Conductive Layers On Insulating-Supports TRIZ Cases

Mixed hardness conductive particles penetrate oxide films on terminals to reduce connection resistance without causing structural deformation.

A silver nanowire ink formulation disperses conductive wires in a solvent with acrylic-urethane resin and viscosity modifiers.

Replacing scarce indium with zinc oxide doped with group 14 elements maintains high transparency.

Fluorinated dopant polymer resolves the trade-off between conductivity and transparency in conductive films.

Plasma deposited titanium and gold layers on polymer cores resolve adherence and radiopacity contradictions in pacemaker leads.

Rupturing liquid metal droplets in an elastomer matrix create conductive pathways for real-time structural health monitoring.

Phenolic resin coatings with quaternary phosphonium salts prevent charge-up defects in high sphericity toners.

Surface-segregated silicone main-chain urethane resolves the contradiction between mechanical strength and non-tackiness in stretchable films.

A transparent conducting film laminate structure with a thick protection film and adhesive layer stabilizes the substrate during processing.

Controlling Zn2TiO4 grain size in a sintered oxide target prevents abnormal discharge and cracking during high-power film deposition.

Incorporating a polysiloxane block copolymer into polyrotaxane reduces hydrolysis and maintains dielectric strength under high humidity.

Adding polyglycerol and xylitol stabilizes the aqueous dispersion medium, preventing metal particle agglomeration and ensuring uniform conductive patterns.

Vertically aligned silver nanolines molded in polymer replace high-cost ITO to enable flexible, low-temperature transparent electrode production.

Laminating a photosensitive conductive film onto a substrate forms low-resistance patterns via photolithography, avoiding complex sputtering or etching steps.

A segmented metal layer lightning protection system uses discrete conductive pins to maintain electrical connectivity across wind turbine blade surfaces.

A conductive polymer composition uses a phenolic compound and thickener to control viscosity for capacitor and battery applications.