This research unfurls an innovative methodology for the interpretation of neutron diffraction data at volume detectors, accompanied by the development of AIXtal v2, a newly developed software platform designed to facilitate comprehensive diffraction data analysis. The multievent correlation algorithm was demonstrated in a proof-of-concept setting to identify the intensity of secondary scatterers based on the unique physical properties of the ¹⁰Bvolume jalousie detector concept. This detector design uses stacked and inclined thin layers of¹⁰B to achieve competitive efficiency and, as proven in this thesis offers unique new analytic capabilities using the additional depth information.
Noah Nachtigall (Wed,) studied this question.