High-Throughput Analysis of XRD and Electrochemistry
HTAx aims at streamlined insight generation from high-throughput data as obtained at Ruhr-University Bochum chair for MEMS materials. It is intended to be modular and versatile for different kinds of datasets (XRD, Electrochemistry, RGB, UV-Vis Transmission, etc.). In a later version it will interface to our database and allow collaborators to directly co-analyze data. A major feature is the accelerated analysis of XRD data from combi experiments. Data may be analyzed using quasi-binary cuts of arbitrary shape or by semi-automatic peak matching to known crystal structures.
This Project started through an Undergraduate Summer Internship (REACH Program) from Sally Jiao (Princeton University) and was supervised by Helge Stein (Ruhr-Universität Bochum).
For more information about our high-throughput analysis methods see: http://www.ruhr-uni-bochum.de/wdm/