Bottom-up understanding of transport describes how molecular changes alter species
concentrations and electrolyte voltage drops in operating batteries. Such an understanding …

We investigate the feasibility of in-laboratory tomographic X-ray particle tracking velocimetry
(TXPTV) and consider creeping flows with nearly density matched flow tracers. Specifically …

Block polymers show promise as solid-state battery electrolytes due to the optimization of
conductive and mechanical properties enabled via tuning of the block chemistry and length …

Polymer electrolytes have received tremendous interest in the development of solid‐state
batteries, but often fall short in one or more key properties required for practical applications …

Polymer binders are important components of most battery electrodes, ensuring high
performance and long-term durability. Increasing demand for lithium-ion batteries in the …

Polymer-based solid-state electrolytes with excellent processability and flexibility are ideal
candidates for commercialisation in lithium-metal batteries. However, the current polymer …

Localized high-concentration electrolytes (LHCEs) offer a new methodology to improve the
functionality of conventional electrolytes. Understanding the impact of antisolvents on bulk …

We report colossal conductivities, σ dc∼ 10-1.5· S cm− 1, of new dicationic ionic liquids,
close to the range of benchmark materials/electrolytes applied in fuel cells and batteries …

The behavior of a synthetic self-assembled rodlike polyelectrolyte is investigated both in salt-
free solutions and in the presence of monovalent salt. The inherent rigidity and rodlike …

Single-ion-conducting electrolytes enable easy processing and can block Li dendritic
growth, showing potential for use in solid-state batteries. We report solid electrolytes that …