Controlled SiO2 granule size, surface area, and bulk density enable cleaner melting for homogeneous, bubble-free quartz glass.
A framed glass-forming process creates thin flat sulfide electrolyte sheets that resist lithium dendrites and scale for battery separator production.
Adding non-SiO2 silicon during quartz glass melting lowers OH and impurities, improving homogeneity, thermal resistance, and light transmission.
Pressurizing Si-based oxide melts in He or inert gas suppresses bubbles, helping plasma-facing glass resist etching wear and abnormal discharge.
A copper ion-doped glass converts UV into blue, orange, and near-infrared light, expanding LED emission beyond monochromatic blue.
A low melting point glass mixture solidifies radionuclide hydroxides into a stable waste form.
A lanthanum-based glass composition with a high refractive index enables precise thermal expansion matching for fiber optic imaging elements.
Alpha-alumina in sulfide electrolyte glass eliminates grain boundaries to resolve weak electrode bonding and low conductivity.
Removing the lock portion reduces connector size while maintaining lever positioning reliability.