Organic Conductors TRIZ Cases
- CNT-PDMS Flexible Electrodes for Porous TENG Conductivity and Stretchability
CNT-PDMS composite electrodes replace rigid copper in porous PDMS sponge TENGs to improve conductivity under strain for wearable use.
- Solid-State Battery Electrode Coating for Lower Interface Resistance
A conductive polymer coating on carbon additives fills interfacial voids in solid-state battery electrodes, lowering resistance and raising discharge voltage.
- 3D Spacer Fabric TENG Asymmetry With PDMS for Higher Output Voltage
Architectural asymmetry and a PDMS layer raise 3D spacer fabric TENG output voltage by increasing effective triboelectric charge density.
- Electrochromic Layers Using N-Doped Polymers Instead of ITO
N-doped conductive polymers replace fragile, costly ITO layers while preserving transparency, low resistance, and flexible electrochromic design.
- Electrochromic Layers Using n-Doped Polymer Instead of ITO
n-Doped PBDF replaces brittle, scarce ITO in electrochromic stacks while preserving transparency, conductivity, and flexible multilayer integration.
- Conductive Silk Fibroin Coating via In-Situ PEDOT Polymerization
In-situ PEDOT polymerization on treated silk fibroin improves conductivity and substrate integration while preserving biocompatibility for flexible sensors.
- Organic/Metallic Hybrid Polymer Composite for Electrochromic Devices
Ionic liquid composite with organic/metallic hybrid polymer retains counter anions to maintain durability under high temperatures.