1 D.E. Winget, R.E. Nather, J.C. Clemens, J.L. Provencal, S.J. Kleinman, P.A. Bradley, M.A. Wood, C.F. Claver, E.L. Robinson, A.D. Grauer, B.P. Hine, G.. Fontaine, N.. Achilleos, T.M.K. Marar, S.. Seetha, B.N. Ashoka, D.. O’Donoghue, B.. Warner, D.W. Kurtz, P.. Martinez, G.. Vauclair, M.. Chevreton, A.. Kanaan, S.O. Kepler, T.. Augusteijn, J.. van Paradijs, C.J. Hansen, and J.. Liebert, The Astrophysical Journal 357, (1990).
S. Kepler
First name
S.
Middle name
O.
Last name
Kepler
1 B.G. Castanheira, S.O. Kepler, P.. Moskalik, S.. Zola, G.. Pajdosz, J.. Krzesinski, D.. O’Donoghue, M.. Katz, D.A. Buckley, G.. Vauclair, N.. Dolez, M.. Chevreton, M.A. Barstow, A.. Kanaan, O.. Giovannini, J.L. Provencal, S.D. Kawaler, J.C. Clemens, R.E. Nather, D.E. Winget, T.K. Watson, K.. Yanagida, J.S. Dixson, C.J. Hansen, P.A. Bradley, M.A. Wood, D.J. Sullivan, S.J. Kleinman, E.G. Meištas, J.-E.. Solheim, A.. Bruvold, E.M. Leibowitz, T.. Mazeh, D.. Koester, and M.H. Montgomery, Astronomy and Astrophysics 413, (2004).
1 V.M. Alves, S.O. Kepler, G.. Handler, C.J. Hansen, J.E.S. Costa, A.. Nitta, C.F. Claver, A.. Kanaan, R.E. Nather, D.E. Winget, S.J. Kleinman, Z.J. Bin, X.. Jiang, E.G. Meištas, A.V. Chernyshev, P.. Ibbetson, E.M. Leibowitz, S.. Hemar, P.. Moskalik, G.. Pajdosz, G.. Vauclair, and N.. Dolez, Baltic Astronomy 12, (2003).
1 G.. Vauclair, P.. Moskalik, B.. Pfeiffer, M.. Chevreton, N.. Dolez, B.. Serre, S.J. Kleinman, M.A. Barstow, A.E. Sansom, J.-E.. Solheim, J.A. Belmonte, S.D. Kawaler, S.O. Kepler, A.. Kanaan, O.. Giovannini, D.E. Winget, T.K. Watson, R.E. Nather, J.C. Clemens, J.L. Provencal, J.S. Dixson, K.. Yanagida, N.. Kleinman, M.. Montgomery, E.W. Klumpe, A.. Bruvold, M.S. O’Brien, C.J. Hansen, A.D. Grauer, P.A. Bradley, M.A. Wood, N.. Achilleos, S.. Jiang, J.N. Fu, T.M.K. Marar, B.N. Ashoka, E.G. Meištas, A.V. Chernyshev, T.. Mazeh, E.M. Leibowitz, S.. Hemar, J.. Krzesinski, G.. Pajdosz, and S.. Zola, Astronomy and Astrophysics 381, (2002).
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