Development of novel functional materials

Development of novel functional materials

  • High-definition large-area CVD graphene synthesis
  • BNNT and h-BN synthesis and control
  • Graphene functionalization
    through unimolecular control
  • High-definition large-area 2D material
    synthesis and lamination
  • Graphene quantum
    dot synthesis
  • Carbon – metallic nanocomposite
  • 1D, 2D metallic nanomaterial
Extensive Research Areas
  • Large-area graphene synthesis and application technology
  • Nano BN (BNNT, h-BN) synthesis and control technology
  • 2D semiconductor material (transition metal chalcogenide) synthesis
  • Carbon, metal and oxide nanocomposite development
  • Functional new material thermal and electric charge delivery
    characteristic evaluation
  • New functional composite material development
Key Research Outcomes
  • Chemical vapor deposition (CVD) graphene large-area synthesis technology development
  • BNNT structure control and mass synthesis technology development
  • 2D h-BN structure control and large-area synthesis technology development
  • Large-area 2D semiconductor material (transition metal chalcogenide) synthesis technology development
  • Solution-based transition metal chalcogenide synthesis technology development
  • Multi-dimensional (0D, 1D, 2D) carbon, metal and oxide nanomaterial synthesis technology and composite technology development
  • 2D nanomaterial thermal and electric charge delivery characteristic evaluation technology development
  • Flexible material-based electronic device and integration technology development

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