Tag: Energy storage

A peer-reviewed review finds that differences in biomass composition and structure can shape the pore networks, chemistry, and performance of ...

A morphology-preserving sulfidation method converts cobalt oxide nanowires into Co₉S₈ electrodes that deliver high lithium storage capacity and retain over ...

A simple polymer additive shapes a five-metal oxide into a porous supercapacitor electrode, delivering 557.6 F g−1 and 64.2 Wh ...

Researchers have unveiled a hybrid electrode material that pulls double duty in the clean-energy economy, storing impressive amounts of charge ...

French researchers have turned kapok tree fibers into mechanical reinforcement for silicon-based battery anodes, creating flexible self-supporting electrodes that outperform ...

Researchers in India show that zinc substitution in lead-free bismuth sodium titanate ceramics stabilizes a pseudo-cubic structure, deepens relaxor behavior, ...

The choice of magnesium as a dopant in hydrated tungsten oxide is notable when considered against the broader landscape of ...

A new comprehensive review reveals that supercapacitor lifespan halves for every 10 K of temperature rise and maps out the ...

A comparative study shows that CBD-grown needle-like Zn(OH)2 thin films deliver nearly double the specific capacitance of SILAR-grown microflower films, ...

Researchers have used machine learning to discover that lactate ligands unlock reversible zinc oxidation, enabling a safe, circuit-free carrier that ...

Researchers at BITS Pilani transformed ordinary hematite, the iron oxide found in rust, into a high-performance supercapacitor electrode using simple ...

A University of Waterloo team combined electrochemical experiments with neural networks and genetic algorithms to predict aluminum anode corrosion in ...

A new review shows that hybrid deep learning and swarm-optimized AI models are achieving near-perfect prediction of lithium-ion battery charge, ...

Researchers have grown a reduced graphene oxide–polypyrrole composite directly on stainless steel by chemical bath deposition, achieving a specific capacitance ...

The pursuit of practical carbon-neutral technologies has pushed researchers to explore catalysts that can transform carbon dioxide into liquid products ...

A new review collection in Frontiers in Batteries and Electrochemistry shows battery research converging on safer interfaces, smarter manufacturing, computational ...

Researchers in China have created a tin-nickel-copper multiphase alloy film that survives 2000 fast-charging cycles while retaining high lithium-storage capacity.

Researchers at IIT Indore found that substituting a quarter of the vanadium in VO2 cathodes with cheap, earth-abundant iron expands ...

Composition-engineered amorphous nickel cobalt tungstate electrodes grown by a simple SILAR method deliver 785.72 C g−1 specific capacity and a ...

Researchers in China have engineered a MXene and sulfur-doped graphene coating that suppresses dendrites, hydrogen evolution and corrosion in aqueous ...