\AORKEY = 23967232 / Observation request ID \TGT_NUM = 03 / 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 20:52:00.477' / start of first observation (UTCS) \SCLK_OBS = 894574527.962 / 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 = 266.40541 / (deg J2000) \DEC = -28.89822 / (deg J2000) \CRA = '17h45m37.30s' / (J2000) \CDEC = '-28d53m53.6s' / (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 = 3.790E+01 / Jy at 22.00 um (18.049 to 30.751 = 98%) \IRS22U = 6.081E-01 / Uncertainty \MIPS24 = 3.966E+01 / Jy at 24.00 um (19.912 to 30.751 = 98%) \MIPS24U = 7.150E-01 / Uncertainty \IRAS25 = 3.764E+01 / Jy at 25.00 um (16.017 to 30.412 = 99%) \IRAS25U = 6.412E-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 = 62.13695 / LL2 mean flux/mean unc \SNR_LL1 = 54.62871 / 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 = 0.776 / 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 = 18.72908 / Jy (LL2 median flux lo edge: 14.28 to 15.05 um) \EDG_LL2_HI = 34.30583 / Jy (LL2 median flux hi edge: 19.80 to 20.66 um) \EDG_LL1_LO = 44.19403 / 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 = 13.78 / (arcsec) for LL2 (order 3) \WIDTH_LL1 = 24.17 / (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 = 266.40541 / (deg J2000) \DEC_LL = -28.89822 / (deg J2000) \PA_LL = 93.20978 / (deg J2000) \ Requested coordinates of observation (by observer) \RA_RQST = 266.40542 / (deg J2000) \DEC_RQST = -28.89825 / (deg J2000) \RA_DEL = -0.00001 / (deg) delta RA (RA - RQST_RA) *cos(DEC) \DEC_DEL = 0.00003 / (deg) delta DEC (DEC - RQST_DEC) \ Info from bksub.tbl files (per input file) \ ----- ORDER EXP FOV \IN_ID1 = ' 3 0030 44 LL2.1' \IN_ID2 = ' 3 0031 45 LL2.2' \IN_ID3 = ' 4 0032 38 LL1.1' \IN_ID4 = ' 4 0033 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 = ' 13.44 41376.0 3074.7' \PROFILE2 = ' 14.11 39778.0 3161.0' \PROFILE3 = ' 19.82 71517.0 13378.0' \PROFILE4 = ' 28.51 72697.0 16579.0' \ Coordinates per input file \ ------ RA_XTR DEC_XTR RA_FOV DEC_FOV RA_SLT DEC_SLT \COORD1 = '266.40543 -28.89821 266.40543 -28.89821 266.39675 -28.89778' \COORD2 = '266.40542 -28.89822 266.40542 -28.89822 266.41410 -28.89864' \COORD3 = '266.40537 -28.89822 266.40537 -28.89822 266.39660 -28.89779' \COORD4 = '266.40541 -28.89822 266.40541 -28.89822 266.41418 -28.89865' \ Extraction 4 corners - Primary (SL, or LL if no SL) \RA1 = 266.39716 / deg \DEC1 = -28.89930 / deg \RA2 = 266.39735 / deg \DEC2 = -28.89633 / deg \RA3 = 266.41366 / deg \DEC3 = -28.89713 / deg \RA4 = 266.41347 / deg \DEC4 = -28.90010 / 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 = 266.39716 / deg \DEC1_LL = -28.89930 / deg \RA2_LL = 266.39735 / deg \DEC2_LL = -28.89633 / deg \RA3_LL = 266.41366 / deg \DEC3_LL = -28.89713 / deg \RA4_LL = 266.41347 / deg \DEC4_LL = -28.90010 / deg \ Heleocentric Info \SPTZR_X = '-146609425.447' / [km] Heliocentric x position \SPTZR_Y = '-29908834.5247' / [km] Heliocentric y position \SPTZR_Z = '-15681144.4839' / [km] Heliocentric z position \SPTZR_VX = '6.469179' / [km/sec] Heliocentric x velocity \SPTZR_VY = '-26.581437' / [km/sec] Heliocentric y velocity \SPTZR_VZ = '-11.882665' / [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 = '263379185.662' / [sec] DCE start time (TDB seconds past J2000) \HMJD_OBS = '54592.8710621' / 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 19:43:25' / when this file created (Pacific) \ENHID = 13462 / Spitzer database Enhanced Product ID \CAMPID = 1422 / Spitzer database Campaign ID \FILENAME = 'SPITZER_S5_23967232_03_merge.tbl' |order|wavelength|flux_density |error |bit-flag| |int |real |real |real |int | | |microns |Jy |Jy | | 3 14.32338 17.557859 0.028534 0 3 14.40806 17.927459 0.028023 0 3 14.49274 18.210594 0.028096 0 3 14.57741 18.430654 0.028890 0 3 14.66209 18.729076 0.030753 0 3 14.74677 18.998146 0.033053 0 3 14.83145 19.351104 0.035781 0 3 14.91612 19.605939 0.037087 0 3 15.00080 19.745595 0.043124 0 3 15.08548 19.940723 0.043542 0 3 15.17015 20.176268 0.042707 0 3 15.25483 20.527930 0.040458 0 3 15.33951 20.616999 0.037761 0 3 15.42418 20.981866 0.036429 0 3 15.50886 21.453936 0.036383 0 3 15.59354 21.859967 0.036908 0 3 15.67821 22.100194 0.037930 0 3 15.76289 22.280540 0.039862 0 3 15.84757 22.610526 0.042891 0 3 15.93224 22.852012 0.046657 0 3 16.01692 23.043927 0.042193 0 3 16.10160 23.070541 0.042100 0 3 16.18628 23.084855 0.042372 0 3 16.27095 23.253818 0.042361 0 3 16.35563 23.397897 0.040525 0 3 16.44031 23.605600 0.038077 0 3 16.52498 23.751131 0.035769 0 3 16.60966 23.917760 0.038176 0 3 16.69434 24.083548 0.037764 0 3 16.77901 24.242933 0.035565 0 3 16.86369 24.283005 0.037387 0 3 16.94837 24.167685 0.040192 0 3 17.03304 24.016100 0.049038 0 3 17.11772 24.267225 0.050623 0 3 17.20240 24.441986 0.050668 0 3 17.28707 24.789295 0.044478 0 3 17.37175 24.797227 0.043631 0 3 17.45643 24.868544 0.040817 0 3 17.54111 24.986145 0.038325 0 3 17.62578 25.082504 0.036600 0 3 17.71046 25.321549 0.036068 0 3 17.79514 25.060865 0.035961 0 3 17.87981 24.791460 0.036645 0 3 17.96449 25.755069 0.039707 0 3 18.04917 25.791468 0.040949 0 3 18.13384 25.803568 0.043706 0 3 18.21852 26.096942 0.045121 0 3 18.30320 26.353125 0.045618 0 3 18.38787 26.667335 0.046347 0 3 18.47255 26.826474 0.045949 0 3 18.55723 27.401607 0.044873 0 3 18.64190 30.536546 0.052273 0 3 18.72658 31.253998 0.051276 0 3 18.81126 29.607332 0.044934 0 3 18.89594 28.763192 0.040794 0 3 18.98061 28.758085 0.041401 0 3 19.06529 28.934187 0.043799 0 3 19.14997 29.377805 0.048674 0 3 19.23464 29.511935 0.053568 0 3 19.31932 30.120356 0.058026 0 3 19.40400 30.347702 0.058476 0 3 19.48867 30.317308 0.058251 0 3 19.57335 31.136142 0.059330 0 3 19.65803 31.625954 0.057539 0 3 19.74270 32.019791 0.054848 0 3 19.82738 32.364652 0.052630 0 3 19.91206 32.917212 0.051454 0 3 19.99673 33.459376 0.051460 0 3 20.08141 33.754767 0.052798 0 3 20.16609 34.138385 0.055862 0 3 20.25077 34.567392 0.060368 0 3 20.33544 34.754422 0.065462 0 3 20.42012 35.151232 0.069994 0 3 20.50480 35.149769 0.071318 0 3 20.58947 35.520330 0.074736 0 4 20.75883 39.750258 0.062997 0 4 20.92818 40.280153 0.063109 0 4 21.09753 39.847749 0.062866 0 4 21.26689 43.213060 0.067679 0 4 21.43624 44.852003 0.072896 0 4 21.60560 43.216908 0.072009 0 4 21.77495 44.989330 0.073900 0 4 21.94430 48.607839 0.081254 0 4 22.11366 48.984114 0.051488 12288 4 22.28301 47.776583 0.052360 12288 4 22.45236 49.885794 0.094242 0 4 22.62172 52.721008 0.099118 0 4 22.79107 53.397272 0.000071 12288 4 22.96043 52.079904 0.000071 12288 4 23.12978 47.032764 0.000071 12288 4 23.29913 48.445006 0.000071 12288 4 23.46849 50.157142 0.000071 12288 4 23.63784 50.424204 0.000071 12288 4 23.80719 44.779871 0.000071 12288 4 23.97655 31.172988 0.000071 12288 4 24.14590 19.788899 0.055657 12288 4 24.31526 20.401843 0.059744 12288 4 24.48461 23.903828 0.000071 12288 4 24.65396 32.207659 0.000071 12288 4 24.82332 32.820201 0.000071 12288 4 24.99267 34.054901 0.060467 12288 4 25.16202 34.909529 0.080980 12288 4 25.33138 35.369404 0.000071 12288 4 25.50073 35.959513 0.000071 12288 4 25.67009 36.674802 0.000071 12288 4 25.83944 37.572071 0.000071 12288 4 26.00879 38.218895 0.109846 12288 4 26.17815 38.922044 0.000071 12288 4 26.34750 39.110504 0.000071 12288 4 26.51685 35.651356 0.000071 12288 4 26.68621 35.893080 0.000071 12288 4 26.85556 36.551962 0.061318 12288 4 27.02492 36.883548 0.058833 12288 4 27.19427 37.784531 0.000071 12288 4 27.36362 37.189368 0.000071 12288 4 27.53298 32.373036 0.000071 12288 4 27.70233 32.735259 0.000071 12288 4 27.87168 32.999825 0.075158 12288 4 28.04104 33.837108 0.107813 12288 4 28.21039 34.821025 0.113122 12288 4 28.37975 35.647694 0.089317 12288 4 28.54910 36.049048 0.000071 12288 4 28.71845 36.248110 0.000071 12288 4 28.88781 42.088982 0.000071 12288 4 29.05716 50.650826 0.000071 12288 4 29.22651 54.079881 0.093408 12288 4 29.39587 54.318933 0.086923 12288 4 29.56522 55.288910 0.083731 12288 4 29.73458 56.264180 0.084359 12288 4 29.90393 53.340313 0.000071 12288 4 30.07328 49.054434 0.000071 12288 4 30.24264 52.103403 0.000071 12288 4 30.41199 62.229122 0.000071 12288 4 30.58134 71.823782 0.000071 12288 4 30.75070 86.599823 0.000071 12288 4 30.92005 87.444904 0.000071 12288 4 31.08941 87.972660 0.243678 12288 4 31.25876 89.313004 0.184719 12288 4 31.42811 98.070984 0.000071 12288 4 31.59747 101.146332 0.000071 12288 4 31.76682 102.079376 0.159902 12288 4 31.93617 101.106815 0.224043 0 4 32.10553 101.269585 0.214130 0 4 32.27488 103.002479 0.208502 0 4 32.44424 104.197441 0.208154 0 4 32.61359 104.563801 0.212768 0 4 32.78294 103.720860 0.217194 0 4 32.95230 103.013256 0.226123 0 4 33.12165 107.063217 0.250042 0 4 33.29100 118.506111 0.312450 0 4 33.46036 126.124664 0.394946 0 4 33.62971 108.510796 0.327283 0 4 33.79907 105.188976 0.300827 0 4 33.96842 108.164684 0.296096 0 4 34.13777 104.046352 0.268466 0 4 34.30713 104.571896 0.255903 0 4 34.47648 109.107399 0.267246 0 4 34.64583 108.853771 0.311316 0 4 34.81519 106.998977 0.316911 0 4 34.98454 106.819427 0.295956 0 4 35.15390 106.168232 0.284252 0 4 35.32325 105.539288 0.313281 0 4 35.49260 110.392582 0.385213 0 4 35.66196 115.031975 0.484772 0 4 35.83131 107.560333 0.521548 0 4 36.00066 109.556496 0.533043 0 4 36.17002 110.845604 0.521063 0 4 36.33937 113.037288 0.516083 0 4 36.50873 113.677082 0.510150 0 4 36.67808 115.525109 0.509170 0 4 36.84743 113.108997 0.503102 0 4 37.01679 114.950341 0.550468 0 4 37.18614 121.258762 0.668368 0 4 37.35549 114.805690 0.702962 0 4 37.52485 111.377361 0.771609 0 4 37.69420 123.582184 1.156599 0 4 37.86356 118.286049 1.148294 0