Graphene TRIZ Cases
- Compositions of matter and methods of producing a carbonized cloth for growth of graphene nano-petals
See how plasma carbonization of cotton, hemp, or linen cloth creates a conductive substrate for
- Composite Cathode Shell Coating for Stable High-Nickel Batteries
A metal-oxide shell in a carbon matrix shields high-nickel cathodes from side reactions, cutting resistance and improving cycle life.
- Composite Cathode Shell for Stable High-Nickel Lithium Batteries
A metal-oxide and carbon shell shields high-nickel cathodes from electrolyte side reactions, improving cycle life and thermal stability.
- Blended Graphene Dispersion for Stable High-Solids Loading
Thermally produced graphenic nanoparticles and a polymeric resin dispersant keep graphene dispersions stable at high solids loading.
- Laser-Induced Graphene on Wood for Integrated IoT Sensors
Femtosecond laser writing converts wood into conductive graphene for sensors, heaters, and interconnects without chemical processing.
- Co-Doped Porous Graphene Electrodes for Stable Charge Storage
Nitrogen and sulfur co-doped porous graphene improves conductivity, redox activity, and long-cycle charge retention in battery electrodes.
- Dispersible edge functionalised graphene platelets
Partial edge oxidation keeps graphene conductive while preventing agglomeration, enabling stable high-concentration dispersions for composites and electrodes.