Superconductor Elements Usage TRIZ Cases
- Strip Conductor Layer Layout for AC Loss Reduction
Alternating barrier elements twist the current path in layered strip conductors to cut AC losses while preserving strength and current density.
- Superconducting Hydride Compositions Tuned for Lower-Pressure High Tc
Hydride composition tuning and molecular exchange raise superconducting transition temperature while easing extreme pressure demands.
- Superconducting Wire Reel With Integral Flange-and-Drum Members
Integrally formed flange and drum portions simplify superconducting wire reel assembly while reducing parts, dies, and manufacturing cost.
- High-Temperature Superconducting Material Structure for Higher Tc and Jc
Separate metallic and insulating regions place dopants away from current paths, targeting higher Tc without sacrificing Jc.
- Superconducting Hydride Compositions for High-Temperature Pressure Tuning
The disclosed hydride compositions use pressure, temperature, and molecular exchange to achieve superconductivity up to 287 K at 267 GPa.
- Superconducting Stator Winding Eddy Current Suppression
Inverted strand patterns in unit windings cancel circulating eddy currents to enhance superconducting machine efficiency.
- Roebel Winding with Alloy Shell for Superconducting Generator
A Roebel winding structure uses a high strength alloy shell to protect superconducting conductors from mechanical stress.
- PdTe2 Superconducting Electrode for Topological Insulator Stability
An inert gas annealing process prevents oxidation at the interface, maintaining topological insulator characteristics and enhancing Majorana particle stability.
- Tapered Superconductor Windings for Electric Machine Power Density
Reducing superconductor width in winding head regions lowers machine weight and volume while maintaining energy efficiency.
- Superconductor Tape Nanocolumn Alignment via X-ray Monitoring
Real-time X-ray monitoring aligns BaMO3 nanocolumns, resolving inconsistent lift factors and ensuring high critical currents at low temperatures.
- Non-stoichiometric Nb5+ Doping in KNN Ceramics for Thermal Stability
Non-stoichiometric Nb5+ doping modifies B-site composition in potassium sodium bismuth niobate ceramics to enhance piezoelectric properties.