Visual magnitude estimates by VSOLJ members
object YYYYMMDD(UT) mag code
ANDDX 20231012.541 148 Mhh.VSOLJ
ANDRX 20231012.544 104 Mhh.VSOLJ
ANDV455 20231012.543 <152 Mhh.VSOLJ
ANDV704 20231012.542 143 Mhh.VSOLJ
ANDZ 20231011.565 112 Mhh.VSOLJ
AQREG 20231012.538 <148 Mhh.VSOLJ
AQRR 20231011.572 83 Mhh.VSOLJ
AQRU 20231012.528 109 Mhh.VSOLJ
AQRVY 20231012.524 <151 Mhh.VSOLJ
AQRVZ 20231012.524 <147 Mhh.VSOLJ
CETomicron 20231011.575 81 Mhh.VSOLJ
CYGSS 20231011.562 116 Mhh.VSOLJ
CYGSS 20231012.540 117 Mhh.VSOLJ
CYGchi 20231011.563 102 Mhh.VSOLJ
DELHO 20231012.519 <149 Mhh.VSOLJ
PEGEF 20231012.521 <144 Mhh.VSOLJ
PEGRU 20231012.530 128 Mhh.VSOLJ
PEGV368 20231012.534 <151 Mhh.VSOLJ
PEGV521 20231012.532 <153 Mhh.VSOLJ
PEGV624 20231012.522 <147 Mhh.VSOLJ
PEGV650 20231012.533 <150 Mhh.VSOLJ
PSATY 20231012.535 <142 Mhh.VSOLJ
PSCEI 20231012.538 <152 Mhh.VSOLJ
SDSSJ220553.98+115553.7 20231012.531 <151 Mhh.VSOLJ
SDSSJ225831.18-094931.7 20231012.537 149 Mhh.VSOLJ
SGEAW 20231012.517 <142 Mhh.VSOLJ
SGERZ 20231012.512 <144 Mhh.VSOLJ
SGEV426 20231011.560 116 Mhh.VSOLJ
SGEV426 20231012.515 116 Mhh.VSOLJ
SGEWZ 20231012.515 <145 Mhh.VSOLJ
Observer: Hiroyuki Maehara (Okayama, Japan)
Instruments: 30cmL, 4.2cmB(10x)