[vsnet-obs 80859] VS observations by Wnm (2014 Jul 24 - 2015 Dec 12)
Hiroyuki Maehara
mira at cetus-net.org
Tue Dec 22 19:36:52 JST 2015
DSLR magnitude estimates by VSOLJ members
object YYYYMMDD(UT) mag code
ANDSX 20151212.603 14.56cG Wnm.VSOLJ
ANDUW 20151212.595 10.78cG Wnm.VSOLJ
ARIZ 20151201.607 13.34cG Wnm.VSOLJ
ARIZ 20151208.440 13.60cG Wnm.VSOLJ
AURAA 20151112.661 11.12cG Wnm.VSOLJ
AURAA 20151201.693 10.83cG Wnm.VSOLJ
AURAA 20151208.620 10.23cG Wnm.VSOLJ
CMIR 20151208.608 10.13cG Wnm.VSOLJ
CMIS 20151201.709 12.19cG Wnm.VSOLJ
CMIS 20151208.597 12.17cG Wnm.VSOLJ
CMIS 20151212.628 12.17cG Wnm.VSOLJ
CMIT 20151201.710 9.71cG Wnm.VSOLJ
CMIU 20151201.713 12.59cG Wnm.VSOLJ
CMIU 20151208.606 12.40cG Wnm.VSOLJ
CMIV 20151208.609 10.77cG Wnm.VSOLJ
GEMR 20151208.611 9.49cG Wnm.VSOLJ
GEMS 20151112.666 9.18cG Wnm.VSOLJ
GEMS 20151201.712 9.96cG Wnm.VSOLJ
GEMS 20151208.603 10.18cG Wnm.VSOLJ
GEMSU 20151212.622 10.31cG Wnm.VSOLJ
HERAO 20151106.385 <148cG Wnm.VSOLJ
HERT 20150720.624 11.91cG Wnm.VSOLJ
HERT 20150726.673 12.30cG Wnm.VSOLJ
HERT 20150803.590 12.64cG Wnm.VSOLJ
HERT 20150815.628 13.22cG Wnm.VSOLJ
HERT 20150921.558 11.51cG Wnm.VSOLJ
HERT 20151002.499 10.82cG Wnm.VSOLJ
HERTV 20150720.624 14.01cG Wnm.VSOLJ
HERTV 20150726.673 14.17cG Wnm.VSOLJ
HERTV 20150803.590 14.80cG Wnm.VSOLJ
HERTV 20150815.628 15.18cG Wnm.VSOLJ
HERTV 20150921.558 <152cG Wnm.VSOLJ
HERTV 20151106.387 <149cG Wnm.VSOLJ
HERTV 20151112.392 <152cG Wnm.VSOLJ
LYNR 20151201.699 10.82cG Wnm.VSOLJ
LYNS 20151201.697 13.44cG Wnm.VSOLJ
LYNU 20151201.694 10.78cG Wnm.VSOLJ
LYRAB 20150726.677 12.21cG Wnm.VSOLJ
LYRAB 20150805.658 12.65cG Wnm.VSOLJ
LYRAB 20150815.638 13.29cG Wnm.VSOLJ
LYRAB 20151002.531 <159cG Wnm.VSOLJ
LYRAB 20151112.431 <156cG Wnm.VSOLJ
LYRAB 20151208.408 <148cG Wnm.VSOLJ
LYRHU 20150720.626 11.96cG Wnm.VSOLJ
LYRHU 20150726.672 11.94cG Wnm.VSOLJ
LYRHU 20150803.592 11.80cG Wnm.VSOLJ
LYRHU 20150815.628 11.73cG Wnm.VSOLJ
LYRHU 20150911.603 11.88cG Wnm.VSOLJ
LYRHU 20151002.499 11.73cG Wnm.VSOLJ
LYRHU 20151106.389 11.76cG Wnm.VSOLJ
LYRHU 20151112.394 11.70cG Wnm.VSOLJ
LYRMV 20150725.624 <156cG Wnm.VSOLJ
LYRMV 20150805.660 14.41cG Wnm.VSOLJ
LYRMV 20150815.634 13.22cG Wnm.VSOLJ
LYRMV 20151002.523 12.59cG Wnm.VSOLJ
LYRMV 20151112.378 12.39cG Wnm.VSOLJ
LYRMV 20151208.409 12.54cG Wnm.VSOLJ
LYRRT 20150805.657 13.20cG Wnm.VSOLJ
LYRRT 20150911.613 10.27cG Wnm.VSOLJ
LYRRT 20151002.528 9.96cG Wnm.VSOLJ
LYRRT 20151112.428 11.85cG Wnm.VSOLJ
LYRRT 20151208.407 13.48cG Wnm.VSOLJ
LYRRW 20150725.623 13.43cG Wnm.VSOLJ
LYRRW 20150805.660 13.60cG Wnm.VSOLJ
LYRRW 20150815.633 13.70cG Wnm.VSOLJ
LYRRW 20150911.603 14.27cG Wnm.VSOLJ
LYRRW 20151002.522 14.64cG Wnm.VSOLJ
LYRRW 20151028.373 <149cG Wnm.VSOLJ
LYRRW 20151112.376 15.58cG Wnm.VSOLJ
LYRRW 20151208.404 <149cG Wnm.VSOLJ
LYRRX 20150911.608 12.44cG Wnm.VSOLJ
LYRRX 20150921.557 12.61cG Wnm.VSOLJ
LYRRX 20151002.524 12.96cG Wnm.VSOLJ
LYRRX 20151028.409 14.33cG Wnm.VSOLJ
LYRRX 20151112.408 14.80cG Wnm.VSOLJ
LYRRX 20151208.405 <150cG Wnm.VSOLJ
LYRST 20150725.624 15.20cG Wnm.VSOLJ
LYRST 20150805.660 14.63cG Wnm.VSOLJ
LYRST 20150815.634 14.11cG Wnm.VSOLJ
LYRST 20151002.523 10.84cG Wnm.VSOLJ
LYRST 20151112.378 11.10cG Wnm.VSOLJ
LYRST 20151208.409 12.18cG Wnm.VSOLJ
LYRTV 20150720.626 11.71cG Wnm.VSOLJ
LYRTV 20151002.510 15.54cG Wnm.VSOLJ
LYRTW 20150720.627 13.72cG Wnm.VSOLJ
LYRTW 20150726.674 13.90cG Wnm.VSOLJ
LYRTW 20150803.593 14.30cG Wnm.VSOLJ
LYRTW 20150815.630 14.27cG Wnm.VSOLJ
LYRTW 20150911.606 14.74cG Wnm.VSOLJ
LYRTW 20150921.556 14.41cG Wnm.VSOLJ
LYRTW 20151002.510 14.13cG Wnm.VSOLJ
LYRTW 20151106.391 13.50cG Wnm.VSOLJ
LYRTX 20150720.631 11.84cG Wnm.VSOLJ
LYRTX 20150726.675 12.20cG Wnm.VSOLJ
LYRTX 20150803.595 12.67cG Wnm.VSOLJ
LYRTX 20150815.632 13.35cG Wnm.VSOLJ
LYRTX 20150911.605 14.56cG Wnm.VSOLJ
LYRTX 20151106.390 15.03cG Wnm.VSOLJ
LYRTX 20151112.396 14.88cG Wnm.VSOLJ
LYRV344 20140624.556 <156cG Wnm.VSOLJ
LYRV344 20140720.672 <167cG Wnm.VSOLJ
LYRV344 20140729.540 <156cG Wnm.VSOLJ
LYRV344 20140922.543 15.88cG Wnm.VSOLJ
LYRV344 20141019.474 <150cG Wnm.VSOLJ
LYRV344 20141025.427 15.75cG Wnm.VSOLJ
LYRV344 20141105.490 <158cG Wnm.VSOLJ
LYRV344 20141122.403 <162cG Wnm.VSOLJ
LYRV344 20150725.623 <152cG Wnm.VSOLJ
LYRV344 20150805.660 <158cG Wnm.VSOLJ
LYRV344 20150815.633 <164cG Wnm.VSOLJ
LYRV344 20150911.603 <156cG Wnm.VSOLJ
LYRV344 20151002.522 <158cG Wnm.VSOLJ
LYRV344 20151028.373 <152cG Wnm.VSOLJ
LYRV344 20151112.376 <160cG Wnm.VSOLJ
LYRV344 20151208.404 <146cG Wnm.VSOLJ
LYRW 20150720.626 10.47cG Wnm.VSOLJ
LYRW 20150726.672 9.96cG Wnm.VSOLJ
LYRW 20150803.592 9.33cG Wnm.VSOLJ
LYRW 20150815.628 8.87cG Wnm.VSOLJ
LYRW 20151106.389 9.40cG Wnm.VSOLJ
LYRW 20151112.394 9.86cG Wnm.VSOLJ
LYRZ 20150805.656 14.52cG Wnm.VSOLJ
LYRZ 20150815.637 14.23cG Wnm.VSOLJ
LYRZ 20150911.611 12.92cG Wnm.VSOLJ
LYRZ 20151002.527 11.52cG Wnm.VSOLJ
LYRZ 20151112.428 10.68cG Wnm.VSOLJ
LYRZ 20151208.406 10.74cG Wnm.VSOLJ
ORICN 20151212.625 14.93cG Wnm.VSOLJ
ORICT 20151201.691 10.42cG Wnm.VSOLJ
ORICT 20151207.580 10.47cG Wnm.VSOLJ
ORICT 20151208.598 10.50cG Wnm.VSOLJ
ORICT 20151212.626 10.76cG Wnm.VSOLJ
Observer: Makoto Watanabe (Toyama, Japan)
Instruments: 16cmL + Canon EOS Kiss X4
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