If you've ever wondered what challenges lie in the path of developing next-generation lithium-ion batteries, one major hurdle is the...

Overdischarge is still a pivotal challenge in lithium-ion batteries, which particularly affects the battery's long-term functionality &...

Just as a marathon runner's endurance is essential yet uncertain, impacting their race strategy and performance, so too is the 'Remaining...

The visualization of the microstructure evolution during the drying & calendering processes in lithium-ion battery electrodes provides a...

Structuring of anode materials in lithium-ion batteries represents a significant step towards optimizing their performance, especially...

Molar flux is a key parameter in the study of lithium-ion batteries, specifically relating to how lithium ions navigate between the solid...

'Electrochemical oscillations' in lithium-ion batteries, particularly noted in multi-particle phase-separating systems, mark a...

"Wetting" in lithium-ion cells refers to the thorough saturation of the cell's porous electrode structures with electrolyte, a critical...

Lithium extraction from seawater not only holds the key to satisfying the escalating global demand for lithium due to its vast reserves...

Presently, evaluating State of Health (SoH) often involves full charge-discharge cycling of lithium-ion batteries under controlled...

The path from a spark of creativity in lithium-ion technology to the smooth hum of a car gliding down the highway is as thrilling as it...

Shifting away from conventional lithium-ion battery electrode production methods, which typically involve environmentally harmful wet...

Calendering, one of the crucial steps in the manufacturing of lithium-ion cells, is much like rolling a steamroller over asphalt. It...

Imagine a thirsty plant's roots eagerly drawing water from the soil. This natural process is not just about the availability of water but...

Just like the calm after a storm, lithium-ion batteries exhibit a fascinating behavior known as 'Open Circuit Voltage Relaxation'. This...

In the 1970s, a time when the potential of lithium batteries was just being unlocked, scientists, in their quest to harness this power,...

The mechanical integrity of cathode materials in lithium-ion batteries is crucial, impacting not only the lifecycle but also the safety &...

Lithium-ion battery aging is an unstoppable process that refers to the gradual decline in performance and capacity over time. As they...

There is a significant need for integrated solutions in lithium-ion batteries that provide both preventive and containment strategies for...

The concepts of 'calendar life' and 'capacity loss' during lithium-ion battery storage are critical metrics that define the reliability...