\OBJECT = mips42682 / Target Name \RA = 149.586450 / [deg] RA \DEC = 1.769329 / [deg] RA \AORKEY = 27449344 / AOR key \SL1_exp = 60 / [sec] SL1 exposure time per nod position \SL1_cyc = 2 / 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 3.27348 0.10988 SL1 7.53371 1.84380 0.09522 SL1 7.59580 1.30706 0.12506 SL1 7.65789 1.33039 0.13291 SL1 7.71999 2.08692 0.12099 SL1 7.78208 1.55506 0.08498 SL1 7.84417 1.63995 0.18521 SL1 7.90627 1.34450 0.20226 SL1 7.96837 1.88000 0.23038 SL1 8.03046 1.96764 0.16590 SL1 8.09255 2.00274 0.11475 SL1 8.15465 1.42404 0.12497 SL1 8.21674 1.82892 0.10721 SL1 8.27883 1.96243 0.10466 SL1 8.34093 1.36194 0.15368 SL1 8.40302 1.81514 0.16946 SL1 8.46511 2.09460 0.17658 SL1 8.52721 1.72115 0.13690 SL1 8.58931 1.67989 0.10393 SL1 8.65140 0.62441 0.18868 SL1 8.71350 1.69136 0.03415 SL1 8.77559 1.75374 0.03526 SL1 8.83769 1.74384 0.07341 SL1 8.89978 1.90760 0.09000 SL1 8.96187 1.63194 0.07576 SL1 9.02397 2.21264 0.48051 SL1 9.08606 2.46105 0.31308 SL1 9.14815 1.72433 0.06277 SL1 9.21025 1.80986 0.08915 SL1 9.27234 1.97568 0.07705 SL1 9.33444 1.75664 0.13212 SL1 9.39653 2.43443 0.44850 SL1 9.45862 2.29130 0.19507 SL1 9.52072 3.20290 0.10810 SL1 9.58281 2.57353 0.08751 SL1 9.64491 1.77439 0.13365 SL1 9.70701 1.90884 0.13653 SL1 9.76909 1.64188 0.09169 SL1 9.83119 2.82131 0.21722 SL1 9.89329 2.37417 0.07475 SL1 9.95538 2.03439 0.06537 SL1 10.01748 3.29005 0.27100 SL1 10.07957 2.07640 0.21862 SL1 10.14166 2.38448 0.14221 SL1 10.20376 2.13581 0.15077 SL1 10.26585 1.96938 0.08425 SL1 10.32794 2.02663 0.10664 SL1 10.39004 2.39485 0.11017 SL1 10.45213 1.91747 0.10679 SL1 10.51423 2.22691 0.17899 SL1 10.57632 3.09090 0.36692 SL1 10.63842 1.98691 0.17272 SL1 10.70051 2.36575 0.11594 SL1 10.76260 2.09140 0.13203 SL1 10.82470 2.19834 0.15226 SL1 10.88680 2.14487 0.10412 SL1 10.94888 2.25882 0.15072 SL1 11.01098 2.41682 0.14687 SL1 11.07308 2.36767 0.07708 SL1 11.13517 3.15580 0.08768 SL1 11.19727 2.97499 0.27099 SL1 11.25936 2.47638 0.18870 SL1 11.32146 2.40175 0.15678 SL1 11.38355 2.67062 0.08195 SL1 11.44564 2.40945 0.16102 SL1 11.50774 2.76515 0.12868 SL1 11.56983 1.97691 0.15793 SL1 11.63192 2.13705 0.10759 SL1 11.69402 2.26822 0.15014 SL1 11.75611 2.26769 0.13551 SL1 11.81820 2.27606 0.11906 SL1 11.88030 2.37115 0.08152 SL1 11.94239 2.45465 0.07496 SL1 12.00449 3.79623 0.19420 SL1 12.06658 2.12179 0.11349 SL1 12.12868 2.88149 0.11932 SL1 12.19077 2.09979 0.18075 SL1 12.25287 2.25665 0.16319 SL1 12.31496 2.32737 0.23329 SL1 12.37706 2.39560 0.06890 SL1 12.43915 2.66699 0.23217 SL1 12.50124 2.67832 0.16022 SL1 12.56334 2.61234 0.12946 SL1 12.62543 2.23285 0.13089 SL1 12.68753 2.39741 0.16145 SL1 12.74962 2.92351 0.06430 SL1 12.81172 2.65642 0.07799 SL1 12.87381 2.68607 0.16905 SL1 12.93590 2.64276 0.17105 SL1 12.99800 2.66016 0.13528 SL1 13.06009 2.70399 0.14976 SL1 13.12218 2.86693 0.09632 SL1 13.18428 3.03102 0.08276 SL1 13.24637 3.05408 0.08023 SL1 13.30846 2.46216 0.11863 SL1 13.37056 3.14634 0.30890 SL1 13.43266 3.92876 0.43493 SL1 13.49475 2.23681 0.19630 SL1 13.55685 3.07513 0.33721 SL1 13.61894 3.08161 0.13294 SL1 13.68104 3.06360 0.14665 SL1 13.74313 3.04955 0.19300 SL1 13.80522 3.37356 0.19325 SL1 13.86732 2.90187 0.13334 SL1 13.92941 3.26535 0.17353 SL1 13.99150 3.65797 0.15044 SL1 14.05360 3.09825 0.20726 SL1 14.11569 3.06003 0.15476 SL1 14.17779 3.13756 0.15341 SL1 14.23988 3.05276 0.15065 SL1 14.30197 2.72063 0.09702 SL1 14.36407 2.39528 0.09176 SL1 14.42616 2.91598 0.10490 SL1 14.48826 2.52589 0.11388 SL1 14.54169 3.36784 0.35886 LL2 14.55035 2.17989 0.10360 SL1 14.61244 1.43623 0.07764 SL1 14.63338 2.54759 0.36009 LL2 14.67454 2.60913 0.10374 SL1 14.72508 2.34501 0.31768 LL2 14.81677 3.13891 0.31557 LL2 14.90846 2.90725 0.32705 LL2 15.00016 3.52673 0.31199 LL2 15.09185 3.49135 0.30871 LL2 15.18354 2.02596 0.41327 LL2 15.27523 3.81479 0.34827 LL2 15.36693 4.54094 0.48485 LL2 15.45862 3.55329 0.34251 LL2 15.55031 3.84204 0.30394 LL2 15.64200 4.34308 0.40613 LL2 15.73370 3.56552 0.33124 LL2 15.82539 3.10980 0.36690 LL2 15.91708 3.73345 0.36718 LL2 16.00877 1.94625 0.34061 LL2 16.10047 2.56417 0.36866 LL2 16.19217 2.82250 0.37532 LL2 16.28385 2.47374 0.38876 LL2 16.37555 3.19242 0.36015 LL2 16.46724 4.15789 0.43061 LL2 16.55893 3.65182 0.38069 LL2 16.65063 2.30078 0.39707 LL2 16.74232 2.97817 0.38485 LL2 16.83401 3.62801 0.38476 LL2 16.92571 3.57750 0.35420 LL2 17.01740 3.66716 0.36736 LL2 17.10909 3.45020 0.37721 LL2 17.20079 2.33783 0.37950 LL2 17.29247 3.55471 0.43579 LL2 17.38417 2.70818 0.45289 LL2 17.47586 3.29176 0.36653 LL2 17.56756 2.81227 0.37137 LL2 17.65925 2.96009 0.35173 LL2 17.75094 2.58960 0.41598 LL2 17.84263 2.41301 0.48290 LL2 17.93433 2.12332 0.47352 LL2 18.02602 1.74991 0.45663 LL2 18.11771 2.80036 0.44754 LL2 18.20940 2.66070 0.42763 LL2 18.30110 3.51285 0.43856 LL2 18.39279 3.48010 0.50538 LL2 18.48448 3.11691 0.58908 LL2 18.57618 2.66376 0.56101 LL2 18.66787 3.72840 0.51659 LL2 18.75956 3.59161 0.46756 LL2 18.85126 3.49590 0.45512 LL2 18.94295 3.85756 0.48040 LL2 19.03464 4.13014 0.53413 LL2 19.12634 4.15361 0.51236 LL2 19.21803 4.46518 0.56798 LL2 19.30972 5.32201 0.56388 LL2 19.40142 5.54686 0.59666 LL2 19.49310 5.19295 0.59481 LL2 19.58480 4.28244 0.63839 LL2 19.67649 4.23223 0.62992 LL2 19.76818 3.25961 0.52735 LL2 19.85988 3.57470 0.51233 LL2 19.95157 3.56371 0.57632 LL2 20.04326 3.63537 0.60916 LL2 20.13496 4.41570 0.60161 LL2 20.22665 5.53707 0.61002 LL2 20.31834 5.85571 0.64610 LL2 20.41004 4.90776 0.65937 LL2 20.50173 3.98339 0.64839 LL2 20.59342 4.93801 0.60482 LL2 20.68512 4.78004 0.67518 LL2 20.69661 4.26845 0.57099 LL1 20.77681 4.56539 0.63527 LL2 20.87324 5.33742 0.54206 LL1 21.04997 4.21968 0.53493 LL1 21.22681 4.29121 0.49377 LL1 21.40375 5.22247 0.52335 LL1 21.58080 4.76898 0.38852 LL1 21.75794 4.29140 0.42643 LL1 21.93518 4.65455 0.45131 LL1 22.11254 4.91620 0.41816 LL1 22.28999 4.99067 0.33628 LL1 22.46755 4.08983 0.40481 LL1 22.64522 4.94292 0.48397 LL1 22.82299 4.92758 0.34798 LL1 23.00086 4.76324 0.34695 LL1 23.17883 4.99662 0.36546 LL1 23.35691 6.18538 0.50378 LL1 23.53510 5.30152 0.36638 LL1 23.71338 5.23590 0.41402 LL1 23.89178 6.12643 0.37032 LL1 24.07028 3.79524 0.54773 LL1 24.24888 4.33115 0.59990 LL1 24.42759 4.54936 0.51419 LL1 24.60640 4.87294 0.38726 LL1 24.78533 5.95856 0.50122 LL1 24.96435 5.51508 0.45300 LL1 25.14348 5.13316 0.45004 LL1 25.32272 5.81629 0.55767 LL1 25.50206 6.24775 0.38386 LL1 25.68152 5.48613 0.39386 LL1 25.86108 5.99487 0.42046 LL1 26.04075 5.58402 0.40114 LL1 26.22053 6.21848 0.39981 LL1 26.40041 5.87472 0.40533 LL1 26.58040 5.47397 0.36143 LL1 26.76050 5.99866 0.39392 LL1 26.94071 6.99035 0.39134 LL1 27.12102 6.28144 0.60009 LL1 27.30144 5.85950 0.36127 LL1 27.48198 5.81604 0.37662 LL1 27.66261 6.22602 0.40117 LL1 27.84336 5.70470 0.52887 LL1 28.02422 6.81115 0.45314 LL1 28.20519 6.22491 0.43986 LL1 28.38627 7.17877 0.57910 LL1 28.56746 5.74674 0.40721 LL1 28.74876 6.68981 0.47060 LL1 28.93017 6.64534 0.38498 LL1 29.11169 6.27385 0.44560 LL1 29.29332 5.00418 0.50395 LL1 29.47507 6.68537 0.58235 LL1 29.65692 6.91798 0.51960 LL1 29.83888 7.82080 0.56097 LL1 30.02095 7.33591 0.53139 LL1 30.20315 8.11512 0.41068 LL1 30.38544 8.08021 0.45851 LL1 30.56785 8.50200 0.56507 LL1 30.75037 6.12756 0.61000 LL1 30.93301 7.11650 0.56241 LL1 31.11577 6.80729 0.63992 LL1 31.29863 7.45133 0.64028 LL1 31.48161 8.50877 0.65063 LL1 31.66470 8.90213 0.65895 LL1 31.84790 8.88642 0.73001 LL1 32.03122 6.63675 0.57217 LL1 32.21465 8.90339 0.54302 LL1 32.39819 6.86892 0.51407 LL1 32.58185 7.43524 0.53154 LL1 32.76562 7.88183 0.58600 LL1 32.94951 7.74619 0.54706 LL1 33.13351 7.29032 0.64368 LL1 33.31763 7.95078 0.82869 LL1 33.50188 6.10223 0.80597 LL1 33.68623 7.32859 0.94748 LL1 33.87070 7.35839 0.88068 LL1 34.05528 7.39391 0.89212 LL1 34.23998 9.81365 0.91985 LL1 34.42479 6.72654 1.08217 LL1