Researchers from Drexel University in Philadelphia, US have discovered that using nanodiamonds as an additive in electrolyte solution can prevent the formation and growth of dendrites, which cause short-circuits, meltdowns and fires in lithium-ion batteries. To ensure safety, additives to electrolytes, such as nanodiamonds, need to be combined with other precautions, such as using non-flammable electrolytes, safer electrode materials and stronger separators." "It's potentially game-changing”, said Yury Gogotsi, Bach professor in the College of Engineering at Drexel. The researchers used a new method to create nanostructures with different properties for each type of battery.
Researchers from Drexel University in Philadelphia, US have discovered that using nanodiamonds as an additive in electrolyte solution can prevent the formation and growth of dendrites, which cause short-circuits, meltdowns and fires in lithium-ion batteries. "It's potentially game-changing”, said Yury Gogotsi, Bach professor in the College of Engineering at Drexel. The researchers used a new method to create nanostructures with different properties for each type of battery.