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Sulfate Salts in Aqueous Electrolytes
There are two classes of electrolytes in chemical batteries that store electrical energy. The first…
Browsing: New Battery Research
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Co-Intercalation for Faster Sodium Charging
The Helmholtz Association of German Research Centers, published a thought piece on Tech Explore that…
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Failure Paths in Lithium Metal Batteries
Lithium metal batteries have lithium anodes where they store their energy. Scientists at Tsinghua Shenzhen…
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Safer Recycling of Lithium-Ion Batteries
The Worcester Polytechnic Institute (WPI) is one of America’s oldest engineering and technology universities. It…
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Fire Safe Lithium Metal Battery in Sight
Single-use lithium metal batteries use lithium metal as their anode. This distinguishes their chemistry from…
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Manufacturing High Performance Cathodes
All batteries contain anodes and cathodes, plus electrolytes and separators that ensure the first two…
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Hydrogen Bonds In Aqueous Batteries Exposed
Aqueous batteries use a water-based solution for their electrolyte. This makes them safer, more reliable,…
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Battery Waste to Valuable Methane
Methane is the main constituent of the natural gas we may use for cooking, heating,…
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Spent Batteries to Commercial Fertilizer
The recycling world is bracing itself for a virtual tidal wave of spent lithium iron…
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Tribocatalysis Recycles Battery Materials
‘Tribo’ means rubbing in the Greek language, and so ‘triboelectricity’ refers to static electricity achieved…