Superconductors/Hyperconductors TRIZ Cases
- Oxide Superconducting Wire Dual Stabilizing Layer
Composite Ag-Cu-Ni undercoat prevents moisture infiltration and pinhole formation while lowering material costs.
- Superconducting Wire Substrate Asymmetric Surface Roughness
Controlled asymmetric surface roughness prevents substrate damage during handling while ensuring high crystalline orientation for superconducting layers.
- Planar Microstrip Filter with Movable Dielectric Components
Movable dielectric structural components arranged at specific intervals suppress cavity mode resonance in a planar microstrip filter housed in a metal case.
- High-Temperature Superconducting Coil with MIT Insulation
Metal-insulator transition layer insulates adjacent superconducting wires to enable rapid electromagnetic response.
- Superconducting Wire Insulation Coating Surface Roughness Control
A superconducting wire features a resin insulation coating applied to a laminated substrate with controlled surface roughness.
- Superconducting Shield for Quantum IC Magnetic Isolation
Strategic dielectric layering and superconducting shields reduce magnetic interference noise while managing device complexity in quantum processors.
- Joined Superconductive Articles Low-Profile Splice
A superconducting article joins segments via a low-profile splice and copper interlayer, reducing joint resistance while maintaining mechanical stability.
- Superconducting Wire With Thin Protection Layer For High-Frequency Coils
A superconducting wire uses a thin conductive protection layer to guide high-frequency currents through the superconductor.