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Synthesis, Characterization and Electrochemical Studies of Active Materials for Sodium Ion Batteries

机译:钠离子电池活性材料的合成,表征和电化学研究

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Sodium ion batteries represent an interesting alternative to lithium ion batteries for large scale energy storage, due to the inexpensive and massive sources of sodium. Moreover, the incertitude related to lithium resources and their suppliers could become a major problem in the coming years. In this study, synthesis and electrochemical analyses were performed to examine TiO_2 (B) and Na_2Ti_6O_(13)'s potential as negative electrode materials in sodium ion batteries. These materials were selected due to their well-known small cation insertion redox reactions.
机译:由于钠的廉价且大量来源,因此钠离子电池代表了用于大规模能量存储的锂离子电池的有趣替代品。此外,与锂资源及其供应商有关的不确定性可能在未来几年成为主要问题。在这项研究中,进行合成和电化学分析以检查TiO_2(B)和Na_2Ti_6O_(13)作为钠离子电池负极材料的潜力。选择这些材料是由于其众所周知的小阳离子插入氧化还原反应。

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