Gas Dispersion Analysis TRIZ Cases
- Chemical Solution Inspection Using Dual-Region Resistance Sensing
Dual-region electrical resistance sensing distinguishes particles from bubbles in chemical solutions while avoiding large, costly inspection equipment.
- Bubble Measurement Cover for Distortion-Free Liquid Inspection
A refractive-index-matched cover creates a flat inspection area to detect small bubbles accurately in curved liquid supply components.
- Electrolyte Bubble Monitoring Using Laser Scattering in Flow Batteries
Laser scattering tracks bubble size distribution and void volume in flow battery electrolyte to prevent cavitation, capacity loss, and gas buildup.
- Substrate Liquid Processing Bubble Imaging for Stable Treatment
Imaging and bubble-data analysis replace subjective visual checks, enabling stable substrate liquid treatment through condition adjustment.
- Flow Cytometry Imaging with Multi-Velocity Interrogation Zones
Multiple velocity zones in a flow channel balance low coincidence with higher photon collection for high-rate, high-resolution cell imaging.
- Microbubble Dispersion Measurement Using Magnetic Particle Differentiation
A time-varying magnetic field separates microbubbles from solid particles in scattered-light measurement, improving concentration and size analysis.
- Heated BAW Resonator Sensing for Accurate Particle Detection
Periodic heater modulation stabilizes BAW resonant frequency against ambient variation, improving particle sensitivity, selectivity, and noise control.
- Asynchronous Vision Sensor Layout for Low-Power Water Measurement
Asynchronous pixel sensing lets the vision sensor sit closer to the illumination unit, cutting power use while preserving accurate water-object measurement.