In their recent publication in Patterns, the authors proposed a novel workflow to derive
compositional and stress maps for positive electrode materials of Li-ion batteries from …

At the forefront of developments in synchrotron x-ray microscopy, nanoscale-resolution high-
dimensional spectrotomography under controlled sample environments has been …

The origins of performance degradation in batteries can be traced to atomistic phenomena,
accumulated at mesoscale dimensions, and compounded up to the level of electrode …

Conspectus Functional materials and devices are usually morphologically complex and
chemically heterogeneous. Their structures are often designed to be hierarchical because of …

Batteries and fuel cells have already shown high potential across a diverse range of
applications such as automotive power trains, space propulsion and medical implants …

The structural and chemical evolution of battery electrodes at the nanoscale plays an
important role in affecting the cell performance. Nano-resolution X-ray microscopy has been …

In order to achieve high quality in situ spectroscopic X-ray microscopy of complex systems
far from equilibrium, such as lithium ion batteries under standard electrochemical cycling …

This study developed a method to detect and analyze deterioration in sections of a battery
during charge–discharge tests in real time. This method is based on a time‐series analysis …

The lithium-ion battery (LIB) has emerged as a key energy storage device for a wide range
of applications, from consumer electronics to transportation. While LIBs have made key …

Understanding the microstructural morphology of Li–ion battery electrodes is crucial to
improving the electrochemical performance of current Li–ion battery systems and in …