R
R. Tanner
Researcher at University of Arizona
Publications - 2
Citations - 187
R. Tanner is an academic researcher from University of Arizona. The author has contributed to research in topics: Asteroid. The author has an hindex of 2, co-authored 2 publications receiving 136 citations.
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Journal ArticleDOI
OCAMS: The OSIRIS-REx Camera Suite
Bashar Rizk,C. Drouet d'Aubigny,Dathon Golish,C. Fellows,C. Merrill,Paul S. Smith,M. S. Walker,J. E. Hendershot,J. Hancock,Samuel Bailey,Daniella DellaGiustina,Dante S. Lauretta,R. Tanner,M. Williams,K. Harshman,M. Fitzgibbon,W. Verts,J. Chen,T. Connors,D. K. Hamara,Andrew Dowd,A. Lowman,M. Dubin,R. Burt,M. Whiteley,M. Watson,T. McMahon,Martin Ward,D. Booher,Michelle Read,B. Williams,M. Hunten,E. Little,T. Saltzman,D. Alfred,S. O’Dougherty,M. Walthall,K. Kenagy,S. Peterson,B. Crowther,B. Crowther,M. L. Perry,C. See,S. Selznick,C. Sauve,M. Beiser,Wiley T. Black,R. N. Pfisterer,A. Lancaster,S. Oliver,C. Oquest,D. Crowley,C. Morgan,C. Castle,Raúl Domínguez,M. Sullivan +55 more
TL;DR: The OSIRIS-REx Camera Suite (OCAMS) as discussed by the authors consists of three cameras, the MapCam, the SamCam and the PolyCam, which are used to collect color images of the surface of the asteroid Bennu.
Journal ArticleDOI
OCAMS: The OSIRIS-REx Camera Suite
Bashar Rizk,C. Drouet d'Aubigny,Dathon Golish,C. Fellows,C. Merrill,Paul S. Smith,M. S. Walker,J. E. Hendershot,J. Hancock,Samuel Bailey,Daniella DellaGiustina,Dante S. Lauretta,R. Tanner,M. Williams,K. Harshman,M. Fitzgibbon,W. Verts,J. Chen,T. Connors,D. K. Hamara,Andrew Dowd,A. Lowman,M. Dubin,R. Burt,M. Whiteley,M. G. Watson,T. McMahon,Martin Ward,D. Booher,Michelle Read,B. Williams,M. Hunten,E. Little,T. Saltzman,D. Alfred,S. O Dougherty,M. Walthall,K. Kenagy,S. Peterson,B. Crowther,M. L. Perry,C. See,S. Selznick,C. Sauve,M. Beiser,Wiley T. Black,R. N. Pfisterer,A. Lancaster,S. Oliver,C. Oquest,D. Crowley,C. Morgan,C. Castle,Raúl Domínguez,M. Sullivan +54 more
TL;DR: The requirements-driven OSIRIS-REx Camera Suite (OCAMS) as discussed by the authors acquires images essential to collecting a sample from the surface of Bennu, which enables an accurate digital terrain model of the shape of the asteroid and identify any surface hazards.