Graphene TRIZ Cases
- Metal-Free CVD Graphene on Dielectric Substrates
Thermal decomposition of acetylene on dielectric substrates forms high-quality graphene layers while eliminating contamination from metal catalysts.
- Carbon Fiber Film Production via Nanotube Array Processing
A carbon fiber film production method pulls a nanotube array, deposits a carbon layer, and graphitizes the structure.
- 3D Foam-Like Structures via Organometallic CVD
Organometallic compound decomposition extends deposition time to produce robust 3D foam-like structures.
- Polyalkylene Oxide Dispersants for Graphene Stability
Aromatic polyalkylene oxide dispersants stabilize graphene dispersions, preventing agglomeration and enabling high filler loading.
- Low-Temperature PECVD Graphene Growth on Copper
Plasma-enhanced chemical vapor deposition grows monolayer graphene on copper at room temperature.
- Bio-based Graphene Nanocomposites for Lightweight Vehicle Parts
Bio-based graphene nanocomposites reduce manufacturing costs and energy consumption while maintaining mechanical strength for vehicle parts.
- Graphene Atomic Layer Etching via Radical Adsorption
Adsorbing reactive radicals and irradiating energy sources reduces contact resistance and eliminates oxygen residue contamination.
- Nanotube Deposition Gas Inlet Segmentation
Segmented gas inlet elements distribute process gases across substrate surfaces, resolving non-uniform coating caused by central feed limitations.
- Graphene Oxide Aerogel Beads for Thermal Management
Graphene oxide aerogel beads encapsulate phase-change materials to resolve the trade-off between thermal conductivity and form stability in battery systems.
- Graphene Production from Coal via Molten Salt Conversion
Molten salt converts coal into graphene, reducing costs by leveraging inherent graphite structures.
- Aniline Oligomer Dispersant for Graphene
An aniline oligomer dispersant prevents graphene aggregation by forming pi bonds, maintaining structural integrity and chemical stability.
- Graphene Coating on Display Glass for UV Protection
A graphene membrane protects artwork surfaces from fading and discoloration.
- Graphene Nanosheets Low PAH Plasma Oxidation
Plasma thermal oxidation removes polyaromatic hydrocarbons from graphene nanosheets, boosting conductivity and surface area.
- Plasma-Enhanced 3D Graphene for Morphology Control
Hybrid graphene material synthesized via plasma-enhanced chemical vapor deposition on nanowire substrates.
- Pulsed Waterjet Graphite Exfoliation for High-Quality Graphene
High-pressure pulsed waterjets replace manual tape methods to produce large quantities of high-quality graphene without toxic chemicals.
- Photoreduction Graphene Oxide to Graphene Low Temperature
UV photoreduction converts graphene oxide to graphene below 100°C, bypassing high-temperature chemical vapor deposition constraints.
- Graphene Quantum Dots Monodisperse Synthesis via Oxidation
One-step synthesis converts carbon black to graphene quantum dots with monodisperse size distribution, resolving low yield and non-uniformity issues.