AI Article Synopsis
- Researchers synthesized highly crystalline thin films of TiO2 (-) B and its variant CaTi5O11 using pulsed laser deposition without any water.
- By altering the crystal orientation of these films, they significantly improved the performance of Li-ion batteries where these materials are used as anodes.
- The resulting films showed exceptional structural stability even under extreme conditions.
Article Abstract
Using pulsed laser deposition, TiO2 (-) B and its recently discovered variant Ca:TiO2 (-) B (CaTi5O11) are synthesized as highly crystalline thin films for the first time by a completely water-free process. Significant enhancement in the Li-ion battery performance is achieved by manipulating the crystal orientation of the films, used as anodes, with a demonstration of extraordinary structural stability under extreme conditions.
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| http://dx.doi.org/10.1002/adma.201401757 | DOI Listing |
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