Visual magnitude estimates by VSOLJ members
object YYMMDD(UT) mag code CASRZ 20221102.462 62 Mhh.VSOLJ CASRZ 20221102.466 63 Mhh.VSOLJ CASRZ 20221102.470 64 Mhh.VSOLJ CASRZ 20221102.474 64 Mhh.VSOLJ CASRZ 20221102.483 66 Mhh.VSOLJ CASRZ 20221102.485 66 Mhh.VSOLJ CASRZ 20221102.489 67 Mhh.VSOLJ CASRZ 20221102.494 69 Mhh.VSOLJ CASRZ 20221102.502 70 Mhh.VSOLJ CASRZ 20221102.509 71 Mhh.VSOLJ CASRZ 20221102.512 72 Mhh.VSOLJ CASRZ 20221102.517 73 Mhh.VSOLJ CASRZ 20221102.526 74 Mhh.VSOLJ CASRZ 20221102.532 73 Mhh.VSOLJ CASRZ 20221102.535 73 Mhh.VSOLJ CASRZ 20221102.539 72 Mhh.VSOLJ CASRZ 20221102.547 69 Mhh.VSOLJ CASRZ 20221102.550 68 Mhh.VSOLJ CASRZ 20221102.554 67 Mhh.VSOLJ CASRZ 20221102.568 65 Mhh.VSOLJ CASRZ 20221102.574 64 Mhh.VSOLJ CASRZ 20221102.592 63 Mhh.VSOLJ CASRZ 20221102.603 62 Mhh.VSOLJ
observer: Hiroyuki Maehara (Okayama, Japan) instruments: 4.2cmB(10x)
minI CASRZ 2459886.028 0.000 Hel Mhh.VSOLJ n=23 visual (calculated by Nagai)
RZ Cas JD(hel)=2459886.028 C=2459886.029 E=2808 O-C=-0.001 visual
min=2456529.766+1.1952503xE (GCVS5.1 02-Feb-2022)
- 02/Nov/2022 RZ Cas (By H.Maehara) - 06 + | ** * * + * ** ** | * ** 07 + ** * * | ** ** + * | 08 + +--------+--------+--------+--------+ 11 12 13 14 15 (UT)