Conventional neutron imaging utilizes the beam attenuation caused by scattering and
absorption through the materials constituting an object in order to investigate its …

We describe in this paper the experimental procedure, the data treatment and the
quantification of the black body correction: an experimental approach to compensate for …

Abstract Combined three-dimensional (3D) mapping of (micro-) structures with elemental
and crystalline phase variations is of significant importance for the characterization of …

4D wavelength-resolved neutron tomography of a reference sample made of several
polycrystalline materials, namely nickel, iron, titanium, lead, copper and aluminium, is …

Neutrons interact with the nucleus and provide a vastly different, often complementary,
contrast to X-rays. Most notably, neutrons show high sensitivity for hydrogen and at the same …

Neutron imaging has gained increasing attention in recent years. A notable domain is the in-
situ study of flow and concentration of hydrogen-rich materials. This demands precise …

We present a new position-sensitive fast neutron detector for 14 MeV fast neutron
radiography, comprising a high-density polyethylene converter, a micro-channel plate …

Neutron dark-field imaging is a powerful tool for the spatially resolved characterization of
microstructural features of materials and components. Recently, a novel achromatic …

A simpler and improved utility approximate point scattered function for thin-film converters
currently used in neutron photographic devices is proposed as a correction method to …

Due to its high neutron absorption, Erbium can be incorporated as a burnable poison in a
proposed three layered fuel cladding made of zirconium alloys. Control of Er diffusion …