At its entrance, there is a unique beamline converter facility worldwide where fast fission neutrons are generated through the thermal fission of uranium. These neutrons are utilised by both instruments for a variety of applications. Additionally, an alternative use of thermal neutrons for selected inquiries is currently being implemented. Due to their energy spectrum, fast reactor neutrons have the highest biological effectiveness of neutron beams used in cancer treatment at other facilities, comparable only to the effectiveness of heavy ions.
This advantage comes at the expense of penetration depth in tissue, which β due to the relatively low mean energy of 1. The obtained images radiographs, 2- and 3-D-tomographs etc. Especially for large objects consisting of dense materials, the deep penetration of fission neutrons is well suited for their non-destructive investigation, still being sensitive for the detection of hydrogen-containing materials.
It is a Python-based control environment, allowing simple use for non-experienced users and the development of individual scripts for more advanced users. The acquired radiographs are available in different image formats e. On-demand, reconstruction and visualisation software is available on-site for data analysis.
Journal of large-scale research facilities, 1, A The fission neutrons are coming from the right, penetrating the sample fixed on the manipulator, and are detected by a CCD -based system center. A beamstop left minimizes scattered radiation. Neutron source Converter facility, consisting of a two-plate configuration using uranium-silicide as a fission source. Instrument scientists Dr.
