Analysis By Electrical Excitation TRIZ Cases
- Reverse-Vortex ICP Torch for Stable Shorter Plasma Paths
Reverse vortex flow shortens the ICP plasma path while maintaining stability, cutting argon and power use for faster spectrometry.
- Reverse Vortex ICP Torch to Reduce Plume Broadening
Reverse vortex flow cuts ICP plume broadening 10-fold, enabling faster spectrometry with lower power and argon consumption.
- Multi-Section Neural Network for Time-Series Abnormality Detection
Multiple neural network sections and output concatenation improve time-series abnormality detection precision for real-time manufacturing control.
- Split-Ring Plasma Spectrometry for Portable High-Density Analysis
A split-ring resonator sustains high-density plasma in a portable setup, enabling rapid field spectrometry without lab sample transport.
- Electrical Steel Oxide Layer for Coating Adhesion and Low Iron Loss
A controlled iron oxide layer replaces the glass film to improve coating adhesion while reducing iron loss in grain-oriented electrical steel.
- Electrical Steel Sheet Oxide Layers for Coating Adhesion and Iron Loss
Controlled pickling and heat treatment form oxide layers that stabilize coating adhesion while lowering high magnetic field iron loss.