With the rapid deployment of Li-ion batteries (LiBs) in a range of applications, it is crucial to
ensure their safe operation. Therefore, it is necessary to investigate the rapid thermal …

All-solid-state-battery (ASSB) safety has rarely been studied at the cell scale. The first results
underline that safety is improbable and should be investigated further. To the best of our …

Real-time monitoring of the structural evolution of battery materials is crucial for
understanding their underlying reaction mechanisms, which cannot be satisfied by the …

The intersection of dynamic compression, high-rate material response and X-ray science
has seen rapid growth, leading to the establishment of specialized end-stations at …

Battery safety design is important to consider from the individual Li-ion cell to the level of the
macro-system. On the macro-level, failure in one single cell can lead to propagation of the …

Imaging the internal architecture of fast-vibrating structures at micrometer scale and kilohertz
frequencies poses great challenges for numerous applications, including the study of …

The formation of heterogeneous Li structures at the anode/solid polymer electrolyte (SPE)
membrane interphase of solid-state Li-metal batteries (SSLMBs) is one of the key factors that …

Time-resolved hard X-ray imaging has seen tremendous developments in recent years;
thanks to the increased photon flux available at large-scale facilities such as synchrotron …

X-rays can be generated by several methods. In lab-based computed tomography (CT)
sources, an X-ray tube source contains a cathode filament and a target anode, typically …