Abstract:In this article, the sol-gel synthesized α-Li2TiO3 was evaluated as a new promising anode material for lithium ion batteries. The results show an ultra-stable release of the discharge capacity within...
“…S10, ESI †) correspond to the Ti 2p 1/2 and Ti 2p 3/2 binding energies of Ti 4+ in the pristine THP. [39][40][41] The initial THP mainly consists of Ti 4+ . When charged to 2.4V, the two peaks that appeared at 457.8 eV and 463.0 eV are attributed to Ti 2p 1/2 and Ti 2p 3/2 peaks of Ti 3+ (Fig.…”
The progress of aqueous lithium-ion batteries is restricted by the advanced electrode materials which can maintain robust structure after long-term cycling. In this work, we report a novel "rocking-chair" type...
“…S10, ESI †) correspond to the Ti 2p 1/2 and Ti 2p 3/2 binding energies of Ti 4+ in the pristine THP. [39][40][41] The initial THP mainly consists of Ti 4+ . When charged to 2.4V, the two peaks that appeared at 457.8 eV and 463.0 eV are attributed to Ti 2p 1/2 and Ti 2p 3/2 peaks of Ti 3+ (Fig.…”
The progress of aqueous lithium-ion batteries is restricted by the advanced electrode materials which can maintain robust structure after long-term cycling. In this work, we report a novel "rocking-chair" type...
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