Mechanically Alloyed CdGeP 2 Coupled with Optimized Conductive Frameworks for Ultrafast Lithium Storage

Key Points

• To investigate the lithium storage performance of amorphous CdGeP2 optimized with conductive frameworks.
• Synthesis of amorphous CdGeP2 using high-energy ball milling
• Combination of CdGeP2 with various conductive carbons
• Assessment of lithium storage capacity and conduction efficiency
• CdGeP2/graphene oxide composite shows a lithium storage capacity of 981.5 mAh/g
• Enhanced electron conduction through a bimetallic buffering mechanism
• Significant improvement in lithium ion transfer rates observed