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| 2번째 줄: | 2번째 줄: | ||
*영문명: Nano Space Engineering Laboratory | *영문명: Nano Space Engineering Laboratory | ||
*실장: [[박호범]] [[에너지공학과]] 교수 | *실장: [[박호범]] [[에너지공학과]] 교수 | ||
| − | *홈페이지: | + | *홈페이지: http://nsel.hanyang.ac.kr/ |
= 주요 연구 = | = 주요 연구 = | ||
| 30번째 줄: | 30번째 줄: | ||
* Microporous, rigid glassy polymer materials for hydrogen storage | * Microporous, rigid glassy polymer materials for hydrogen storage | ||
* Novel carbon-silica materials for hydrogen storage | * Novel carbon-silica materials for hydrogen storage | ||
| + | [[분류:연구실]] | ||
2020년 10월 8일 (목) 11:20 기준 최신판
- 소속: 서울 공과대학 에너지공학과
- 영문명: Nano Space Engineering Laboratory
- 실장: 박호범 에너지공학과 교수
- 홈페이지: http://nsel.hanyang.ac.kr/
목차
주요 연구
Gas Separation Membrane Materials Research
- Highly permeable superglassy polymer membranes
- Hydrogen-selective membrane materials
- Thermally stable polymer membranes for CO2 separation
- Nanoporous inorganic membrane materials
Water Purification Membrane Materials Research
- Low-fouling polymer membranes for water purification using bioinspired materials
- Highly chlorine-tolerant polymer membranes for desalination
- Membrane fabrication using e-jet printing method
- Low-fouling, bioinspired membrane materials for membrane-bioreactor (MBR) processes
Molecular Simulation Research
- Free volume element distribution of thermally rearranged polymers
- Gas sorption and diffusion of small gas molecules through polymer membranes
- Water diffusion through block copolymers consisting of hydrophilic and hydrophobic domains
- Materials design for hydrogen selective adsorption
Fuel Cell Research
- Polymer electrolyte membrane materials for fuel cells
- Investigating interfacial properties between membrane and electrode in the MEA (membrane-electrode assembly)
Hydrogen Storage Materials Research
- Microporous, rigid glassy polymer materials for hydrogen storage
- Novel carbon-silica materials for hydrogen storage
