In this study, we described the production of metallurgical grade silicon based MWCNTs and
graphene reinforced composite anodes to be an alternative for solving the volume
expansion problem of silicon anodes. The active materials of composite anodes were
prepared via high energy ball milling methods. The first stage of production was to grind the
low cost metallurgical grade silicon into micrometer particles by ring milling and high-energy
ball milling methods. To get yolk–shell structure, the obtained particles were coated with …

In this study, we described the production of metallurgical grade silicon based MWCNTs and
graphene reinforced composite anodes to be an alternative for solving the volume
expansion problem of silicon anodes. The active materials of composite anodes were
prepared via high energy ball milling methods. The first stage of production was to grind the
low cost metallurgical grade silicon into micrometer particles by ring milling and high-energy
ball milling methods. To get yolk-shell structure, the obtained particles were coated with …