Electrostatic Field Measurements TRIZ Cases
- Wheel Electrostatic Sensing for Wet and Dry Road Detection
By combining wheel-speed data with triboelectric charge variation sensing, this case improves wet and dry road detection with simpler hardware.
- Dual-Probe Static Charge Measurement for Wafer Surface Accuracy
Dual probes on opposite wafer surfaces use grounded shielding to block field interference and map static charge without contact or contamination.
- Gas Cell Electric Field Sensing for High-Voltage Line Measurement
A gas cell uses the molecular Stark effect to measure electric fields near high-voltage lines, enabling indirect voltage sensing with lower complexity.
- Meta-Surface Vapor Cell Structure for Low-Scattering RF Electrometry
3D glass meta-surfaces tune refractive index to cut RF scattering in alkali vapor cells, improving SNR and scalable electrometry.
- Electrostatic Charge Sensor With High-Impedance Pads for Weak Fields
Shared contact pads leak current at high temperature; pumped driver signals create high impedance for weak-field detection.
- Capacitive Sensor for Electrostatic Potential Measurement
A capacitive sensor detects ambient electric fields using a non-linear dielectric and solid-state switching.
- Foil-leaf electrometer with permanent deformation for static field detection
Thin conductive foil leaves permanently deform upon electrostatic repulsion, resolving the contradiction between measurement precision and device complexity.
- Electrostatic Distribution Measuring Instrument Using Carbon Nanotubes
Carbon nanotube sensing elements measure static electricity potential without physical contact, preventing exponential decay of test values over time.