Phase space considerations for a microSAXS beamline located on a diamond Laue side-bounce monochromator
Detlef-M. Smilgies
TL;DR
This paper models flux, spatial, and angular resolution for a microSAXS beamline with Laue optics using phase space analysis, exploring configurations for optimal resolution.
Contribution
It introduces a five-dimensional phase space model to evaluate and optimize microSAXS beamline configurations with Laue optics.
Findings
Optimal configurations for highest angular resolution identified
Optimal configurations for highest spatial resolution identified
Phase space analysis effectively guides beamline design
Abstract
Flux as well as spatial and angular resolution for a microbeam small-angle x-ray scattering set-up comprising Laue optics and multiple focusing elements are modeled within five-dimensional phase space analysis. A variety of x-ray optics configurations for highest angular resolution and for highest spatial resolution are analyzed.
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