Multi-band High Resolution Spectroscopy Rules out the Hot Jupiter BD+20 1790B
I. Carleo,S. Benatti,A. F. Lanza,R. Gratton,R. Claudi,S. Desidera,G. N. Mace,S. Messina,N. Sanna,E. Sissa,A. Ghedina,F. Ghinassi,J. Guerra,A. Harutyunyan,G. Micela,E. Molinari,E. Oliva,A. Tozzi,C. Baffa,A. Baruffolo,A. Bignamini,N. Buchschacher,M. Cecconi,R. Cosentino,M. Endl,G. Falcini,D. Fantinel,L. Fini,D. Fugazza,A. Galli,E. Giani,C. Gonzalez,E. Gonzalez-Alvarez,M. Gonzalez,N. Hernandez,M. Hernandez Diaz,M. Iuzzolino,K. F. Kaplan, B. T. Kidder,M. Lodi,L. Malavolta,J. Maldonado,L. Origlia,H. Perez Ventura,A. Puglisi,M. Rainer,L. Riverol,C. Riverol,J. San Juan,S. Scuderi,U. Seemann,K. R. Sokal,A. Sozzetti,M. Sozzi Astronomy and Astrophysics（2018）
Key words
instrumentation: spectrographs,techniques: radial velocities,planets and satellites: general,stars: activity stars: individual: BD+20 1790
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