[vsnet-obs 88664] VS observations by Wnm (Dec 15)
Hiroyuki Maehara mira@cetus-net.org via vsnet-obs
vsnet-obs at ooruri.kusastro.kyoto-u.ac.jp
Tue Dec 18 11:16:01 JST 2018
DSLR magnitude estimates by VSOLJ members
object YYYYMMDD(UT) mag code
ANDAR 20181215.53566 <150cG Wnm.VSOLJ
ANDDX 20181215.47157 118cG Wnm.VSOLJ
ANDFN 20181215.52625 <149cG Wnm.VSOLJ
ANDFO 20181215.52725 <153cG Wnm.VSOLJ
ANDIW 20181215.52243 142cG Wnm.VSOLJ
ANDIZ 20181215.52243 <151cG Wnm.VSOLJ
ANDKV 20181215.54800 <150cG Wnm.VSOLJ
ANDLL 20181215.51537 <150cG Wnm.VSOLJ
ANDLS 20181215.51472 <153cG Wnm.VSOLJ
ANDLX 20181215.54800 148cG Wnm.VSOLJ
ANDPQ 20181215.55053 <155cG Wnm.VSOLJ
ANDRX 20181215.52150 110cG Wnm.VSOLJ
ANDV455 20181215.47383 <148cG Wnm.VSOLJ
ANDV466 20181215.53759 <149cG Wnm.VSOLJ
ANDV500 20181215.51528 <153cG Wnm.VSOLJ
ANDV570 20181215.54800 112cG Wnm.VSOLJ
ANDV572 20181215.54800 <150cG Wnm.VSOLJ
ARIBB 20181215.55303 <154cG Wnm.VSOLJ
ARISV 20181215.59257 <150cG Wnm.VSOLJ
ASASSN-13bv 20181215.54704 <152cG Wnm.VSOLJ
ASASSN-14ex 20181215.40830 <148cG Wnm.VSOLJ
ASASSN-14fv 20181215.47157 <152cG Wnm.VSOLJ
ASASSN-14jv 20181215.40752 <147cG Wnm.VSOLJ
ASASSN-15em 20181215.61436 <148cG Wnm.VSOLJ
ASASSN-15nt 20181215.54605 <147cG Wnm.VSOLJ
ASASSN-16cd 20181215.40095 <140cG Wnm.VSOLJ
ASASSN-16ia 20181215.43839 <149cG Wnm.VSOLJ
ASASSN-16ms 20181215.51747 <151cG Wnm.VSOLJ
ASASSN-17ag 20181215.58984 <154cG Wnm.VSOLJ
ASASSN-18abj 20181215.63387 112cG Wnm.VSOLJ
ASASSN-18qg 20181215.38014 <144cG Wnm.VSOLJ
AURFS 20181215.62159 <157cG Wnm.VSOLJ
AURSS 20181215.58622 122cG Wnm.VSOLJ
CAMAF 20181215.59546 <156cG Wnm.VSOLJ
CAMNN 20181215.60878 <145cG Wnm.VSOLJ
CAMV342 20181215.60793 <144cG Wnm.VSOLJ
CAMZ 20181215.64670 121cG Wnm.VSOLJ
CASAM 20181215.54995 140cG Wnm.VSOLJ
CASFI 20181215.50810 <149cG Wnm.VSOLJ
CASGX 20181215.51676 <151cG Wnm.VSOLJ
CASHT 20181215.52456 <152cG Wnm.VSOLJ
CASKU 20181215.53075 <151cG Wnm.VSOLJ
CASUV 20181215.46689 105cG Wnm.VSOLJ
CASV452 20181215.51747 <151cG Wnm.VSOLJ
CASV630 20181215.47627 <152cG Wnm.VSOLJ
CETGZ 20181215.53270 121cG Wnm.VSOLJ
CETHO 20181215.55145 <150cG Wnm.VSOLJ
CMAHL 20181215.58216 138cG Wnm.VSOLJ
CMISV 20181215.62670 <155cG Wnm.VSOLJ
CYGV1113 20181215.41377 <148cG Wnm.VSOLJ
CYGV1449 20181215.42390 <147cG Wnm.VSOLJ
CYGV1452 20181215.42315 <148cG Wnm.VSOLJ
CYGV1453 20181215.42149 137cG Wnm.VSOLJ
CYGV1454 20181215.42351 <148cG Wnm.VSOLJ
CYGV337 20181215.42834 <147cG Wnm.VSOLJ
CYGV516 20181215.43618 <148cG Wnm.VSOLJ
CYGV550 20181215.42609 <146cG Wnm.VSOLJ
CYGV811 20181215.42299 <148cG Wnm.VSOLJ
CYGV813 20181215.42299 <148cG Wnm.VSOLJ
CYGV823 20181215.42745 <147cG Wnm.VSOLJ
DRAEX 20181215.37777 136cG Wnm.VSOLJ
DRAV416 20181215.40891 146cG Wnm.VSOLJ
DRAV529 20181215.38852 <148cG Wnm.VSOLJ
ERIAQ 20181215.61436 <148cG Wnm.VSOLJ
GEMAW 20181215.62898 133cG Wnm.VSOLJ
GEMIR 20181215.63684 <157cG Wnm.VSOLJ
HERV1008 20181215.37403 <141cG Wnm.VSOLJ
HERV1108 20181215.38510 <143cG Wnm.VSOLJ
IRAS03536+6235 20181215.59703 146cG Wnm.VSOLJ
LYRAY 20181215.37266 <144cG Wnm.VSOLJ
LYRCY 20181215.39652 <143cG Wnm.VSOLJ
LYRDM 20181215.39758 <143cG Wnm.VSOLJ
LYRLL 20181215.37189 <143cG Wnm.VSOLJ
LYRV344 20181215.39094 <146cG Wnm.VSOLJ
LYRV358 20181215.40752 <147cG Wnm.VSOLJ
LYRV391 20181215.38117 <146cG Wnm.VSOLJ
LYRV419 20181215.39958 <143cG Wnm.VSOLJ
LYRV584 20181215.39958 <143cG Wnm.VSOLJ
LYRV585 20181215.41082 <147cG Wnm.VSOLJ
LYRV587 20181215.41275 <143cG Wnm.VSOLJ
LYRV742 20181215.38574 123cG Wnm.VSOLJ
MASTER_OT_J000055.37+540128.5 20181215.47851 <149cG Wnm.VSOLJ
MASTER_OT_J070314.79+202133.9 20181215.63140 <159cG Wnm.VSOLJ
MASTER_OT_J070844.85+194820.1 20181215.63140 <159cG Wnm.VSOLJ
MASTER_OT_J181953.76+361356.5 20181215.37882 <142cG Wnm.VSOLJ
MASTER_OT_J182122.64+283211.4 20181215.38205 <142cG Wnm.VSOLJ
MASTER_OT_J185838.73+460207.2 20181215.40830 <148cG Wnm.VSOLJ
MASTER_OT_J235247.28+512650.4 20181215.49080 <150cG Wnm.VSOLJ
ORIBI 20181215.61728 <157cG Wnm.VSOLJ
ORICN 20181215.62485 140cG Wnm.VSOLJ
ORICZ 20181215.58899 126cG Wnm.VSOLJ
ORIV1159 20181215.61890 151cG Wnm.VSOLJ
OT_J012059.6+325545 20181215.52969 <150cG Wnm.VSOLJ
OT_J050617.4+354738 20181215.61188 <151cG Wnm.VSOLJ
PEGHX 20181215.47454 131cG Wnm.VSOLJ
PEGIP 20181215.47057 149cG Wnm.VSOLJ
PEGV368 20181215.46285 <150cG Wnm.VSOLJ
PERFO 20181215.60708 139cG Wnm.VSOLJ
PERKT 20181215.53476 140cG Wnm.VSOLJ
PERPY 20181215.55477 <155cG Wnm.VSOLJ
PERQY 20181215.55613 <154cG Wnm.VSOLJ
PERV392 20181215.61035 152cG Wnm.VSOLJ
PERV872 20181215.55369 <154cG Wnm.VSOLJ
PSCEI 20181215.47216 <151cG Wnm.VSOLJ
PSCFL 20181215.51307 <151cG Wnm.VSOLJ
PSCKX 20181215.46439 <151cG Wnm.VSOLJ
PSCTY 20181215.52969 <150cG Wnm.VSOLJ
PSCXY 20181215.52566 <152cG Wnm.VSOLJ
TAUSU 20181215.62226 115cG Wnm.VSOLJ
TCPJ03005508+1802290 20181215.60601 126cG Wnm.VSOLJ
TRITW 20181215.53411 <149cG Wnm.VSOLJ
TRITX 20181215.53339 <148cG Wnm.VSOLJ
TRIWY 20181215.54902 <154cG Wnm.VSOLJ
UMASW 20181215.64767 115cG Wnm.VSOLJ
VULDO 20181215.43434 <139cG Wnm.VSOLJ
Observer: Makoto Watanabe (Toyama, Japan)
Instruments: 16cmL + Canon EOS Kiss X7i
Visual magnitude estimates by VSOLJ members
object YYYYMMDD(UT) mag code
CETomicron 20181215.500 38 Wnm.VSOLJ
Observer: Makoto Watanabe (Toyama, Japan)
Instruments: N
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