Device for optimization of experimental parameters on synchrotron beam lines

Abstract

Enhanced methods and a device enabling a plurality of tools for implementing a plurality of procedures for the accurate alignment and calibration of multiple components of the experimental set up at a synchrotron beam line are provided. The device includes an alignment pin or needle for centering a sample rotation axis. The device includes a YAG crystal for visualization of the beam and beam alignment and a metal foil for transmission or fluorescence measurements used for the monochromator calibration. The same, or different foils, or powders, or polymers, can be used for obtaining powder rings for finding the direct beam coordinates, for centering the beamstop on the direct beam and for calibration of the sample-to-detector distance.

Dependencies are inferred from the claim text.