Low-field NMR can rapidly measure the porosity and pore size distribution of porous carbon materials, making it highly suitable for fast quality control in modern industrial production.It enables efficient screening and optimization of manufacturing processes and formulations by comparing pore size distributions across different batches of porous carbon samples. Selecting porous carbon with larger pore sizes is especially beneficial for battery anodes, as it provides more effective diffusion channels for ions and offers more potential ion storage sites, thereby enhancing overall battery performance.

Prussian Blue Analogues (PBAs) are promising cathode materials for sodium-ion batteries (SIBs) due to their notable advantages, including low cost, high specific capacity and energy density, excellent rate performance, and long cycle life.

Carbon materials are commonly used as anode materials in ion batteries. However, the theoretical capacity of currently commercialized graphite has nearly reached its limit, making further performance improvements difficult. Therefore, the search for next-generation electrode materials for ion batteries is of critical importance.

Characterization Methods for the Dispersibility of Battery Conductive Slurries – Analytical Approaches (Recommended Instruments) The particle surface analyzer evaluates the specific surface area of particles in a solvent to assess \[…]