Single Layer Graphene TRIZ Cases
- Graphene Quantum Material Preparation by Ultrafast Laser Decomposition
Ultrafast laser decomposition of carbon precursors improves graphene quantum material yield while controlling functional groups and micro-nano structure.
- Edge-Oxidized Single-Layer Graphene for Controlled Functionalization
Ultra-low-frequency AC electrolysis oxidizes only graphene edges, improving water solubility while preserving the planar structure.
- Multilayer Graphene Scaffold for Osteogenic Stem Cell Differentiation
A multilayer graphene film scaffold promotes osteogenic stem cell differentiation without added growth factors, avoiding immune-response and cost issues.
- Single-Layer Graphene Cured Granules via Pressure-Driven Exfoliation
Gas pressurization and rapid release expand cured granules to exfoliate graphite into high-purity single-layer graphene at industrial scale.
- 2D Microporous Graphene via Zeolite Templating for Uniform Nanopores
A 2D zeolite template guides carbon deposition and leaching to form graphene with uniform nanopores, high pore density, and selective permeation.
- Graphene-Water Membrane Transfer Without Polymer Residues
Water surface tension supports a graphene-water membrane for direct transfer, avoiding polymer contamination, deformation, and residue.