Rechargeable batteries are composite systems with a high density of interfaces. Learning which interfacial phenomena occur under operation could help prevent detrimental effects.
Rechargeable batteries are composite systems with a high density of interfaces. Learning which interfacial phenomena occur under operation could help prevent detrimental effects.
Celebrating “10 years of Advanced Energy Materials Research,” Tierui Zhang opens up about his scientific career and his rather unique hobby of chemistry stamp collecting.
Engineers find a neat way to turn waste carbon dioxide into useful materials for industrial products like fuel and plastics.
Experiments find the sweet spot for surface area and bubble trapping to create more efficient water-splitting devices.
A Korean research team has succeeded in developing next-generation high-capacity cathode material for lithium-ion batteries using DNA from salmon and carbon nanotubes.
A new salting-agent facilitates the synthesis of new nobel metal aerogels for enhanced electrocatalysts.
A new eco-friendly perovskite solar cell improves stability and minimizes harmful solvents and lead leakage found in conventional cells.
Nam-Gyu Park discusses international standards for the assessment of perovskite solar cell modules, enabling industrial and commercial viability.
Johannes Betz of the University of Münster identifies the key metrics required to properly evaluate and compare rechargeable battery systems.
An under-reported source of sustainable power.