Material Analysis Using Microwave Means TRIZ Cases
- Dielectric Layer Permittivity and Thickness Measurement
Dual-frequency electromagnetic sensing extracts simultaneous thickness and permittivity values from pipeline wall deposits without prior material knowledge.
- Object Detection Using Correlation Matrices for Millimeter Wave Imaging
A signal processing apparatus generates object images using correlation matrices to reduce hardware complexity.
- Wide-field diamond magnetic imaging for high-throughput particle analysis
Diamond magnetic imaging resolves single-particle precision while maintaining ensemble throughput via nitrogen-vacancy center arrays.
- Phase Confocal Near-Field Microwave Imaging in Dispersive Media
Frequency domain phase delay processing compensates for dispersive media effects, improving flight time estimation accuracy and image resolution.
- Non-Invasive RF Protein Denaturation Detection for Cooking Control
Radio frequency signals detect protein denaturation levels in food to determine doneness without invasive probes.
- Microwave Spectroscopy Gas Concentration Measurement
A microwave spectroscopy device measures gas concentrations using dual antennas and solid-state sensors.
- Microwave Imaging Sensor for Reverse Osmosis Membrane Monitoring
Microwave imaging sensors detect membrane leakage and fouling in real time, replacing fixed schedules with precise condition-based replacement timing.
- Detection Model Generation for Electromagnetic Wave Sensors
A model providing apparatus generates detection models based on reflected electromagnetic wave signals.
- Terahertz Imaging Through Viscous Residues
A transparent flattening plate and terahertz imaging system inspect surfaces covered with viscous residues without mechanical removal.
- Adjustable Contactless Metal Property Measurement Device
A measuring device with movable transmitting and receiving units enables precise contactless property determination of metal products.
- Float Radio Wave Salinity Measurement
Radio wave reflection from a height-adjusting float enables remote salinity measurement across large salt fields.
- RF Energy Processing State Sensing Feedback Control
A controller adjusts RF energy application using computed feedback signals to monitor processing states.
- Magnetometer with Dual RF Elements and Optical Waveguide
Dual radio frequency elements provide uniform excitation while an optical waveguide directs emitted signals, resolving bandwidth and sensitivity trade-offs.
- Microfluidic Sensor Chip with Metamaterial Resonance for Terahertz Detection
A microfluidic sensor chip integrates a metamaterial layer with multiple resonance patterns to amplify terahertz signals for precise bio-detection.