NiSe/ZnSe heterojunctions derived from truncated rhombic dodecahedra for stable and high-power sodium-ion batteries

Key Points

• The aim is to design a stable and high-power sodium-ion battery using NiSe/ZnSe heterojunctions.
• Designed a heterojunction composite using NiSe and ZnSe
• Utilized selenization of a precursor with truncated rhombic dodecahedral configuration
• Crafted spherical composite structure for improved battery performance.
• Demonstrated high-power capabilities in sodium-ion batteries
• Confirmed the stability of the NiSe/ZnSe heterojunction design
• Showed the effectiveness of the unique configuration in battery applications.