- HOME
- SITEMAP
Site Map
Click menu name to go to the page you want.
- Research
-
Key Research Areas
- Synthesis of Low-Dimensional Nanomaterials and Their Applications
- Development of Functional Composite Materials Incorporating Nanocarbons
- Next-Generation Carbon Fibers
- Smart Polymer Materials
- Development for the process technology of composite material for the structure
- Techniques for Recycling Composite Materials
- Research Department
- Research Equipment Joint Use
- Research achievement
- KOREA
-
이동
-
- Research
- Key Research Areas
-
Development of Functional Composite Materials Incorporating Nanocarbons
- Synthesis of Low-Dimensional Nanomaterials and Their Applications
- Development of Functional Composite Materials Incorporating Nanocarbons
- Next-Generation Carbon Fibers
- Smart Polymer Materials
- Development for the process technology of composite material for the structure
- Techniques for Recycling Composite Materials
Development of Functional Composite Materials Incorporating Nanocarbons
- Synthesis of Low-Dimensional Nanomaterials and Their Applications
- Development of Functional Composite Materials Incorporating Nanocarbons선택됨
- Next-Generation Carbon Fibers
- Smart Polymer Materials
- Development for the process technology of composite material for the structure
- Techniques for Recycling Composite Materials
Development of Functional Composite Materials Incorporating Nanocarbons
Nanocomposite housing techniques with high heat resistance and electromagnetic shielding for hypersonic vehicle applications , Architecture and dimension control technologies for electromagnetic shielding film , Shape and dimension control technologies for electromagnetic shielding materials
Neutron exposure in space , BNNT: optimal structural material for neutron shielding , Evaluation of neutron shielding panels in space (MISSE) , Development of BNNT-based high heat resistance and high mechanical strength defense materials for neutron shielding
Key Research Areas
- Electromagnetic shielding composite materials based on nanocarbons/metals
- Neutron shielding composite materials
- Thermal interface composite materials for aerospace applications
- Modification and functionalization of carbon, metal, and oxide nanocomposites
- Nanocomposites with high mechanical strength
- Thermal interface/high electrical conductivity composite materials
- Insulating materials for nanodevices
Major Research Outcomes
- High-quality carbon nanotube mass production technology
- Liquid crystal phase formation technology using carbon nanotubes
- Synthetic protocols for highly crystalline BNNTs
- Selective synthesis for single-walled and double-walled BNNTs
- Liquid crystal phase formation technology using BNNTs
- Compositing and fiber manufacturing technologies using BNNTs/polymers
- Synthetic protocols for high-quality graphene oxides
- Development of synthetic and compositing protocols for low-dimensional carbon, metal, and oxide nanomaterials
- Development of film-forming and morphology-controlling technologies using low-dimensional carbon, metal, and oxide nanomaterials