G
George H. Rieke
Researcher at Steward Health Care System
Publications - 904
Citations - 79885
George H. Rieke is an academic researcher from Steward Health Care System. The author has contributed to research in topics: Galaxy & Luminous infrared galaxy. The author has an hindex of 128, co-authored 870 publications receiving 75262 citations. Previous affiliations of George H. Rieke include University of Arizona & Planetary Science Institute.
Papers
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Journal ArticleDOI
Herschel imaging of 61 Vir: implications for the prevalence of debris in low-mass planetary systems
Mark C. Wyatt,Grant M. Kennedy,Bruce Sibthorpe,Amaya Moro-Martin,Jean-Francois Lestrade,Rob Ivison,Brenda C. Matthews,Stéphane Udry,Jane S. Greaves,Paul Kalas,Paul Kalas,Samantha Lawler,Kate Y. L. Su,George H. Rieke,Mark Booth,Mark Booth,Geoffrey Bryden,Jonathan Horner,Jj Kavelaars,David J. Wilner +19 more
TL;DR: In this paper, the DEBRIS observations of the nearby (8.5pc) G5V multi-exoplanet host star 61 Vir at 70-500micron carried out by the Herschel observations reveal emission that is extended out to >15 arcsec with a morphology that can be fitted by a nearly edge-on (77deg inclination) radially broad (from 30AU to >100AU) debris disk of fractional luminosity 2.7x10^-5, with two unrelated sources nearby that are more prominent at longer wavelengths.
Proceedings ArticleDOI
Test Results Of Spacelab 2 Infrared Telescope Focal Plane
E. T. Young,George H. Rieke,T. N. Gautier,William F. Hoffmann,F. J. Low,W. Poteet,Giovanni G. Fazio,D. Koch,Wesley A. Traub,E. W. Urban +9 more
TL;DR: In this paper, a thermally isolated, self-heated J-FET transimpedance amplifier is presented for the small helium cooled infrared telescope for Spacelab 2, which will enable sensitive mapping of extended, low surface-brightness celestial sources as well as highly sensitive investigations of the shuttle contamination environment.
Journal Article
Coincidence Search for Neptunian Ring Arcs
Book ChapterDOI
Detectors for the ultraviolet through the infrared
TL;DR: In this paper, the authors describe the solid-state physics around the absorption process of photodetectors and their properties, including basic detector properties, as well as image intensifiers and charge coupled devices.