Speaker
Hugh Philipp
(Cornell University)
Description
Synchrotron light sources are capable of producing x-ray synchrotron radiation of extreme brilliance and coherence. These sources create opportunities to exploit experimental techniques in both time-resolved and coherent x-ray imaging experiments, assuming the availability of area detectors designed to capture and record the relevant and desired x-ray information. Capturing this information presents challenges for both the speed and dynamic range of the imaging detectors. The on-going integrating detector development efforts at Cornell addressing these needs will be presented. These will include high-speed and high-dynamic range detectors that have been developed by the group and recently used in scientific collaborations at synchrotron sources; and less mature development efforts aimed at increasing detector capabilities with an eye on future light source and experimental capabilities.
Primary author
Hugh Philipp
(Cornell University)
Co-authors
Mr
Joel T. Weiss
(Cornell University)
Dr
Katherine S. Shanks
(Cornell University)
Dr
Mark W. Tate
(Cornell University)
Mr
Prafull Purohit
(Cornell University)
Prof.
Sol M. Gruner
(Cornell University)
