This project is about research and computational modeling. You can use any software to design the material of lithium titanate: MATLAB, VESTA, QUANTUM ESSPRESSO or any material design software you prefer. There are some factors we research and see from the design: ionic conductivity, vacancy, energy barrier, band structure, etc. From those factors, we can […]
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Lithium Titanate in batteries
August 31st, 2020 
This project is about research and computational modeling. You can use any software to design the material of lithium titanate: MATLAB, VESTA, QUANTUM ESSPRESSO or any material design software you prefer. There are some factors we research and see from the design: ionic conductivity, vacancy, energy barrier, band structure, etc. From those factors, we can […]
Lithium Titanate in batteries
August 12th, 2020 This project is about research and computational modeling. You can use any software (e.g.MATLAB) for modelling and plotting the material of lithium titanate. There are some factors we research and see from the design: ionic conductivity, vacancy, energy barrier, band structure, etc. From those factors, we can emphasize that lithium titanate is one of the […]
Lithium Titanate in batteries
August 12th, 2020 This project is about research and computational modeling. You can use any software (e.g.MATLAB) for modelling and plotting the material of lithium titanate. There are some factors we research and see from the design: ionic conductivity, vacancy, energy barrier, band structure, etc. From those factors, we can emphasize that lithium titanate is one of the […]
