PACSman version: 3.52 Number of cycles: 1 Building RA and DEC cubes ___________________________________ ___________________________________ Analyzing raster 1 Number of data points: 1228800 Building mask cube blindpixels: 0, nodB: 0 /!\ WARNING: some ramps are saturated ! /!\ WARNING: some ramps are saturated ! saturation: 6, nodB: 6 rawsaturation: 0, nodB: 0 noisypixels: 29760, nodB: 29760 badpixels: 11904, nodB: 11904 gratmove: 0, nodB: 0 glitch: 94252, nodB: 93595 outliers: 1718, nodB: 1499 Mask cube written in OI63/cubeAcubeB_mask.fits ___________________________________ Raster 1, Pixel 1 1 Sigma-clipping (5-sigma): 1151 readouts 1st guess Continuum: degree 0, 1, 2, ... 2.9898231e-12 -0.40797522 -1.5015269 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.36158912 (0.13981439) -0.0084769580 (0.0037526708) 0.0076584304 (0.0029612582) Continuum: degree 0, 1, 2, ... -0.094642542 (0.040051263) -0.31664739 (0.25933728) 2.6538126 (2.1179399) Chi^2: 2.15047 Continuum [Jy] = -0.0348618 +/- 0.889279 EQW_rest [um] = 1.3557934 Flux [W m-2] = 5.19068e-18 +/- 2.82564e-18 INTEGRATED FLUX: Flux [W m-2] = 4.40259e-18 +/- 1.51388e-17 ___________________________________ Raster 1, Pixel 1 2 Sigma-clipping (5-sigma): 897 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.012559068 -0.019319216 -1.7405174 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.079396467 (0.086810946) -0.0090171127 (-9.0171131e-06) 0.032247849 (0.035259330) Continuum: degree 0, 1, 2, ... -0.17807688 (0.050694884) 0.092348758 (0.23293020) 1.5667236 (2.4108403) Chi^2: 2.18215 Continuum [Jy] = -0.0527207 +/- 0.588685 EQW_rest [um] = -0.10572603 Flux [W m-2] = 4.79931e-18 +/- 7.38768e-18 INTEGRATED FLUX: Flux [W m-2] = 1.30940e-17 +/- 1.32092e-17 ___________________________________ Raster 1, Pixel 1 3 Sigma-clipping (5-sigma): 804 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.014340584 0.16961881 -3.4230614 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.076529042 (0.076529042) 0.0090171127 (9.0171131e-06) 0.032247849 (0.032247849) Continuum: degree 0, 1, 2, ... 0.085886370 (0.045230395) -0.11483987 (0.20495054) -5.6141798 (2.1646078) Chi^2: 2.19163 Continuum [Jy] = -0.0655080 +/- 0.638293 EQW_rest [um] = 0.83998674 Flux [W m-2] = 4.62334e-18 +/- 6.50897e-18 INTEGRATED FLUX: Flux [W m-2] = -7.45497e-18 +/- 1.15450e-17 ___________________________________ Raster 1, Pixel 1 4 Sigma-clipping (5-sigma): 777 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.023273487 1.7068045 -2.7152221 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.058300574 (0.078255483) -0.0090171127 (-9.0171131e-06) 0.032247849 (0.043285526) Continuum: degree 0, 1, 2, ... 0.010536933 (0.045779844) 1.3827803 (0.21521268) -0.50334624 (2.1461552) Chi^2: 2.19409 Continuum [Jy] = -0.0393638 +/- 0.578810 EQW_rest [um] = -0.040872024 Flux [W m-2] = 3.52412e-18 +/- 6.65961e-18 INTEGRATED FLUX: Flux [W m-2] = 9.73600e-18 +/- 1.18265e-17 ___________________________________ Raster 1, Pixel 1 5 Sigma-clipping (5-sigma): 749 readouts 1st guess Continuum: degree 0, 1, 2, ... -8.3450208e-13 1.0393016 -0.90133124 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.28975946 (0.11380566) 0.0090171127 (9.0171131e-06) 0.025581053 (0.013886382) Continuum: degree 0, 1, 2, ... -0.27879760 (0.082166408) 0.45328774 (0.32366392) 7.5490944 (3.6886485) Chi^2: 2.18401 Continuum [Jy] = -0.0208271 +/- 0.863015 EQW_rest [um] = -0.18556951 Flux [W m-2] = 1.38862e-17 +/- 9.26226e-18 INTEGRATED FLUX: Flux [W m-2] = 1.74517e-17 +/- 1.69472e-17 ___________________________________ Raster 1, Pixel 2 1 Sigma-clipping (5-sigma): 927 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.30195083 0.17840473 12.535021 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.19631863 (0.079962685) -0.0090171127 (-9.0171131e-06) 0.032247849 (0.013134895) Continuum: degree 0, 1, 2, ... -0.18629744 (0.046535060) 0.086888476 (0.21480044) 7.5563009 (2.2364753) Chi^2: 2.17596 Continuum [Jy] = -0.0101935 +/- 0.769785 EQW_rest [um] = -0.16939813 Flux [W m-2] = 1.18669e-17 +/- 6.80489e-18 INTEGRATED FLUX: Flux [W m-2] = 9.08752e-18 +/- 1.22135e-17 ___________________________________ Raster 1, Pixel 2 2 Sigma-clipping (5-sigma): 754 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.71775601 -0.24309738 14.763185 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.090650284 (0.090650284) 0.0090171127 (9.0171131e-06) 0.013074741 (0.011470450) Continuum: degree 0, 1, 2, ... -0.22975239 (0.036796339) -0.19246658 (0.20222286) 1.5586602 (1.9329377) Chi^2: 2.18247 Continuum [Jy] = -0.374322 +/- 0.562285 EQW_rest [um] = 0.023452655 Flux [W m-2] = 2.22040e-18 +/- 2.94047e-18 INTEGRATED FLUX: Flux [W m-2] = -2.67374e-18 +/- 1.12213e-17 ___________________________________ Raster 1, Pixel 2 3 Sigma-clipping (5-sigma): 883 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.39227201 -0.16764003 8.3263941 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.13369200 (0.067709113) 0.0090171127 (9.0171131e-06) 0.032247849 (0.016332115) Continuum: degree 0, 1, 2, ... -0.20247952 (0.039954749) 0.29297124 (0.18185854) 5.1876251 (1.8002584) Chi^2: 2.18297 Continuum [Jy] = -0.196420 +/- 0.515224 EQW_rest [um] = 0.071422723 Flux [W m-2] = 8.07672e-18 +/- 5.75881e-18 INTEGRATED FLUX: Flux [W m-2] = 5.73750e-18 +/- 1.02832e-17 ___________________________________ Raster 1, Pixel 2 4 Sigma-clipping (5-sigma): 740 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.20351412 0.30349065 2.0242489 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.14216219 (0.079347440) -0.0090171127 (-9.0171131e-06) 0.032247849 (0.017999049) Continuum: degree 0, 1, 2, ... -0.14087138 (0.047667116) 0.12961582 (0.21851762) 0.87327716 (2.2365878) Chi^2: 2.17679 Continuum [Jy] = -0.156528 +/- 0.516879 EQW_rest [um] = -0.14754888 Flux [W m-2] = 8.59333e-18 +/- 6.75253e-18 INTEGRATED FLUX: Flux [W m-2] = 1.30446e-17 +/- 1.18948e-17 ___________________________________ Raster 1, Pixel 2 5 Sigma-clipping (5-sigma): 955 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.32998251 0.69443847 -11.208790 FIT RESULT: Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.23436899 (0.12181452) -0.0051606675 (0.0051751399) 0.0076584304 (0.0039805096) Continuum: degree 0, 1, 2, ... -0.032052422 (0.036031453) 1.1306712 (0.24144628) -1.6673425 (2.0807711) Chi^2: 2.16321 Continuum [Jy] = 0.0712218 +/- 0.766338 EQW_rest [um] = 1.1727740 Flux [W m-2] = 3.36406e-18 +/- 2.46161e-18 INTEGRATED FLUX: Flux [W m-2] = 5.15773e-18 +/- 1.34665e-17 ___________________________________ Raster 1, Pixel 3 1 Sigma-clipping (5-sigma): 820 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.30589983 0.71946191 12.318928 FIT RESULT: Spectral line: signal peak, central wavelength, sigma of gaussian 0.15499638 (0.089432121) 0.0081454993 (0.013954322) 0.022723432 (0.018010595) Continuum: degree 0, 1, 2, ... -0.14220235 (0.057189236) 0.75881907 (0.23721520) 7.8879593 (2.5508376) Chi^2: 2.19523 Continuum [Jy] = -0.0198749 +/- 0.512612 EQW_rest [um] = -0.89661228 Flux [W m-2] = 6.59836e-18 +/- 6.43977e-18 INTEGRATED FLUX: Flux [W m-2] = 5.10933e-18 +/- 1.32531e-17 ___________________________________ Raster 1, Pixel 3 2 Sigma-clipping (5-sigma): 835 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.19377799 -0.30308650 -3.9265386 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.33916753 (0.079560552) 0.0090171127 (9.0171131e-06) 0.030196717 (0.0086479335) Continuum: degree 0, 1, 2, ... -0.16376897 (0.057967944) 0.14890473 (0.21146625) 5.5479525 (2.4315456) Chi^2: 2.19460 Continuum [Jy] = 0.103024 +/- 0.551748 EQW_rest [um] = 10.145635 Flux [W m-2] = 1.91868e-17 +/- 7.07087e-18 INTEGRATED FLUX: Flux [W m-2] = 1.20779e-17 +/- 1.21926e-17 ___________________________________ Raster 1, Pixel 3 3 Sigma-clipping (5-sigma): 797 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.48893866 -1.5588907 -6.8757862 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.077485732 (0.077485732) 0.0090171127 (9.0171131e-06) 0.032247849 (0.032247849) Continuum: degree 0, 1, 2, ... 0.032244386 (0.046408687) -1.2740882 (0.20638279) 4.9312081 (2.1709171) Chi^2: 2.19779 Continuum [Jy] = 0.330298 +/- 0.662606 EQW_rest [um] = 0.039546751 Flux [W m-2] = 4.68114e-18 +/- 6.59034e-18 INTEGRATED FLUX: Flux [W m-2] = -1.77679e-20 +/- 1.14924e-17 ___________________________________ Raster 1, Pixel 3 4 Sigma-clipping (5-sigma): 934 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.12986903 1.7218234 -7.1862131 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.088692368 (0.088692368) -0.0090171127 (-9.0171131e-06) 0.025251378 (0.025508539) Continuum: degree 0, 1, 2, ... -0.099189638 (0.060725480) 2.0685484 (0.23888828) -2.1526311 (2.6470800) Chi^2: 2.19142 Continuum [Jy] = -0.0361495 +/- 0.590909 EQW_rest [um] = 0.10014431 Flux [W m-2] = 4.19805e-18 +/- 5.94040e-18 INTEGRATED FLUX: Flux [W m-2] = 6.90347e-19 +/- 1.34778e-17 ___________________________________ Raster 1, Pixel 3 5 Sigma-clipping (5-sigma): 833 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.094253610 1.2992331 -5.4698719 FIT RESULT: Flux is zero, setting it to upper limit. Spectral line: signal peak, central wavelength, sigma of gaussian 0.076796648 (0.076796648) -0.0065421719 (0.010674354) 0.030072858 (0.013796852) Continuum: degree 0, 1, 2, ... -0.052598972 (0.057392303) 1.1454471 (0.21188674) -1.4232840 (2.3859485) Chi^2: 2.19610 Continuum [Jy] = -0.0340181 +/- 0.626916 EQW_rest [um] = -1.1225477 Flux [W m-2] = 4.32872e-18 +/- 4.74111e-18 INTEGRATED FLUX: Flux [W m-2] = -1.11145e-17 +/- 1.12264e-17 ___________________________________ Raster 1, Pixel 4 1 Sigma-clipping (5-sigma): 857 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.54731296 -1.4400934 2.1786377 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.093534721 (0.093534721) 0.0090171127 (9.0171131e-06) 0.030393184 (0.023818365) Continuum: degree 0, 1, 2, ... -0.30834436 (0.068300473) -1.4204776 (0.25335627) -4.4294190 (2.8358720) Chi^2: 2.17121 Continuum [Jy] = -0.497047 +/- 0.879487 EQW_rest [um] = 0.041965362 Flux [W m-2] = 5.32571e-18 +/- 6.73582e-18 INTEGRATED FLUX: Flux [W m-2] = -1.29996e-17 +/- 1.42788e-17 ___________________________________ Raster 1, Pixel 4 2 Sigma-clipping (5-sigma): 863 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.20608226 -0.094347466 -11.512592 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.099746552 (0.091895910) -0.0090171127 (-9.0171131e-06) 0.032247849 (0.029709753) Continuum: degree 0, 1, 2, ... -0.21110730 (0.052588847) -0.32608193 (0.25765132) 1.1580820 (2.4197671) Chi^2: 2.17422 Continuum [Jy] = -0.0614310 +/- 0.854915 EQW_rest [um] = -0.13564799 Flux [W m-2] = 6.02942e-18 +/- 7.82042e-18 INTEGRATED FLUX: Flux [W m-2] = 1.73647e-17 +/- 1.45246e-17 ___________________________________ Raster 1, Pixel 4 3 Sigma-clipping (5-sigma): 1214 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.19941411 -0.84880513 9.9947115 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.13523765 (0.085092629) -0.0090171127 (-9.0171131e-06) 0.032247849 (0.020290608) Continuum: degree 0, 1, 2, ... 0.017537593 (0.049965867) -0.93290688 (0.22975329) 2.1039783 (2.3830775) Chi^2: 2.17265 Continuum [Jy] = 0.0349794 +/- 0.684110 EQW_rest [um] = 2.3847109 Flux [W m-2] = 8.17476e-18 +/- 7.24146e-18 INTEGRATED FLUX: Flux [W m-2] = 1.45833e-17 +/- 1.28397e-17 ___________________________________ Raster 1, Pixel 4 4 Sigma-clipping (5-sigma): 861 readouts 1st guess Continuum: degree 0, 1, 2, ... 2.4868922e-14 9.0095515e-13 8.7356654e-13 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.15091738 (0.092115689) 0.0090171127 (9.0171131e-06) 0.031412518 (0.023661468) Continuum: degree 0, 1, 2, ... -0.19201040 (0.070194766) 2.4092570 (0.25587040) 1.5637307 (2.9216487) Chi^2: 2.18901 Continuum [Jy] = 4.50793e-14 +/- 0.882453 EQW_rest [um] = 0.011502946 Flux [W m-2] = 8.88118e-18 +/- 8.57160e-18 INTEGRATED FLUX: Flux [W m-2] = 7.24409e-18 +/- 1.39437e-17 ___________________________________ Raster 1, Pixel 4 5 Sigma-clipping (5-sigma): 742 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.25807369 1.3677723 6.1154606 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.094483656 (0.094483656) 0.0090171127 (9.0171131e-06) 0.023613870 (0.024697007) Continuum: degree 0, 1, 2, ... 0.066911112 (0.061894070) 1.3660616 (0.26456468) -3.7010422 (2.8387751) Chi^2: 2.13530 Continuum [Jy] = -0.116199 +/- 0.738964 EQW_rest [um] = 0.19300850 Flux [W m-2] = 4.17977e-18 +/- 6.02096e-18 INTEGRATED FLUX: Flux [W m-2] = 2.99835e-18 +/- 1.45102e-17 ___________________________________ Raster 1, Pixel 5 1 Sigma-clipping (5-sigma): 766 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.67684188 1.6401814 -25.413320 FIT RESULT: Forcing error on v to 0.1%. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.079545289 (0.093953956) -0.0090171127 (-9.0171131e-06) 0.021747082 (0.034408822) Continuum: degree 0, 1, 2, ... -0.091784924 (0.056249535) 1.5097901 (0.23941318) -3.4913769 (2.5107340) Chi^2: 2.20013 Continuum [Jy] = 0.0844983 +/- 0.891468 EQW_rest [um] = 0.72142087 Flux [W m-2] = 3.24259e-18 +/- 6.37359e-18 INTEGRATED FLUX: Flux [W m-2] = 7.12441e-18 +/- 1.39004e-17 ___________________________________ Raster 1, Pixel 5 2 Sigma-clipping (5-sigma): 1072 readouts 1st guess Continuum: degree 0, 1, 2, ... 0.83580119 0.15149933 -24.830936 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.087495108 (0.087495108) 0.0090171127 (9.0171131e-06) 0.032247849 (0.032247849) Continuum: degree 0, 1, 2, ... 0.018159612 (0.051464423) 0.39077433 (0.22599479) -4.0452161 (2.3000269) Chi^2: 2.16154 Continuum [Jy] = 0.259777 +/- 0.549128 EQW_rest [um] = 48.356546 Flux [W m-2] = 5.28583e-18 +/- 7.44166e-18 INTEGRATED FLUX: Flux [W m-2] = -8.20422e-19 +/- 1.32679e-17 ___________________________________ Raster 1, Pixel 5 3 Sigma-clipping (5-sigma): 901 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.058447417 0.24600682 -3.4251393 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.088630948 (0.088630948) 0.0090171127 (9.0171131e-06) 0.024667003 (0.028030140) Continuum: degree 0, 1, 2, ... -0.14247761 (0.059142714) 0.19555960 (0.23665718) -1.5094343 (2.5820971) Chi^2: 2.19629 Continuum [Jy] = -0.138722 +/- 0.822112 EQW_rest [um] = 0.040945648 Flux [W m-2] = 4.09572e-18 +/- 6.17178e-18 INTEGRATED FLUX: Flux [W m-2] = -5.45861e-18 +/- 1.37194e-17 ___________________________________ Raster 1, Pixel 5 4 Sigma-clipping (5-sigma): 893 readouts 1st guess Continuum: degree 0, 1, 2, ... -0.22936928 0.057270929 7.6768624 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on sigma to same relative uncertainty as peak. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.17330679 (0.17330679) -0.0010508588 (0.0038326335) 0.0076584304 (0.0076584304) Continuum: degree 0, 1, 2, ... -0.087789656 (0.048695802) 0.85153748 (0.34865313) -0.066280446 (2.9718151) Chi^2: 2.13555 Continuum [Jy] = -0.0493710 +/- 0.866583 EQW_rest [um] = -2.1774926 Flux [W m-2] = 2.48727e-18 +/- 3.50170e-18 INTEGRATED FLUX: Flux [W m-2] = -1.04509e-17 +/- 1.96576e-17 ___________________________________ Raster 1, Pixel 5 5 Sigma-clipping (5-sigma): 698 readouts 1st guess Continuum: degree 0, 1, 2, ... -1.1424498 0.15263561 25.556024 FIT RESULT: Flux is zero, setting it to upper limit. Forcing error on v to 0.1%. You might wanna loosen this parameter. Spectral line: signal peak, central wavelength, sigma of gaussian 0.10684396 (0.10684396) -0.0090171127 (-9.0171131e-06) 0.013109696 (0.019178866) Continuum: degree 0, 1, 2, ... -0.11766207 (0.044166995) -0.10288090 (0.24121139) -1.2671565 (2.2838278) Chi^2: 2.22043 Continuum [Jy] = -0.549734 +/- 0.816957 EQW_rest [um] = -0.085310186 Flux [W m-2] = 2.62554e-18 +/- 4.63171e-18 INTEGRATED FLUX: Flux [W m-2] = 9.80543e-18 +/- 1.31468e-17