The Ji Kemeng team of the National Energy Storage Technology Integration and Innovation Platform in Tianjin University has collaborated with research institutions such as Shanghai Jiao Tong University, University of Sao Paulo in Brazil, and Universit

Recently, related research results were published online in the journal Advanced Science with the title Ultrastable Single-Layer Telluride Topological Materials for Next-Generation Battery Anode and Sulfur Cathode Hosts.

Through computational simulations, the research team found that these materials, as negative active materials, have abundant lithium and sodium ion storage sites and ultra-fast ion transmission capabilities, which can significantly improve the fast-c

This new two-dimensional material exhibits outstanding electrochemical performance when used as a battery anode. When storing lithium ions, it can theoretically store a charge of 1.60 ampere-hours per gram, and when storing sodium ions, it can store

According to reports, a common problem with currently used lithium-sulfur and sodium-sulfur batteries is the wander of polysulfides, which directly affects battery stability and charging efficiency. Through calculations, the research team found that

In addition, this material exhibits good heat resistance and dynamic properties in the temperature range from room temperature to approximately 227℃, providing critical technological support for applications in high-temperature scenarios such as outd