THE SIZE, SHAPE, ALBEDO, DENSITY, AND ATMOSPHERIC LIMIT OF TRANSNEPTUNIAN OBJECT (50000) QUAOAR FROM MULTI-CHORD STELLAR OCCULTATIONS
Author(s) -
F. Braga-Ribas,
B. Sicardy,
J. L. Ortiz,
E. Lellouch,
G. Tancredi,
J. Lecacheux,
R. Vieira-Martins,
J. I.B. Camargo,
M. Assafin,
R. Behrend,
F. Vachier,
F. Colas,
N. Morales,
A. Maury,
M. Emílio,
A. Amorim,
E. Unda-Sanzana,
S. Roland,
S. Bruzzone,
L. A. Almeida,
C. Veiga Rodrigues,
C. Jacques,
R. Gil-Hutton,
L. Vanzi,
A. Milone,
W. Schoenell,
R. Salvo,
L. Almenares,
E. Jehin,
J. Manfroid,
S. Sposetti,
P. Tanga,
A. Klotz,
E. Frappa,
P. Cacella,
J. P. Colque,
C. Neves,
E. M. Alvarez,
M. Gillon,
E. Pimentel,
B. Giacchini,
F. Roques,
T. Widemann,
V. S. Magalhães,
A. Thirouin,
R. Duffárd,
R. Leiva,
I. Toledo,
J. Capeche,
W. Beisker,
J. Pollock,
C. E. Cedeño Montaña,
K. Ivarsen,
D. Reichart,
J. Haislip,
A. Lacluyzé
Publication year - 2013
Publication title -
carolina digital repository (university of north carolina at chapel hill)
Language(s) - English
DOI - 10.17615/b0y8-ym70
Subject(s) - geometric albedo , chord (peer to peer) , physics , astrophysics , astronomy , limit (mathematics) , albedo (alchemy) , mathematics , stars , photometry (optics) , mathematical analysis , computer science , art , distributed computing , performance art , art history
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