Open access
Oct 2026
Material calibration-independent neutron scattering corrections for quantitative imaging
Neutron imaging is a fundamental technique for the study of light elements, indispensable for the study of lithium distribution in batteries, water dynamics in soil or hydrogen storage in materials. Its quantitative accuracy is limited by the presence of scattered neutrons at the detector, which reduces the image contr...
O. Sans-Planell, Nikolay Kardjilov, H. Markötter et al.
· Scientific Reports · 0 citations