슈퍼커패시터 : 원리 및 재료

슈퍼커패시터 개론
1. 기초 원리와 주요변수 ······························································ 10
1.1. 기초 원리 ············································································· 10
1.2. 주요 변수 ············································································· 13
2. 슈퍼커패시터 성능 평가 ························································· 15
2.1. 3-전극 셀 시스템(three-electrode cell system) ······················ 15
2.2. 2-전극 셀 시스템(two-electrode cell system) ······················· 17
2.3. 슈퍼커패시터 성능의 분석과 평가 ········································ 20
참고문헌 ····················································································· 33

슈퍼커패시터용 재료
1. 전극 재료 ················································································ 39
1.1. 탄소 재료 ············································································· 39
1.2. 전도성 고분자(conductive polymers) ··································· 46
1.3. 금속 산화물 및 수산화물(metal oxides and hydroxides) ······ 47
1.4. 금속 질화물 ········································································· 50
1.5. 복합재료 ·············································································· 50
2. 전해질 ···················································································· 51
2.1. 액체 전해질 ········································································· 52
3. 집전체 ···················································································· 60
4. 바인더(binder) ········································································ 62
5. 분리막(separator) ··································································· 63
참고문헌 ····················································································· 65

본 교재의 전체적인 구성은 많은 고민과 토론을 거쳐 전기이중층 커패시터에서 일어나는 반응의 기초를 다루고 전극 재료, 전해질, 집전체, 바인더, 분리막 등 핵심소재에 대한 구조와 성질 및 이들의 반응 등을 다루었으며 이중 고분자공학 전공자들의 심층 학습을 유도하기 위하여 성능 평가, 전극재료, 전해질 등의 내용을 최근 연구동향과 더불어 추가로 제시하였다.