Indexed by : Journal paper

Document Code : 103127

Date of Publication : 2023-12-14

Journal : Energy Storage Materials

Included Journals : SCI  

Volume : 65

Abstract : The pursuit of lithium-ion batteries with higher energy density and longer lifespan has led to significant interest in anode materials that operate according to the alloying mechanism due to their high specific capacity. However, their poor structural and electrochemical stability presents a significant challenge to achieving reliable cyclability. In this study, a high-entropy stabilized SnSbMnBiTe alloy anode with a mixing entropy of 1.61 R is reported, exhibiting exceptional electrical conductivity, tapping density, and Young's modulus. These unique characteristics enable the designed high-e

Translation or Not : no