Exploring semisolid liquid metal anode for lithium-ion battery
Year: 2024
Type: article
Abstract: Due to their high surface tension and mobility, liquid metals present a challenge for direct coating onto current collectors. Herein, the researchers prepared a semisolid liquid metal by mixing GaInSn liquid metal with copper particle fillers. This semisolid liquid metal's viscosity is suitable for coating and strongly bonding with the current collector without a binder. Though promising, the lithium storage performance of such semisolid liquid metals has remained largely unexplored. The electrodes displayed favorable electrical conductivity and a high initial discharge capacity of 214 mAh g −1 . Their discharge process involved a self-healing mechanism through the liquid-state transformation of the active component, analogous to metallic liquid systems. This work overcame the persistent liquid metal coating difficulty by modulating viscosity while revealing their notable lithium storage capabilities. • Application of semisolid liquid metal in the anode of lithium-ion batteries. • Semisolid liquid electrodes without conductive agents and binders. • Semisolid liquid metal has lithium storage capacity. • Semisolid liquid metals have excellent electrical conductivity.
Source: Next Energy
Authors: Pisong Cui, Huimin Liu, Xunyong Jiang
Institution: Tianjin University of Technology
Language: English
Subfield: Electrical and Electronic Engineering
Field: Engineering
Domain: Physical Sciences
Open Access status: gold
Estimated APC paid: $1,250
OpenAlex ID: W4403903306