Superconductors/Hyperconductors TRIZ Cases
- Non-Insulated HTS Magnet Quench Protection via Co-Conductor
A non-insulated high temperature superconductor magnet design uses a co-conductor layer to divert current during quench events.
- Optical Pumping Magnetometer with Active Noise Cancellation
Active fluxgate feedback cancels environmental magnetic noise, enabling accurate biomagnetic measurements without bulky shield rooms.
- Oriented Oxide Superconductor Film via TFA-MOD and Orientation Seeds
Orientation seeds guide the TFA-MOD deposition to achieve high in-plane orientation while reducing residual impurities.
- Superconducting Wire Joining via Micro-Crystal Growth
A superconducting wire joining method uses micro-crystal growth to form a stable oxide superconducting layer between joined surfaces.
- Separable Superconducting Cable Termination Structure
Segmented tubes with a conductive spacer eliminate additional connection boxes, reducing installation area while maintaining reliable insulation.
- Praseodymium-Doped YBCO Superconductor for Magnetic Field Control
Local quality variation in a praseodymium-doped YBCO layer improves magnetic field characteristics while maintaining high transition temperatures.
- Superconducting Cable Connection Structure with Stepwise Taper Insulation
Stepwise taper shape portions and reinforcing insulating layers enhance adhesion in superconducting cable connections.
- Copper Substrate Biaxial Texture via Sputter Etching
Sputter etching activates copper foil surfaces to enable strong bonding with nonmagnetic metal sheets without mechanical deformation.