Thermodynamic perspective on nanoparticles for Li-ion battery cathode

Nanostructured ceramic materials have attracted much research interest over the past few decades as they often exhibit distinct functionalities due to their small crystallite size and large surface area compared to their bulk counterparts.

For example, ceramic nanoparticles allow production of dense materials with high mechanical strength and transparency, and large surface area aids catalysts and rechargeable batteries by providing more reaction sites and shorter diffusion distances.

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