Nano-Li4Ti5O12 particles in-situ deposited on compact holey-graphene framework for high volumetric power capability of lithium ion battery anode
Abstract
It is still a considerable challenge for spinel Li4Ti5O12 to achieve high tap density while retaining excellent power capability. Herein, a compact and mesopore-oriented holey-graphene framework (HGF) caging nano-Li4Ti5O12 particles (Li4Ti5O12/HGF) is synthesized by capillary shrink effect. In the capillary drying process, nano-Li4Ti5O12 particles prevent the absolute aggregation of graphene sheets, remaining mesopore-oriented porosity for rapid...
Paper Details
Title
Nano-Li4Ti5O12 particles in-situ deposited on compact holey-graphene framework for high volumetric power capability of lithium ion battery anode
Published Date
Jan 1, 2020
Journal
Volume
447
Pages
227372 - 227372
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