object YYMMDD(UT) mag code CAMLR 20230215.94432 10.481V Kai.VSOLJ CAMLR 20230215.94505 10.483V Kai.VSOLJ CAMLR 20230215.94578 10.481V Kai.VSOLJ CAMLR 20230215.94650 10.492V Kai.VSOLJ CAMLR 20230215.94771 10.489V Kai.VSOLJ CAMLR 20230215.94844 10.491V Kai.VSOLJ CAMLR 20230215.94917 10.487V Kai.VSOLJ CAMLR 20230215.94990 10.489V Kai.VSOLJ CAMLR 20230215.95208 10.485V Kai.VSOLJ CAMLR 20230215.95281 10.491V Kai.VSOLJ CAMLR 20230215.95427 10.486V Kai.VSOLJ CAMLR 20230215.95500 10.491V Kai.VSOLJ CAMLR 20230215.95593 10.484V Kai.VSOLJ CAMLR 20230215.95666 10.496V Kai.VSOLJ CAMLR 20230215.95738 10.490V Kai.VSOLJ CAMLR 20230215.95811 10.501V Kai.VSOLJ CAMLR 20230215.95884 10.497V Kai.VSOLJ CAMLR 20230215.96029 10.495V Kai.VSOLJ CAMLR 20230215.96176 10.501V Kai.VSOLJ CAMLR 20230215.96321 10.499V Kai.VSOLJ CAMLR 20230215.96394 10.501V Kai.VSOLJ CAMLR 20230215.96612 10.512V Kai.VSOLJ CAMLR 20230215.96832 10.508V Kai.VSOLJ CAMLR 20230215.96905 10.512V Kai.VSOLJ CAMLR 20230215.96977 10.515V Kai.VSOLJ CAMLR 20230215.97123 10.521V Kai.VSOLJ CAMLR 20230215.97196 10.523V Kai.VSOLJ CAMLR 20230215.97343 10.517V Kai.VSOLJ CAMLR 20230215.97416 10.525V Kai.VSOLJ CAMLR 20230215.97487 10.530V Kai.VSOLJ CAMLR 20230215.97706 10.539V Kai.VSOLJ CAMLR 20230215.97779 10.536V Kai.VSOLJ CAMLR 20230215.97852 10.537V Kai.VSOLJ CAMLR 20230215.97925 10.532V Kai.VSOLJ CAMLR 20230215.97998 10.539V Kai.VSOLJ CAMLR 20230215.98288 10.547V Kai.VSOLJ CAMLR 20230215.98361 10.553V Kai.VSOLJ CAMLR 20230215.99016 10.579V Kai.VSOLJ CAMLR 20230215.99163 10.579V Kai.VSOLJ CAMLR 20230215.99236 10.584V Kai.VSOLJ CAMLR 20230215.99309 10.588V Kai.VSOLJ CAMLR 20230215.99455 10.592V Kai.VSOLJ CAMLR 20230215.99528 10.593V Kai.VSOLJ CAMLR 20230215.99674 10.599V Kai.VSOLJ CAMLR 20230215.99747 10.602V Kai.VSOLJ CAMLR 20230215.99818 10.610V Kai.VSOLJ CAMLR 20230216.00110 10.620V Kai.VSOLJ CAMLR 20230216.00256 10.614V Kai.VSOLJ CAMLR 20230216.00329 10.634V Kai.VSOLJ CAMLR 20230216.00400 10.645V Kai.VSOLJ CAMLR 20230216.00473 10.639V Kai.VSOLJ CAMLR 20230216.00620 10.648V Kai.VSOLJ CAMLR 20230216.00765 10.655V Kai.VSOLJ CAMLR 20230216.00911 10.665V Kai.VSOLJ CAMLR 20230216.01203 10.675V Kai.VSOLJ CAMLR 20230216.01422 10.693V Kai.VSOLJ CAMLR 20230216.01567 10.709V Kai.VSOLJ CAMLR 20230216.01786 10.733V Kai.VSOLJ CAMLR 20230216.01859 10.740V Kai.VSOLJ CAMLR 20230216.01932 10.741V Kai.VSOLJ CAMLR 20230216.02006 10.755V Kai.VSOLJ CAMLR 20230216.02079 10.752V Kai.VSOLJ CAMLR 20230216.02152 10.772V Kai.VSOLJ CAMLR 20230216.02225 10.774V Kai.VSOLJ CAMLR 20230216.02443 10.788V Kai.VSOLJ CAMLR 20230216.02662 10.815V Kai.VSOLJ CAMLR 20230216.02735 10.817V Kai.VSOLJ CAMLR 20230216.02808 10.822V Kai.VSOLJ CAMLR 20230216.02954 10.839V Kai.VSOLJ CAMLR 20230216.03028 10.853V Kai.VSOLJ CAMLR 20230216.03100 10.862V Kai.VSOLJ CAMLR 20230216.03318 10.886V Kai.VSOLJ CAMLR 20230216.03464 10.937V Kai.VSOLJ CAMLR 20230216.03683 10.924V Kai.VSOLJ CAMLR 20230216.03756 10.935V Kai.VSOLJ CAMLR 20230216.03829 10.948V Kai.VSOLJ CAMLR 20230216.03902 10.945V Kai.VSOLJ CAMLR 20230216.04412 10.997V Kai.VSOLJ CAMLR 20230216.04558 11.012V Kai.VSOLJ CAMLR 20230216.04704 11.008V Kai.VSOLJ CAMLR 20230216.04848 11.021V Kai.VSOLJ CAMLR 20230216.04921 11.026V Kai.VSOLJ CAMLR 20230216.04994 11.036V Kai.VSOLJ CAMLR 20230216.05067 11.023V Kai.VSOLJ CAMLR 20230216.05140 11.028V Kai.VSOLJ CAMLR 20230216.05213 11.013V Kai.VSOLJ CAMLR 20230216.05286 11.064V Kai.VSOLJ CAMLR 20230216.05359 11.020V Kai.VSOLJ CAMLR 20230216.05432 11.059V Kai.VSOLJ CAMLR 20230216.05506 11.069V Kai.VSOLJ CAMLR 20230216.05579 11.059V Kai.VSOLJ CAMLR 20230216.05650 11.036V Kai.VSOLJ CAMLR 20230216.05723 11.068V Kai.VSOLJ CAMLR 20230216.05796 11.034V Kai.VSOLJ CAMLR 20230216.05942 11.043V Kai.VSOLJ CAMLR 20230216.06015 11.038V Kai.VSOLJ CAMLR 20230216.06088 11.080V Kai.VSOLJ CAMLR 20230216.06161 11.054V Kai.VSOLJ CAMLR 20230216.06380 11.036V Kai.VSOLJ CAMLR 20230216.06453 11.029V Kai.VSOLJ CAMLR 20230216.06525 11.030V Kai.VSOLJ CAMLR 20230216.06598 11.027V Kai.VSOLJ CAMLR 20230216.06744 10.992V Kai.VSOLJ CAMLR 20230216.06818 11.018V Kai.VSOLJ CAMLR 20230216.06890 11.015V Kai.VSOLJ CAMLR 20230216.06963 10.997V Kai.VSOLJ CAMLR 20230216.07036 11.005V Kai.VSOLJ CAMLR 20230216.07109 10.995V Kai.VSOLJ CAMLR 20230216.07182 10.986V Kai.VSOLJ CAMLR 20230216.07328 10.988V Kai.VSOLJ CAMLR 20230216.07399 10.990V Kai.VSOLJ CAMLR 20230216.07472 10.961V Kai.VSOLJ CAMLR 20230216.07618 10.953V Kai.VSOLJ CAMLR 20230216.07764 10.918V Kai.VSOLJ CAMLR 20230216.07910 10.911V Kai.VSOLJ CAMLR 20230216.08057 10.901V Kai.VSOLJ CAMLR 20230216.08203 10.886V Kai.VSOLJ CAMLR 20230216.08275 10.866V Kai.VSOLJ CAMLR 20230216.08348 10.856V Kai.VSOLJ CAMLR 20230216.08493 10.851V Kai.VSOLJ CAMLR 20230216.08639 10.824V Kai.VSOLJ CAMLR 20230216.08712 10.832V Kai.VSOLJ CAMLR 20230216.08785 10.819V Kai.VSOLJ CAMLR 20230216.08929 10.804V Kai.VSOLJ CAMLR 20230216.09003 10.792V Kai.VSOLJ CAMLR 20230216.09076 10.796V Kai.VSOLJ CAMLR 20230216.09294 10.771V Kai.VSOLJ CAMLR 20230216.09367 10.749V Kai.VSOLJ CAMLR 20230216.09587 10.739V Kai.VSOLJ CAMLR 20230216.09660 10.736V Kai.VSOLJ CAMLR 20230216.09806 10.727V Kai.VSOLJ CAMLR 20230216.09951 10.720V Kai.VSOLJ CAMLR 20230216.10096 10.706V Kai.VSOLJ CAMLR 20230216.10169 10.691V Kai.VSOLJ CAMLR 20230216.10242 10.690V Kai.VSOLJ CAMLR 20230216.10388 10.677V Kai.VSOLJ CAMLR 20230216.10534 10.667V Kai.VSOLJ CAMLR 20230216.10605 10.667V Kai.VSOLJ CAMLR 20230216.10751 10.655V Kai.VSOLJ CAMLR 20230216.10970 10.646V Kai.VSOLJ observer: K.Kasai, Switzerland instruments: 28cm SC + ST-7 XME minI CAMLR 2459991.5596 0.0001 Hel Kai.VSOLJ n=140 V (calculated by Nagai) LR Cam JD(hel)=2459991.5596 C=2459991.5660 E=17256 O-C=-0.0064 V min=2452500.0444+0.4341401xE (GCVS5.1 19-Oct-2022) - 15/Feb/2013 LR Ari (By K.Kasai) - 10 + | | + ************** | ******** ***** | ***** **** 11 + ** ********* | | + | | 12 + +----------+----------+----------+----------+----------+- 22 23 24 25 26 27 (UT)