New Battery Research
Cathode Redesign For Lithium-Ion
Lithium manganese-rich oxides are an exciting alternative to using cobalt in cathodes, but for one…
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New Battery Research
New Battery Research
Could Sodium-Ion Rival Lithium-Ion?
After numerous false starts, the answer to the question, ‘could sodium-ion rival lithium-ion’ is looking…
New Battery Research
Binder Distribution Makes a Difference
We wrote about hidden binders in lithium-ion batteries in our previous post, and how scientists…
New Battery Research
A Battery Electrolyte We Could Eat
Imagine a battery electrolyte we could eat as tofu, although we won’t recommend it. Before you…
New Battery Research
Hidden Binders in Lithium-Ion Batteries
Scientists at University of Oxford in England, have exposed a ‘secret ingredient’ inside lithium-ion batteries.…
New Battery Research
How Did Niobium Batteries Win
Niobium is a transition metal, with high electrical conductivity at room temperature. This makes it…
New Battery Research
Dual Conductive Battery Material Discovery
Almost all charge-conducting battery materials can transport either lithium ions or electrons, but not both.…
New Battery Research
Batteries That Thrive in Icy Weather
Texas A&M University researchers are chipping away at an age-old challenge. We select battery materials…
New Battery Research
Cloning Battery Binders From The Sea
Our society has reached the stage where we insist on having high performance, long-lasting batteries.…
New Battery Research
High Voltage Sodium-Sulfur Batteries
High voltage sodium-sulfur batteries use liquid sodium and liquid sulfur electrolytes. They are relatively inexpensive,…