Material Resistance TRIZ Cases
- Carbon Nanotube Composite Sensors for Nitric Oxide Detection
Composite sensors using functionalized carbon nanotubes and metal nanoparticles detect nitric oxide at low concentrations while resisting humidity interference.
- Capacitive Plate Pairs for Composite Ply Inconsistency Detection
Capacitive plate pairs measure electrical resistance across composite surfaces to map ply inconsistencies that traditional ultrasound inspection cannot detect.
- Polyethyleneimine Gas Sensor for Non-Invasive COPD Diagnosis
A polyethyleneimine sensing layer detects carbon dioxide through electrical property changes.
- Fluid Conductivity Sensor Driving Circuit for Anti-Fouling
A driving circuit uses pulse width modulation and an H-bridge to generate opposing signals.
- Cr2O3-ZnCr2O4 Nanocomposite for Methylbenzene Gas Sensing
A Cr2O3 and ZnCr2O4 nanocomposite detects methylbenzenes through catalytic oxidation reactions.
- GaN Nanowire Gas Sensor with UV Light Activation
GaN nanowire sensors functionalized with metal nanoparticles achieve selective detection at room temperature, eliminating high-power heating requirements.
- Galvanic Dryness Sensor with Hydrophobic Coating
A galvanic sensor detects water droplets using thin metal wires and a hydrophobic coating that prevents breakdown in humid environments.
- Nonfouling Biosensor with Dielectric Layer Separation
A carbon nanotube biosensor uses a dielectric layer to separate capture agents from the channel, enabling sensitive analyte detection.
- Nanoparticle Gas Sensors for Fast H2S Detection
Metal oxide nanoparticle sensors with thin-film heating elements enable rapid hydrogen sulfide detection.
- Chemically-Selective Percolation Switch for Ultra-Low Power Chemical Analysis
A chemically-selective percolation switch uses a binding agent to form conductive pathways only upon target detection.
- Sensitive Membrane Gas Sensor Water Interference Reduction
A sensitive membrane with controlled conductive particle ratios reduces water interference while maintaining accurate volatile organic compound detection.
- Conductive Polymer Airborne Contaminant Sensor
A conductive polymer film detects airborne contaminants through deprotonation reactions that alter electrical conductivity.
- MOx Gas Sensor Ozone Interference Reduction via Temperature Cycling
Periodic temperature cycling reduces ozone concentration before measurement, eliminating baseline shifts and improving VOC accuracy.
- Ethylene Sensor Using Metal Carbon Complexes
Metal carbon complexes integrated with carbon nanotubes enable selective ethylene detection below 20 ppm despite oxygen and water interferents.
- Organophosphorus Detection via Receptor Cyclization
A receptor molecule undergoes intramolecular cyclization with organophosphorus compounds, generating distinct electric charges detectable through variations in resistance or transconductance.