\OBJECT = mips48730 / Target Name \RA = 150.182310 / [deg] RA \DEC = 1.700818 / [deg] RA \AORKEY = 27451392 / 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 0.96373 0.06440 SL1 7.53371 1.02515 0.20845 SL1 7.59580 0.65072 0.11675 SL1 7.65789 0.38518 0.08760 SL1 7.71999 0.56091 0.09700 SL1 7.78208 0.54180 0.08077 SL1 7.84417 0.53806 0.14096 SL1 7.90627 0.50085 0.09928 SL1 7.96837 0.49825 0.07553 SL1 8.03046 0.68207 0.09110 SL1 8.09255 0.74703 0.07564 SL1 8.15465 0.55997 0.07476 SL1 8.21674 0.51832 0.14429 SL1 8.27883 0.47450 0.10674 SL1 8.34093 0.42201 0.54072 SL1 8.40302 0.99409 0.12454 SL1 8.46511 1.00395 0.12010 SL1 8.52721 0.61375 0.09681 SL1 8.58931 0.54012 0.09709 SL1 8.65140 0.60924 0.09543 SL1 8.71350 0.76907 0.07315 SL1 8.77559 0.48229 0.06366 SL1 8.83769 0.90429 0.08729 SL1 8.89978 0.86207 0.15038 SL1 8.96187 1.20843 0.15782 SL1 9.02397 0.98469 0.06494 SL1 9.08606 1.01008 0.06194 SL1 9.14815 1.12800 0.16620 SL1 9.21025 0.56440 0.13665 SL1 9.27234 0.87612 0.09005 SL1 9.33444 0.91906 0.06869 SL1 9.39653 1.00247 0.06781 SL1 9.45862 1.19629 0.07558 SL1 9.52072 0.80912 0.08378 SL1 9.58281 0.79809 0.08249 SL1 9.64491 0.73435 0.08221 SL1 9.70701 0.95137 0.08221 SL1 9.76909 1.00273 0.14585 SL1 9.83119 0.71852 0.20417 SL1 9.89329 1.09133 0.12702 SL1 9.95538 0.82266 0.09836 SL1 10.01748 0.38769 0.10497 SL1 10.07957 1.14186 0.09188 SL1 10.14166 0.86249 0.08323 SL1 10.20376 0.93058 0.06406 SL1 10.26585 0.83061 0.07174 SL1 10.32794 0.97963 0.07135 SL1 10.39004 0.53719 0.07649 SL1 10.45213 0.97340 0.05786 SL1 10.51423 1.03449 0.07612 SL1 10.57632 0.98918 0.13985 SL1 10.63842 0.92279 0.15021 SL1 10.70051 1.63530 0.10725 SL1 10.76260 1.45130 0.15381 SL1 10.82470 1.58452 0.17772 SL1 10.88680 1.34219 0.09435 SL1 10.94888 1.24669 0.09264 SL1 11.01098 1.15411 0.12269 SL1 11.07308 1.32844 0.16367 SL1 11.13517 1.18255 0.06359 SL1 11.19727 1.14209 0.08625 SL1 11.25936 0.89158 0.05608 SL1 11.32146 0.95820 0.10219 SL1 11.38355 1.18711 0.11679 SL1 11.44564 1.14312 0.10806 SL1 11.50774 0.98711 0.13325 SL1 11.56983 1.14375 0.15976 SL1 11.63192 0.78952 0.13473 SL1 11.69402 1.32468 0.12994 SL1 11.75611 0.92938 0.12433 SL1 11.81820 1.01784 0.13396 SL1 11.88030 1.28773 0.15792 SL1 11.94239 1.31193 0.12894 SL1 12.00449 1.09429 0.11448 SL1 12.06658 1.49375 0.08788 SL1 12.12868 1.03950 0.05348 SL1 12.19077 1.63775 0.15199 SL1 12.25287 1.48968 0.23906 SL1 12.31496 0.71105 0.16869 SL1 12.37706 1.37227 0.15789 SL1 12.43915 1.83763 0.17588 SL1 12.50124 1.20571 0.11414 SL1 12.56334 1.67272 0.11765 SL1 12.62543 1.90749 0.13668 SL1 12.68753 1.91789 0.11905 SL1 12.74962 1.52502 0.11609 SL1 12.81172 1.83192 0.09726 SL1 12.87381 1.45497 0.15491 SL1 12.93590 1.77584 0.16958 SL1 12.99800 1.53046 0.18842 SL1 13.06009 2.17673 0.13326 SL1 13.12218 2.42401 0.14735 SL1 13.18428 2.44077 0.20413 SL1 13.24637 2.29445 0.12264 SL1 13.30846 2.08168 0.13212 SL1 13.37056 1.98417 0.17645 SL1 13.43266 2.63674 0.12157 SL1 13.49475 2.14353 0.08658 SL1 13.55685 1.68791 0.09061 SL1 13.61894 1.85963 0.13820 SL1 13.68104 2.21705 0.26728 SL1 13.74313 2.27903 0.19596 SL1 13.80522 2.15814 0.16857 SL1 13.86732 1.81696 0.14178 SL1 13.92941 1.97332 0.18520 SL1 13.99150 1.45194 0.13724 SL1 14.05360 2.44971 0.08317 SL1 14.11569 2.34594 0.16013 SL1 14.17779 1.80301 0.23102 SL1 14.23988 1.78080 0.26188 SL1 14.30197 1.35622 0.28460 SL1 14.36407 1.86084 0.17593 SL1 14.42616 0.78609 0.17731 SL1 14.48826 1.22906 0.18016 SL1 14.54169 1.77079 0.39412 LL2 14.55035 1.36472 0.13284 SL1 14.61244 0.83837 0.08847 SL1 14.63338 1.44270 0.47518 LL2 14.67454 1.06698 0.15379 SL1 14.72508 1.72660 0.40147 LL2 14.81677 1.95444 0.39829 LL2 14.90846 2.35108 0.35961 LL2 15.00016 1.53361 0.34775 LL2 15.09185 1.20775 0.32678 LL2 15.18354 0.99630 0.30269 LL2 15.27523 1.07779 0.33673 LL2 15.36693 0.95039 0.43266 LL2 15.45862 1.10381 0.35726 LL2 15.55031 1.60882 0.31800 LL2 15.64200 0.92796 0.31734 LL2 15.73370 0.39836 0.28278 LL2 15.82539 0.15002 0.32234 LL2 15.91708 0.89443 0.34464 LL2 16.00877 0.99506 0.32466 LL2 16.10047 0.95978 0.31875 LL2 16.19217 0.77391 0.36914 LL2 16.28385 1.27915 0.43580 LL2 16.37555 -0.29162 0.45429 LL2 16.46724 0.96617 0.44129 LL2 16.55893 1.03998 0.39536 LL2 16.65063 0.68115 0.33331 LL2 16.74232 0.20219 0.33744 LL2 16.83401 0.45199 0.35605 LL2 16.92571 0.59630 0.39975 LL2 17.01740 -0.18810 0.37781 LL2 17.10909 0.29064 0.38296 LL2 17.20079 1.14834 0.41117 LL2 17.29247 0.24609 0.43580 LL2 17.38417 0.81632 0.42177 LL2 17.47586 0.75594 0.43439 LL2 17.56756 -0.32923 0.46847 LL2 17.65925 -0.01211 0.37125 LL2 17.75094 0.42928 0.40187 LL2 17.84263 0.70334 0.43549 LL2 17.93433 0.51514 0.42375 LL2 18.02602 0.54181 0.41873 LL2 18.11771 0.20918 0.43236 LL2 18.20940 -1.11697 0.48044 LL2 18.30110 1.08412 0.50498 LL2 18.39279 -0.11326 0.54985 LL2 18.48448 0.69773 0.43823 LL2 18.57618 0.30583 0.46167 LL2 18.66787 0.90610 0.45955 LL2 18.75956 0.91048 0.52899 LL2 18.85126 -0.66089 0.55542 LL2 18.94295 0.05836 0.50317 LL2 19.03464 0.53998 0.49883 LL2 19.12634 0.81347 0.49680 LL2 19.21803 0.72812 0.62881 LL2 19.30972 1.88164 0.59265 LL2 19.40142 -0.22885 0.62116 LL2 19.49310 1.85782 0.54270 LL2 19.58480 1.81783 0.55655 LL2 19.67649 1.27628 0.56224 LL2 19.76818 1.16375 0.58723 LL2 19.85988 0.52150 0.62103 LL2 19.95157 0.44815 0.63567 LL2 20.04326 1.24089 0.63334 LL2 20.13496 1.26097 0.68463 LL2 20.22665 2.09975 0.71656 LL2 20.31834 0.37977 0.77054 LL2 20.41004 2.54284 0.79282 LL2 20.50173 1.43265 0.74460 LL2 20.59342 1.74105 0.76311 LL2 20.68512 0.71686 0.89997 LL2 20.69661 2.19045 0.47505 LL1 20.77681 0.70090 0.87409 LL2 20.87324 1.84278 0.45738 LL1 21.04997 0.48001 0.48823 LL1 21.22681 2.00405 0.51111 LL1 21.40375 3.55131 0.62816 LL1 21.58080 2.13948 0.48713 LL1 21.75794 1.91826 0.43421 LL1 21.93518 1.08724 0.40758 LL1 22.11254 3.07748 0.39472 LL1 22.28999 3.20780 0.43012 LL1 22.46755 1.47771 0.51536 LL1 22.64522 2.15015 0.45484 LL1 22.82299 1.75551 0.36857 LL1 23.00086 1.04224 0.37119 LL1 23.17883 1.07764 0.37437 LL1 23.35691 2.07025 0.55677 LL1 23.53510 1.71179 0.49279 LL1 23.71338 1.12899 0.48128 LL1 23.89178 1.96212 0.44130 LL1 24.07028 2.01828 0.47210 LL1 24.24888 1.62176 0.46210 LL1 24.42759 0.89133 0.51474 LL1 24.60640 1.25308 0.43040 LL1 24.78533 1.82002 0.45318 LL1 24.96435 1.27526 0.54460 LL1 25.14348 1.99270 0.42644 LL1 25.32272 1.84884 0.38030 LL1 25.50206 1.91549 0.35306 LL1 25.68152 2.04779 0.38595 LL1 25.86108 1.92939 0.41198 LL1 26.04075 1.64761 0.43065 LL1 26.22053 1.81439 0.42208 LL1 26.40041 2.31299 0.37957 LL1 26.58040 2.39960 0.38103 LL1 26.76050 2.28251 0.35866 LL1 26.94071 1.19461 0.44773 LL1 27.12102 2.31633 0.62309 LL1 27.30144 1.23673 0.47105 LL1 27.48198 1.73848 0.37053 LL1 27.66261 1.14218 0.40809 LL1 27.84336 1.14980 0.41731 LL1 28.02422 1.83139 0.48432 LL1 28.20519 1.75296 0.45017 LL1 28.38627 3.11827 0.41910 LL1 28.56746 1.90919 0.40534 LL1 28.74876 1.98545 0.36868 LL1 28.93017 1.67498 0.41026 LL1 29.11169 2.43224 0.43684 LL1 29.29332 1.74867 0.45271 LL1 29.47507 2.51985 0.53549 LL1 29.65692 2.91693 0.51488 LL1 29.83888 2.86361 0.52986 LL1 30.02095 2.00400 0.35904 LL1 30.20315 2.23114 0.51302 LL1 30.38544 2.39000 0.50828 LL1 30.56785 1.99486 0.50754 LL1 30.75037 2.04435 0.55359 LL1 30.93301 2.98027 0.51145 LL1 31.11577 2.84448 0.52618 LL1 31.29863 2.69133 0.64927 LL1 31.48161 2.32186 0.67819 LL1 31.66470 2.67159 0.65023 LL1 31.84790 3.32544 0.69560 LL1 32.03122 4.27988 0.69378 LL1 32.21465 3.08043 0.69523 LL1 32.39819 1.14784 0.67728 LL1 32.58185 2.93823 0.64297 LL1 32.76562 2.40177 0.64984 LL1 32.94951 1.75823 0.72332 LL1 33.13351 1.50536 0.69927 LL1 33.31763 2.96725 0.69344 LL1 33.50188 5.03749 0.75267 LL1 33.68623 4.97304 0.90276 LL1 33.87070 2.25760 0.93287 LL1 34.05528 6.39579 1.16833 LL1 34.23998 2.90981 1.04913 LL1 34.42479 1.00309 0.98587 LL1