Ryukhtin, V. (Corresponding author) ; Farkas, G. ; Drozdenko, M. ; Prytuliak, M. ; Arkhelyuk, O. ; Senyshyn, A.MLZ* ; Zenkova, C. Y. (Editor) ; Angelsky, O. V. (Editor)

2025
SPIE

Abstract: Recent developments on neutron imaging and tomography at the Laboratory of Neutron Physics are reported. Neutron imaging brings unique opportunities in various applications, including energy research, materials science, cultural heritage studies, and industrial engineering. The method, illustrated by a few examples, demonstrates unique technical capabilities offered by neutron imaging, i.e. radiography and tomography. Looking ahead, we outline future directions for enhancing neutron imaging capabilities, such as improving spatial resolution, implementing scattering corrections, and developing in-vivo/in-situ radiography techniques. This work serves as a comprehensive resource for researchers and practitioners across multiple disciplines, offering insights into the current state and future potential of neutron imaging and tomography in our lab.

Keyword(s): Instrument and Method Development (1st) ; Instrument and Method Development (2nd)

1. SPODI (SPODI)

1. Measurement at external facility