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Simple and robust synchrotron and laboratory solutions for high-resolution multimodal X-ray phase-based imaging

DOI: 10.1088/1742-6596/849/1/012040 DOI Help

Authors: M. Endrizzi (University College London) , F. A. Vittoria (University College London) , P. Cl. Diemoz (University College London) , G. K. Kallon (University College London) , D. Basta (University College London) , A. Zamir (University College London) , C. K. Hagen (University College London) , U. H. Wagner (Diamond Light Source) , C. Rau (Diamond Light Source) , I. K. Robinson (Research Complex at Harwell; London Centre for Nanotechnology) , A. Olivo (University College London; Research Complex at Harwell)
Co-authored by industrial partner: No

Type: Conference Paper
Conference: X-Ray Microscopy Conference 2016 (XRM 2016)
Peer Reviewed: No

State: Published (Approved)
Published: June 2017

Open Access Open Access

Abstract: Edge illumination X-ray phase contrast imaging techniques are capable of quantitative retrieval of differential phase, absorption and X-ray scattering. We have recently developed a series of approaches enabling high-resolution implementations, both using synchrotron radiation and laboratory-based set-ups. Three-dimensional reconstruction of absorption, phase and dark-field can be achieved with a simple rotation of the sample. All these approaches share a common trait which consists in the use of an absorber that shapes the radiation field, in order to make the phase modulations introduced by the sample detectable. This enables a well-defined and high-contrast structuring of the radiation field as well as an accurate modelling of the effects that are related to the simultaneous use of a wide range of energies. Moreover, it can also be adapted for use with detectors featuring large pixel sizes, which could be desirable when a high detection efficiency is important.

Subject Areas: Technique Development, Physics


Technical Areas: Detectors

Documents:
pd2333f.pdf

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