Imaging techniques based on neutron beams are rapidly developing and have become
versatile non-destructive analyzing tools in many research fields. Due to their intrinsic …

Neutron imaging can provide two-or three-dimensional, spatially resolved images of the
internal structure of bulk samples that are not accessible by other techniques, making it a …

Neutron imaging is a non-destructive technique that can reveal the interior of many materials
and engineering components and also probe magnetic fields. Within the past few years …

The beamline for Imaging with COld Neutrons (ICON) at Swiss spallation neutron source
(SINQ) at Paul Scherrer Institut has a flexible design to meet the requests from a wide user …

Neutron imaging is a highly successful experimental technique ever since adequate neutron
sources were available. In general, neutron imaging is performed with a wide wavelength …

During the last few decades, a number of advanced experimental techniques have provided
an unprecedented insight into the behaviour of geomaterials. A notable example are the so …

Pulsed beams of energetic x-rays and neutrons from intense laser interactions with solid
foils are promising for applications where bright, small emission area sources, capable of …

We present the first machine learning-based autonomous hyperspectral neutron computed
tomography experiment performed at the Spallation Neutron Source. Hyperspectral neutron …

We report how a grating interferometer yields neutron dark-field scatter images for
tomographic investigations. The image contrast is based on ultrasmall-angle scattering. It …

A new high-resolution detector setup for neutron imaging has been developed based on
infinity-corrected optics with high light collection, combined with customized mounting …