4 22.79107 18.458564 0.102236 0 4 22.96043 18.338850 0.056066 12288 4 23.12978 19.633706 0.057953 12288 4 23.29913 20.326802 0.106078 0 4 23.46849 20.552902 0.111139 0 4 23.63784 20.367649 0.000071 12288 4 23.80719 20.657887 0.000071 12288 4 23.97655 16.813499 0.000071 12288 4 24.14590 12.233472 0.103868 12288 4 24.31526 12.241882 0.000071 12288 4 24.48461 12.493476 0.000071 12288 4 24.65396 17.216237 0.000071 12288 4 24.82332 17.262892 0.000071 12288 4 24.99267 17.704796 0.069555 12288 4 25.16202 17.997092 0.000071 12288 4 25.33138 18.450088 0.000071 12288 4 25.50073 20.734618 0.000071 12288 4 25.67009 21.203743 0.000071 12288 4 25.83944 21.490633 0.000071 12288 4 26.00879 21.492662 0.106526 12288 4 26.17815 21.560117 0.000071 12288 4 26.34750 20.796730 0.000071 12288 4 26.51685 13.076869 0.000071 12288 4 26.68621 9.397789 0.000071 12288 4 26.85556 9.518821 0.000071 12288 4 27.02492 9.349451 0.091642 12288 4 27.19427 9.220454 0.000071 12288 4 27.36362 10.326770 0.000071 12288 4 27.53298 20.612942 0.000100 12288 4 27.70233 14.750723 0.000100 12288 4 27.87168 26.769133 0.000100 12288 4 28.04104 26.680365 0.000100 12288 4 28.21039 27.104477 0.000100 12288 4 28.37975 27.143909 0.000100 12288 4 28.54910 27.795902 0.000100 12288 4 28.71845 5.380397 0.000071 12288 4 28.88781 11.471817 0.000071 12288 4 29.05716 20.528853 0.000071 12288 4 29.22651 21.572527 0.000071 12288 4 29.39587 21.754401 0.000071 12288 4 29.56522 21.950116 0.000071 12288 4 29.73458 22.083881 0.000071 12288 4 29.90393 19.114988 0.000071 12288 4 30.07328 27.401134 0.000100 12288 4 30.24264 11.454798 0.000071 12288 4 30.41199 19.631615 0.000071 12288 4 30.58134 26.851124 0.000071 12288 4 30.75070 31.527956 0.000071 12288 4 30.92005 33.001808 0.242287 12288 4 31.08941 34.295553 0.255251 12288 4 31.25876 38.169872 0.248861 12288 4 31.42811 41.233125 0.000071 12288 4 31.59747 41.901451 0.000071 12288 4 31.76682 42.045456 0.000071 12288 4 31.93617 42.097178 0.328924 0 4 32.10553 43.512523 0.317109 0 4 32.27488 44.986685 0.313147 0 4 32.44424 46.323351 0.309922 0 4 32.61359 46.749924 0.314256 0 4 32.78294 45.970241 0.324144 0 4 32.95230 45.819986 0.338394 0 4 33.12165 45.573757 0.374551 0 4 33.29100 38.095985 0.478993 0 4 33.46036 19.898750 0.648903 0 4 33.62971 34.660092 0.515705 0 4 33.79907 48.916599 0.423454 0 4 33.96842 51.830520 0.414995 0 4 34.13777 50.910093 0.362682 0 4 34.30713 52.059916 0.352775 0 4 34.47648 57.022814 0.373980 0 4 34.64583 63.283200 0.480105 0 4 34.81519 63.503231 0.489654 0 4 34.98454 57.583600 0.423105 0 4 35.15390 53.342541 0.373424 0 4 35.32325 53.493552 0.409285 0 4 35.49260 56.295230 0.503870 0 4 35.66196 57.715556 0.632278 0 4 35.83131 53.542854 0.678893 0 4 36.00066 54.834607 0.693478 0 4 36.17002 57.445951 0.676372 0 4 36.33937 60.171205 0.673892 0 4 36.50873 59.188899 0.660632 0 4 36.67808 60.580996 0.669740 0 4 36.84743 62.584158 0.673401 0 4 37.01679 63.474093 0.731647 0 4 37.18614 66.036272 0.884978 0 4 37.35549 63.887644 0.923170 0 4 37.52485 61.534107 1.034704 0 4 37.69420 65.520714 1.573347 0 4 37.86356 70.744281 1.582184 0