Oxy/Sulfo Carbides TRIZ Cases
- ThMn12 Rare Earth Sintered Magnet With Oxycarbide Grain Boundaries
Grain-boundary R oxycarbide raises ThMn12 rare earth magnet density to 7.3 g/cm3 or more, helping stabilize magnetic characteristics over time.
- Doped Polysilocarb Precursors for High-Purity SiC and SiOC
Controlled dopant addition before curing and pyrolysis produces 99.99%–99.9999% pure SiC and SiOC while simplifying purification.
- Boron-Stabilized Carbon Clathrates for Thermodynamic Stability
Boron substitution reduces strain energy in carbon clathrates, enabling high-pressure synthesis and recovery to ambient conditions.
- Tuning Antiferromagnetic Phase Transition in MXenes via Etching Control
Synthesizing antiferromagnetic MXenes by adjusting etching time and temperature to tune phase transition properties.
- High Purity SiC and SiOC Materials via Distillation
Distilling liquid polysilocarb precursors produces high purity silicon carbide and silicon oxycarbide materials, reducing costs for semiconductor applications.
- Tungsten Titanium Carbide Powder Synthesis via Low-Temperature Reduction
A solid-state reaction produces ultrafine tungsten titanium carbide powder at 600 to 1200 degrees Celsius.
- Tungsten-Nickel Carbide Electrode for Brine Electrolysis
Tungsten-nickel carbide electrodes replace platinum catalysts to lower production costs while maintaining high efficiency in industrial brine electrolysis.
- ZrC-SiC Composite Powder Synthesis via Sol-Gel Carbothermal Reduction
Sol-gel carbothermal reduction synthesizes ultrafine ZrC-SiC composite powder, resolving the trade-off between low-cost production and high purity.
- Multicomponent Carbide Design via Valence Electron Concentration
Multicomponent carbides with five transition metals and valence electron concentration above 8.80 enhance ductility through optimized electronic structures.