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Characterisation of Defluorination Reaction and Solid Electrolyte Interphase in Fluoride-Shuttle Battery Anode MgF2
[post]
2020
unpublished
Fluoride-shuttle batteries using fluoride ion transfer have been extensively investigated for producing post-lithium-ion batteries. One of the key issues hampering the development is the low capacity utilisation rate in anodes, causing a significant reduction in battery performance. To improve the utilisation rate, it is necessary to clarify the unexplained parts regarding the (de)fluorination behaviour to optimise the electrode design. Here, we demonstrated the characterisation of Mg metal
doi:10.21203/rs.3.rs-36240/v1
fatcat:5iyipers4vffjk3vjb47e7aenm