\OBJECT = mips51427 / Target Name \RA = 150.025820 / [deg] RA \DEC = 1.926368 / [deg] RA \AORKEY = 27456512 / AOR key \SL1_exp = 60 / [sec] SL1 exposure time per nod position \SL1_cyc = 4 / SL1 number of cycles \LL2_exp = 120 / [sec] LL2 exposure time per nod position \LL2_cyc = 2 / LL2 number of cycles \LL1_exp = 120 / [sec] LL1 exposure time per nod position \LL1_cyc = 2 / LL1 number of cycles |wavelength |flux |error |order | |double |double |double |string | |um |mJy |mJy |null | |null |null |null |null | 7.47161 0.81433 0.10106 SL1 7.53371 0.61014 0.09156 SL1 7.59580 0.86917 0.09484 SL1 7.65789 0.85730 0.09431 SL1 7.71999 0.60391 0.08123 SL1 7.78208 0.67589 0.08260 SL1 7.84417 1.00207 0.07895 SL1 7.90627 0.90951 0.07334 SL1 7.96837 0.90228 0.07162 SL1 8.03046 0.74117 0.07442 SL1 8.09255 0.63510 0.07431 SL1 8.15465 0.59493 0.07662 SL1 8.21674 0.59341 0.06877 SL1 8.27883 0.55313 0.06857 SL1 8.34093 0.84987 0.11557 SL1 8.40302 0.65331 0.06858 SL1 8.46511 0.84820 0.08005 SL1 8.52721 0.82998 0.07634 SL1 8.58931 0.90910 0.07853 SL1 8.65140 0.91872 0.07485 SL1 8.71350 0.85276 0.07105 SL1 8.77559 0.90008 0.07526 SL1 8.83769 1.01409 0.07057 SL1 8.89978 0.99026 0.07590 SL1 8.96187 0.82444 0.05321 SL1 9.02397 0.86100 0.04152 SL1 9.08606 1.12224 0.04945 SL1 9.14815 0.97571 0.07193 SL1 9.21025 0.80855 0.07220 SL1 9.27234 0.86046 0.06959 SL1 9.33444 1.10051 0.06332 SL1 9.39653 1.12406 0.06593 SL1 9.45862 0.92239 0.06447 SL1 9.52072 0.98098 0.06248 SL1 9.58281 1.15313 0.06669 SL1 9.64491 0.91775 0.06293 SL1 9.70701 1.01409 0.06907 SL1 9.76909 0.83032 0.09010 SL1 9.83119 1.10616 0.09512 SL1 9.89329 0.96823 0.07450 SL1 9.95538 0.93071 0.06791 SL1 10.01748 1.29347 0.14028 SL1 10.07957 0.81688 0.06979 SL1 10.14166 0.93938 0.06673 SL1 10.20376 1.08902 0.06124 SL1 10.26585 1.20365 0.05667 SL1 10.32794 1.11439 0.07573 SL1 10.39004 1.00911 0.07152 SL1 10.45213 1.06519 0.07894 SL1 10.51423 0.96866 0.08812 SL1 10.57632 0.90859 0.09384 SL1 10.63842 0.95574 0.08912 SL1 10.70051 1.19181 0.08330 SL1 10.76260 1.13026 0.07448 SL1 10.82470 1.07885 0.07870 SL1 10.88680 0.97377 0.08044 SL1 10.94888 1.07964 0.08367 SL1 11.01098 1.00616 0.07069 SL1 11.07308 0.96123 0.08145 SL1 11.13517 1.06126 0.10272 SL1 11.19727 0.89922 0.11913 SL1 11.25936 1.25214 0.08894 SL1 11.32146 0.95605 0.07407 SL1 11.38355 1.29278 0.08490 SL1 11.44564 1.20567 0.06585 SL1 11.50774 1.00892 0.06554 SL1 11.56983 1.20848 0.13155 SL1 11.63192 1.30685 0.07257 SL1 11.69402 1.18850 0.08358 SL1 11.75611 1.10444 0.08593 SL1 11.81820 1.33267 0.09290 SL1 11.88030 1.04713 0.06508 SL1 11.94239 1.20363 0.07569 SL1 12.00449 1.10798 0.08628 SL1 12.06658 1.25136 0.10123 SL1 12.12868 1.24808 0.10077 SL1 12.19077 1.21621 0.11110 SL1 12.25287 1.38027 0.09887 SL1 12.31496 1.33678 0.10637 SL1 12.37706 0.94090 0.10447 SL1 12.43915 1.53204 0.12669 SL1 12.50124 1.32819 0.14824 SL1 12.56334 1.34510 0.11334 SL1 12.62543 1.68015 0.10172 SL1 12.68753 1.76652 0.10421 SL1 12.74962 1.55689 0.07741 SL1 12.81172 1.51914 0.12363 SL1 12.87381 1.31252 0.11934 SL1 12.93590 1.77011 0.11552 SL1 12.99800 1.59903 0.11085 SL1 13.06009 1.55310 0.10898 SL1 13.12218 1.57397 0.11741 SL1 13.18428 1.45781 0.11741 SL1 13.24637 1.66014 0.09707 SL1 13.30846 1.87357 0.09131 SL1 13.37056 1.84412 0.10881 SL1 13.43266 1.56890 0.12036 SL1 13.49475 1.76517 0.11575 SL1 13.55685 2.21038 0.11712 SL1 13.61894 1.53555 0.11356 SL1 13.68104 1.27851 0.14925 SL1 13.74313 1.41985 0.12914 SL1 13.80522 1.58412 0.11483 SL1 13.86732 1.43170 0.11990 SL1 13.92941 1.77151 0.14146 SL1 13.99150 1.15032 0.15097 SL1 14.05360 1.41727 0.17336 SL1 14.11569 1.42043 0.16607 SL1 14.17779 1.62272 0.12680 SL1 14.23988 0.97853 0.12730 SL1 14.30197 1.26737 0.10626 SL1 14.36407 1.37606 0.10206 SL1 14.42616 0.97700 0.08719 SL1 14.48826 1.41064 0.08570 SL1 14.54169 1.91606 0.37534 LL2 14.55035 1.43421 0.11087 SL1 14.61244 1.31851 0.11481 SL1 14.63338 1.07609 0.32420 LL2 14.67454 1.08010 0.12134 SL1 14.72508 1.23338 0.33734 LL2 14.81677 1.02653 0.36736 LL2 14.90846 2.11391 0.34412 LL2 15.00016 1.02137 0.38568 LL2 15.09185 1.20706 0.31907 LL2 15.18354 1.43126 0.33776 LL2 15.27523 0.66982 0.28552 LL2 15.36693 1.05480 0.43622 LL2 15.45862 2.08007 0.34128 LL2 15.55031 0.69319 0.32989 LL2 15.64200 2.03194 0.34512 LL2 15.73370 1.65746 0.34067 LL2 15.82539 1.80338 0.35611 LL2 15.91708 0.87374 0.33590 LL2 16.00877 1.01335 0.33996 LL2 16.10047 1.99834 0.34141 LL2 16.19217 1.84997 0.37561 LL2 16.28385 1.62684 0.33033 LL2 16.37555 1.22101 0.43205 LL2 16.46724 1.98960 0.47182 LL2 16.55893 1.75317 0.45976 LL2 16.65063 1.99937 0.41303 LL2 16.74232 1.79737 0.32079 LL2 16.83401 1.73532 0.35350 LL2 16.92571 1.34800 0.35711 LL2 17.01740 1.32950 0.35986 LL2 17.10909 1.56997 0.39803 LL2 17.20079 1.72934 0.34405 LL2 17.29247 1.82616 0.41251 LL2 17.38417 1.84727 0.39026 LL2 17.47586 1.75177 0.42026 LL2 17.56756 1.82797 0.40889 LL2 17.65925 1.62594 0.43105 LL2 17.75094 1.58494 0.48961 LL2 17.84263 1.78073 0.45856 LL2 17.93433 1.79031 0.42875 LL2 18.02602 1.15232 0.43208 LL2 18.11771 1.56067 0.42892 LL2 18.20940 1.22045 0.49953 LL2 18.30110 1.48502 0.49656 LL2 18.39279 1.88499 0.54715 LL2 18.48448 1.92343 0.55760 LL2 18.57618 1.30046 0.53721 LL2 18.66787 2.01957 0.50020 LL2 18.75956 2.31032 0.50727 LL2 18.85126 1.90568 0.51979 LL2 18.94295 2.92667 0.51014 LL2 19.03464 3.07789 0.53171 LL2 19.12634 2.51012 0.57071 LL2 19.21803 1.25694 0.58784 LL2 19.30972 1.65672 0.54345 LL2 19.40142 1.90080 0.52148 LL2 19.49310 3.16925 0.53985 LL2 19.58480 2.64108 0.54022 LL2 19.67649 2.42701 0.61605 LL2 19.76818 1.71639 0.62141 LL2 19.85988 0.63919 0.68052 LL2 19.95157 1.82541 0.61039 LL2 20.04326 2.56206 0.61680 LL2 20.13496 3.05963 0.62148 LL2 20.22665 2.55247 0.60138 LL2 20.31834 0.25117 0.63896 LL2 20.41004 1.19261 0.69457 LL2 20.50173 1.93011 0.68169 LL2 20.59342 1.93162 0.77601 LL2 20.68512 2.65911 0.87671 LL2 20.69661 1.70209 0.47035 LL1 20.77681 3.10656 0.78301 LL2 20.87324 2.60687 0.44248 LL1 21.04997 1.52135 0.41460 LL1 21.22681 2.27544 0.36039 LL1 21.40375 1.77783 0.43696 LL1 21.58080 1.77794 0.39664 LL1 21.75794 2.29034 0.39928 LL1 21.93518 2.82301 0.40094 LL1 22.11254 2.26846 0.37428 LL1 22.28999 1.64969 0.41765 LL1 22.46755 1.48084 0.62382 LL1 22.64522 2.72071 0.56019 LL1 22.82299 2.62609 0.43927 LL1 23.00086 2.35717 0.43028 LL1 23.17883 3.32792 0.42517 LL1 23.35691 2.90871 0.47963 LL1 23.53510 2.13883 0.47159 LL1 23.71338 2.60069 0.47553 LL1 23.89178 3.42603 0.34096 LL1 24.07028 2.61940 0.33175 LL1 24.24888 2.44266 0.33022 LL1 24.42759 2.74992 0.39410 LL1 24.60640 2.86002 0.33778 LL1 24.78533 2.51108 0.39646 LL1 24.96435 2.01158 0.48169 LL1 25.14348 2.93605 0.36933 LL1 25.32272 2.97789 0.36346 LL1 25.50206 3.18619 0.39581 LL1 25.68152 3.16474 0.45538 LL1 25.86108 2.75728 0.43226 LL1 26.04075 3.10351 0.43526 LL1 26.22053 3.64214 0.39810 LL1 26.40041 2.62022 0.38350 LL1 26.58040 1.64003 0.37164 LL1 26.76050 3.06241 0.37267 LL1 26.94071 2.56933 0.36300 LL1 27.12102 3.02887 0.51668 LL1 27.30144 2.35425 0.40373 LL1 27.48198 2.43533 0.38588 LL1 27.66261 3.39512 0.39232 LL1 27.84336 3.76536 0.42074 LL1 28.02422 2.99629 0.48122 LL1 28.20519 2.99818 0.48599 LL1 28.38627 3.17539 0.50259 LL1 28.56746 2.72343 0.45597 LL1 28.74876 3.81709 0.39555 LL1 28.93017 2.61976 0.36343 LL1 29.11169 2.72816 0.40652 LL1 29.29332 3.60575 0.48570 LL1 29.47507 4.33131 0.52941 LL1 29.65692 4.36871 0.63716 LL1 29.83888 3.19489 0.50040 LL1 30.02095 3.93585 0.48993 LL1 30.20315 3.82719 0.48860 LL1 30.38544 3.86899 0.45677 LL1 30.56785 3.94236 0.48475 LL1 30.75037 4.18255 0.54941 LL1 30.93301 4.12748 0.55994 LL1 31.11577 2.88572 0.59890 LL1 31.29863 4.56271 0.60676 LL1 31.48161 3.43998 0.54635 LL1 31.66470 3.85868 0.54196 LL1 31.84790 4.12602 0.57432 LL1 32.03122 4.31420 0.57492 LL1 32.21465 4.53011 0.69487 LL1 32.39819 4.46263 0.79411 LL1 32.58185 4.27583 0.84450 LL1 32.76562 4.17742 0.90654 LL1 32.94951 5.57591 0.74721 LL1 33.13351 2.37223 0.75374 LL1 33.31763 4.18639 0.75297 LL1 33.50188 4.05293 0.70467 LL1 33.68623 4.37173 0.77488 LL1 33.87070 1.60635 0.93758 LL1 34.05528 5.40694 1.01542 LL1 34.23998 1.41417 0.96983 LL1 34.42479 5.04878 1.03993 LL1