Silicon Organic Compounds TRIZ Cases
- Asymmetric Silicon Precursors for Thin-Film Step Coverage Control
This case uses asymmetric silicon compounds to balance deposition rate, thickness control, volatility, and thin-film purity.
- Waste Silicone Depolymerization for High-Yield Siloxane Cycle Recovery
Alkoxide-catalyzed depolymerization recovers siloxane cycles from waste silicone.
- Benzo[b][1,4]benzazaborinine Emitters for Blue-Green OLED Color Purity
Boron-nitrogen molecules target 420–520 nm OLED emission with high quantum yields and short excited-state lifetimes.
- OLED Host Composition for Low-Voltage Efficiency and Lifespan
This case uses hosts with defined S1 and T1 energy levels to balance carriers, improve OLED efficiency, and extend lifespan.
- Siloxane Amino Acid Surfactants for Lower-Energy Oil Recovery
This case uses siloxane amino acid surfactants to improve emulsification and recovery while reducing extraction energy.
- Branched Organopolysiloxane Hydrosilylation for Polar-Oil Compatibility
Hydrosilylation produces a high-purity branched organopolysiloxane with stable polar-oil compatibility for uniform cosmetic films.
- Inkjet Printhead Layered Nozzle Structure for Precision and Wear Resistance
A metal oxide and self-assembled monolayer help the inkjet nozzle resist adhesion while preserving precise, durable discharge.
- Heterocyclic Host Compounds for Exciton Confinement in Emission Layers
A Formula 1 heterocyclic host raises triplet energy and limits exciton diffusion for lower voltage and longer device life.
- Asymmetric Polyorganosiloxane Synthesis for Low-Polydispersity Dispersion
Stepwise reactions create asymmetric terminal groups and narrow chain-length distributions for stronger filler and matrix compatibilization.