Superconductors/Hyperconductors TRIZ Cases
- Superconducting Wire Substrate R-Face Design
Curved R-faces on the substrate side faces prevent exfoliation and ensure uniform film deposition for reliable superconducting wires.
- Twisted Superconducting Cable for Aircraft Weight Reduction
Segmented twisting and Peltier cooling reduce cable weight while maintaining structural integrity for aircraft installation.
- Superconductive Multi-Phase Cable Eccentric Thermal Contraction
Eccentric cable positioning accommodates thermal contraction, eliminating complex centring mechanisms and reducing eddy current losses.
- Evaporative-Cooled Bolometer Using Superconductor Tunneling
A superconductor tunneling barrier enables evaporative cooling of a graphene sheet via bias voltage application.
- Biaxially Textured Buffer Layers for HTS Film Production
Segmented buffer layers establish biaxial texture for superconductor deposition, reducing ion-beam processing time and cost.
- Superconducting Wire Quench Detection via Thermal Coupling
A second superconducting wire thermally couples to a primary conductor to detect hot spots through rapid phase transitions.
- Superconducting Coil Module Screening Current Control
A superconducting coil module uses integrated heating patterns to control threshold currents across individual turns.
- Bent Conductor Resonator Slits Reduce Current Concentration
Slits with narrowing intervals along a bent conductor line reduce current density at inner edges, lowering conductor loss while maintaining high power handling.
- Superconducting Tape Silver Overlayer Oxygenation
Reduced oxygenation time and low-temperature silver deposition streamline manufacturing while maintaining critical current performance.
- Superconducting Wire Metal Assembly for Conduction Cooling
A metal assembly with a thermally conductive layer on insulated superconductive wire provides isotropic heat conduction in wound coils.
- Superconducting Stabilizer Material High Residual Resistance Ratio
Copper stabilizer material with magnesium compounds fixes impurities to achieve high residual resistance ratio.
- Flashlamp Low-Inductance Cable for Thin Film Curing
Interleaved high-power wires and liquid cooling lines in a low-inductance cable deliver pulsed light to cure thin films on low-temperature substrates.
- Superconducting Interconnect Cooling via Segmented Cryogenic Zones
A segmented cooling system chills superconducting interconnects to distinct cryogenic temperatures using dedicated thermal management apparatus.
- Superconducting Gradient Coil Heat Conduction Assemblage
A heat conduction assemblage conducts thermal energy away from superconductive conductors to maintain steady-state temperatures below the critical threshold.
- Superconducting Joint for Bi-2212 Wire Eliminating Ohmic Losses
Superconducting joints eliminate ohmic losses and heat generation in Bi-2212 conductors, enabling persistent current operation without external power supplies.
- Superconducting Thin Film Adhesion via Passivated Metallic Layer
A superconducting thin film structure uses a passivated metallic intermediate layer to enhance adhesion between the substrate and oxide coating.
- Superconducting Cable Terminal Sliding Support
A superconducting cable terminal uses a vertical conductor with a through-hole to support a horizontal conductor via sliding movement.
- Superconductive Magnet Coil Binding Structure
Paired bobbin bodies connected by inner circumference-side tension members bind the air-core coil, preventing frictional heat and quench occurrences.
- Superconducting Wire Width-to-Height Ratio Optimization
A superconducting wire design adjusts the width-to-height ratio to 0.8–10 and limits width to 2 mm for compact handling.
- Superconducting Magnet Assembly with Layered Support
Alternating supporting and thermal conduction layers in the coil package distribute electromagnetic forces, reducing stress on coils and preventing quenching.
- Closed Plasma Channel Superconductor for Low-Resistance Energy Transmission
Photoionization and magnetic fields segregate plasma components into distinct channels, reducing electrical resistance in long-distance energy transmission.