[vsnet-obs 80993] VS observations by Wny (Jan 3)

[Hiroyuki Maehara]

Visual magnitude estimates by VSOLJ members

object         YYYYMMDD(UT)   mag  code
AURAB          20160103.391    70  Wny.VSOLJ
AURSU          20160103.391    94  Wny.VSOLJ
AURUU          20160103.392    56  Wny.VSOLJ
AURUV          20160103.391    99  Wny.VSOLJ
AURepsilon     20160103.390    32  Wny.VSOLJ
CASalpha       20160103.381    24  Wny.VSOLJ
CASgamma       20160103.381    21  Wny.VSOLJ
CASrho         20160103.381    48  Wny.VSOLJ
CEPAR          20160103.380    77  Wny.VSOLJ
CEPRX          20160103.381    73  Wny.VSOLJ
CEPT           20160103.379    85  Wny.VSOLJ
CEPU           20160103.381    78  Wny.VSOLJ
CEPV           20160103.381    64  Wny.VSOLJ
CEPVV          20160103.379    52  Wny.VSOLJ
CEPW           20160103.380    74  Wny.VSOLJ
CEPdelta       20160103.380    37  Wny.VSOLJ
CEPmu          20160103.380    42  Wny.VSOLJ
CETT           20160103.384    64  Wny.VSOLJ
CETomicron     20160103.385    88  Wny.VSOLJ
CYGAF          20160103.370    72  Wny.VSOLJ
CYGCH          20160103.372    69  Wny.VSOLJ
CYGP           20160103.375    48  Wny.VSOLJ
CYGR           20160103.371    69  Wny.VSOLJ
CYGRS          20160103.375    73  Wny.VSOLJ
CYGRT          20160103.372   106  Wny.VSOLJ
CYGSS          20160103.377    89  Wny.VSOLJ
CYGV1339       20160103.376    64  Wny.VSOLJ
CYGV2119       20160103.374    60  Wny.VSOLJ
CYGV568        20160103.373    65  Wny.VSOLJ
CYGV697        20160103.372    89  Wny.VSOLJ
CYGV832        20160103.372    42  Wny.VSOLJ
CYGW           20160103.376    62  Wny.VSOLJ
CYGX           20160103.373    69  Wny.VSOLJ
CYGchi         20160103.376   108  Wny.VSOLJ
ERIR           20160103.387    58  Wny.VSOLJ
ERIS           20160103.387    50  Wny.VSOLJ
GEMBU          20160103.394    70  Wny.VSOLJ
GEMIS          20160103.392    58  Wny.VSOLJ
GEMSS          20160103.394    88  Wny.VSOLJ
GEMSW          20160103.393    90  Wny.VSOLJ
GEMTV          20160103.394    70  Wny.VSOLJ
GEMeta         20160103.394    34  Wny.VSOLJ
GEMmu          20160103.394    30  Wny.VSOLJ
LEPR           20160103.386    80  Wny.VSOLJ
LEPRX          20160103.386    61  Wny.VSOLJ
LYRT           20160103.369    82  Wny.VSOLJ
LYRXY          20160103.369    62  Wny.VSOLJ
LYRbeta        20160103.368    40  Wny.VSOLJ
NSV00235       20160103.381    64  Wny.VSOLJ
NSV00380       20160103.381    78  Wny.VSOLJ
NSV16206       20160103.391    78  Wny.VSOLJ
ORICK          20160103.388    65  Wny.VSOLJ
ORILP          20160103.390    84  Wny.VSOLJ
ORINU          20160103.390    70  Wny.VSOLJ
ORINV          20160103.390   101  Wny.VSOLJ
ORIT           20160103.390   106  Wny.VSOLJ
ORIV361        20160103.390    84  Wny.VSOLJ
ORIV372        20160103.390    79  Wny.VSOLJ
ORIW           20160103.389    68  Wny.VSOLJ
ORIomega       20160103.388    43  Wny.VSOLJ
PEGAG          20160103.378    82  Wny.VSOLJ
PEGbeta        20160103.378    28  Wny.VSOLJ
PERAD          20160103.382    84  Wny.VSOLJ
PERFZ          20160103.382    84  Wny.VSOLJ
PERSU          20160103.383    80  Wny.VSOLJ
PERV360        20160103.383    94  Wny.VSOLJ
PERV361        20160103.383    96  Wny.VSOLJ
PERV439        20160103.383    79  Wny.VSOLJ
PERV441        20160103.383    84  Wny.VSOLJ
PERX           20160103.383    65  Wny.VSOLJ
TAUBU          20160103.385    54  Wny.VSOLJ
TAUY           20160103.385    73  Wny.VSOLJ

Observer: Yasunori Watanabe (Kanagawa, Japan)
Instruments: 20cmL, 5cmB