목차

I. 서론················································································································1
II. 실험··················································································································3
1. 구리 전구체-알킬아민 복합체 기반의 잉크 제조································3
1) 재료···········································································································3
2) 구리 전구체-알킬아민 복합체 기반의 액체 잉크 제조·················3
3) 파라핀 왁스를 사용한 잉크 안정화 ·················································6
2. 인쇄 공정을 위한 잉크의 특성 분석·····················································9
1) 잉크의 열적 특성 분석·········································································9
2) 잉크의 저장성 분석···············································································9
3. 구리 전기전도층의 특성 분석·······························································13
1) 시간에 따른 전기 전도층의 특성 분석···········································13
2) 소결 조건에 따른 전기 전도층의 표면 및 면저항 분석·············13
3) 유연 전극 제조·····················································································15
III. 결과 및 고찰······························································································19
1. 잉크의 열적 특성 및 저장성·································································19
2. 시간에 따른 구리 전기전도층의 변화·················································26
3. 소결온도 및 소결시간에 따른 구리 전기전도층의 변화·················26
4. 유연 전극의 반복된 물리적 변형에 따른 변화·································32
IV. 결론··············································································································37
참고문헌 ············································································································· 38
영문요약 ············································································································· 40