Segmented striking by multiple hammer heads minimizes contamination and extends component lifespan during polysilicon rod crushing.
Classify metallurgical silicon by free carbon content to reduce byproducts and lower distillation energy costs.
Thermally drawn fiber melts and pinches off molten droplets, avoiding agglomeration while controlling particle size distribution.
Silicon substrate etching and breaking points enable diamond electrode production without metal contamination.
Amorphous carbon coating on silicon particles accommodates volume expansion to suppress electrolyte decomposition and improve cycle life.
An in situ chemical vapor deposition process coats fluidized bed reactor surfaces with silicon carbide or silicon nitride.
Metal-phenolic network formation and acid etching create nanoscale pores in the carbon coating, resolving dense structure blockage of lithium ion diffusion.