Oxide/Hydroxide Preparation TRIZ Cases
- High-Entropy Oxide Co-Precipitation for Narrow Particle Distribution
Controlled co-precipitation and thermal treatment produce rod-like high-entropy oxides with narrow particle sizes, lower overpotential, and higher surface area.
- Tungsten Bronze Dielectric Composition for High-Q Temperature Stability
Controlled Ta, Ba, and Sm substitution in tungsten bronze ceramics raises Q and keeps resonant frequency stable across temperature changes.
- Mixed Lithium Oxide Precursors with Colloid-Mill Particle Homogeneity
Colloid-mill mixing separates nucleation and growth to produce more uniform lithium oxide precursors with higher throughput for battery cathodes.
- Temperature-Compensated Tungsten Bronze Dielectrics for RF Resonators
Tuned tungsten bronze ceramic compositions raise RF Q while keeping resonant frequency stable across temperature changes.