Bikitaite-infused separator improves high-rate lithium-metal battery cells
A laboratory study found that a bikitaite-infused cellulose separator improved high-rate NCM90 cathode capacity and promoted uniform lithium deposition in ...
A laboratory study found that a bikitaite-infused cellulose separator improved high-rate NCM90 cathode capacity and promoted uniform lithium deposition in ...
A laboratory study found that an ultratrace sulfosuccinic acid additive regulated the zinc–electrolyte interface, enabling high-capacity, fast-charging aqueous zinc cells ...
Researchers in China have engineered a MXene and sulfur-doped graphene coating that suppresses dendrites, hydrogen evolution and corrosion in aqueous ...
Researchers have developed a modular etching–brushing–soaking protocol that standardizes lithium metal surfaces, dramatically improving reproducibility and full-cell battery performance.
Researchers coated traditional Xuan paper with hydroxypropyl cellulose to create a battery separator that retains 98 percent of its capacity ...
The relentless pursuit of higher energy density in battery technology is fast becoming the cornerstone of our transition towards electrified ...
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