New Battery Research
Stable Lithium Anode-Electrolyte Interface
Scientists in China have developed a more stable lithium anode-electrolyte interface, that improves lithium metal…
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New Battery Research
New Battery Research
Indigo Blue Dye Going Greener
Indigo is the second last color in the spectrum, between blue and violet. Although we…
New Battery Research
Better Lithium-Metal Battery From Korea
Lithium metal batteries are promising candidates for next-generation, high-energy storage. However, their chemistry is currently…
New Battery Research
Measure of Lithium-Ion Battery Potential
Scientists at University of Osaka in Japan, and Daikin Industries based nearby, have formulated a…
New Battery Research
250% More Powerful Lithium-Ion Batteries
Four specialist teams in Baden-Württemberg in Germany, have come together to blend fiber, non-woven, and…
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A Better Battery for Clean Energy
Professor Yi-Chun Lu works at the Department of Mechanical and Automation Engineering, at the Chinese…
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Less Electro-Osmotic Drag in Batteries
Researchers at University of Maryland’s A James Clark School of Engineering, have addressed a key…
New Battery Research
Recovering Lithium Waste From Batteries
Recovering lithium waste from batteries after their useful life has ended, is a challenge. This…
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Restored Li-Ion Cathodes With 76% Capacity
Lithium-ion batteries (li-ion) are at the core of virtually every electric vehicle, laptop and smartphone,…
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More Energy in Iron-Based Batteries
Rechargeable iron-based batteries use iron metal as their key active material in their electrodes. Working…