CCDMASTER series (2010-present)

Back in 2010-11 I implemented a dedicated Matlab environment for numerical treatment of detector images, as they are recorded in resonant inelastic x-ray scattering experiments.

A straightforward strategy was setup for distinguishing weak signals from noise as well as for the summation of 2D images into 1D spectra using curvatures calculated from cross-correlation.

Recent improvements dealt with code vectorization for enhanced performance and the capability to read NeXus files. The code is freely available for the users of the AERHA spectrometer.

Feel free to contact me for any additional information.

Screen snapshot of the ccdmaster procedure.


Transfered momentum & Brillouin zone visualizer for x-ray scattering experiments (coming soon)


BZviewer example at the vanadium L3 resonance.