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MOA Data Reveal a New Mass, Distance, and Relative Proper Motion for Planetary System OGLE-2015-BLG-0954L
D. P. Bennett ,
I. A. Bond ,
F. Abe ,
Y. Asakura ,
R. Barry ,
A. Bhattacharya ,
M. Donachie ,
P. Evans ,
A. Fukui ,
Y. Hirao ,
Y. Itow ,
N. Koshimoto ,
M. C. A. Li ,
C. H. Ling ,
K. Masuda ,
Y. Matsubara ,
Y. Muraki ,
M. Nagakane ,
K. Ohnishi ,
C. Ranc ,
N. J. Rattenbury ,
To. Saito ,
A. Sharan ,
D. J. Sullivan ,
T. Sumi ,
D. Suzuki ,
P. J. Tristram ,
T. Yamada ,
T. Yamada ,
A. Yonehara ,
The MOA Collaboration
August 01 2017
July 24 2017
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Most cited references18
- Record: found
- Abstract: not found
- Article: not found
Gravitational microlensing by double stars and planetary systems
Shunde Mao, Bohdan Paczynski (1991)
- Record: found
- Abstract: not found
- Article: not found
Discovering planetary systems through gravitational microlenses
Abraham Loeb, Andrew Gould (1992)