Understanding key reaction and degradation mechanisms in batteries require to combine different characterization tools and obtain structural, chemical, morphologicak insights into the materials transformations, from the scale of individual active particles to the scale of a working commercial battery device. Neutrons and X-rays are particularly suited for this purpose. We will show some recent...
Sealed Radioactive Sources (SRS) have long served as the standard means of delivering
ionizing radiation across applications in medicine, research, public health, and industry.
In recent years, however, advances in non-SRS based technologies have expanded the
availability of viable alternatives capable of achieving equivalent, and in some cases
superior, performance. While radioactive...
In this lecture the potential of neutron imaging for energy applications will be outlined, including advanced neutron imaging techniques and their capabilities in the given context. Examples of a broad range of studies including but not limited to the fields of nuclear energy, batteries, and fuel cells will be provided.
