초록

1.차세대 대용량 리튬공기전지의 양극재로 크게 각광받을 Highly-oriented CNT sheet를 개발
2. 다지류 생물을 모방하여 리튬이차전지 음극 바인더용 고분자와 해당 바인더에 최적화된 가교제를 개발
3. 적은 양의 시료와 높은 재현성으로 목표 물질에 강하게 결합하는 펩타이드 발굴이 가능한 on-chip biopanning 시스템을 개발
4. 자연 모사 나선형 나노구조체 및 3차원 나노패터닝 기술을 개발

Abstract ▼

IV. Results
1. By developing highly-oriented CNT sheet, it can be expected that the performance of Li-Air battery cathode will dramatically increase.
2. By developing novel polymeric binders inspired by living organisms, we proposed a millipede-inspired polysaccharide binder and dynamic crossl

IV. Results
1. By developing highly-oriented CNT sheet, it can be expected that the performance of Li-Air battery cathode will dramatically increase.
2. By developing novel polymeric binders inspired by living organisms, we proposed a millipede-inspired polysaccharide binder and dynamic crosslinker for anode of lithium rechargeable battery.
3. By developing an on-chip gold biopanning device, we were able to obtain reproducible biopanning results with a small amount of sample.
4. By using 1D-nano-confinement system with self-assembling liquid crystal molecules, we developed novel 3D nanofabrication to generate bio-mimic helical nanostructure and further developed 3D-nanopatterning techniques with this system.