Silicon Halogen Compounds TRIZ Cases
- Porous Silicon-Carbon Composite Particles for Stable Li-Ion Anodes
Silicon deposited in a porous matrix buffers volume expansion and limits SEI growth, improving Li-ion anode cycle stability.
- Inorganic Solid Electrolyte Composition for Fast Superionic Synthesis
Mechanochemical milling enables fast synthesis of inorganic solid electrolytes with high ionic conductivity and stable battery performance across temperatures.
- Non-Aqueous Fluoride Phosphor Precipitation for Higher Light Emission
Using non-aqueous hydrogen fluoride and organic liquids, this case avoids water-driven quenching and improves inorganic fluoride luminescent emission.
- Fluorided Solid Oxide Preparation with pH-Controlled Neutralization
Neutralizing acidic fluorine compounds to pH 4 or higher cuts corrosive emissions while producing larger-particle fluorided solid oxides.
- Inorganic Polysilazane Resin Shrinkage Reduction
Increasing the silicon to nitrogen atom ratio above 1.30 lowers residual stress and prevents substrate cracks in siliceous insulation films.
- Monosilane Production via Segmented Reactive Distillation
Segmenting the reaction column into temperature zones allows vinylpyridine and styrene catalysts to operate simultaneously, resolving thermal stability limits.