정책연구보고서

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제1장 서론 ··································································································· 1
 

제1절 나노기술의 경제적 영향평가 연구 ··············································· 1
 

1. 연구의 배경 및 목적··············································································· 1
 

2. 연구의 개요······························································································ 2
 

제2절 나노기술의 경제적 영향평가 연구내용 및 범위 ························ 3
 

제2장 나노기술의 경제적 영향평가 방법론 ············································· 4
 

제1절 ‘DEFRA’방법론 ·················································································· 5
 

1. ‘DEFRA’ 방법론의 절차··········································································· 5
 

2. 방법론 개요······························································································· 6
 

제2절 ‘DEFRA’ 방법론 적용 사례 ····························································· 7
 

1. DIESEL-산화세륨첨가물 사례······························································· 7
 

2. 사례의 절차와 데이터·············································································· 8
 

3. ‘DEFRA’ 방법론 적용 사례의 경제적 가치 계산································· 10
 

4. ‘DEFRA’ 방법론 적용 사례의 결과························································ 12
 

제3장 경제적 영향평가 대상 선정 및 분석 ·············································· 14
 

제1절 경제적 영향평가 대상 산업 선정 ··················································· 14
 

1. 경제적 영향력이 큰 산업 선정······························································· 14
 

2. ‘나노 융합 기술 분야’에 적합한 산업 선정··········································· 16
 

제2절 경제적 영향평가 대상 산업(반도체)에 대한 이해 ······················· 18
 

1. 반도체·········································································································· 18
 

1-1. DRAM 메모리 반도체············································································ 23
 

2. 디스플레이(Display) ················································································ 27
 

2-1. LCD(Liquid Crystal Display) ····························································· 32
 

3. 이차전지······································································································ 38
 

3-1. 리튬이온 배터리····················································································· 41
 

 

제3절 경제적 영향평가 대상 기술 및 제품 선정 ······································ 47
 

1. 반도체(DRAM 메모리)에서 나노기술 또는 제품의 적용···················· 48

 

]2. 디스플레이 산업(LCD)에서 나노기술 또는 제품의 적용·················· 52
 

3. 이차전지(리튬이온)에서 나노기술 또는 제품의 적용························· 58
 

제4장 산업별 데이터 수집 및 경제적 영향평가 ······································· 64
 

제1절 반도체 산업 (DRAM 메모리 반도체) ·············································· 64
 

1. 반도체 산업(DRAM 메모리 반도체) 데이터·········································· 64
 

2. 반도체 산업 (DRAM 메모리 반도체)에서 나노기술의 경제적 가치 계산 69
 

제2절 디스플레이 산업 (LCD) ··········································································· 81
 

1. 디스플레이 산업(LCD) 시장 데이터····························································· 81
 

2. 디스플레이 산업(LCD) 에서 나노기술의 경제적 가치 분석····················· 87
 

제3절 이차전지 산업 (리튬이온 배터리) ························································· 99
 

1. 이차전지 산업(리튬이온 배터리) 데이터······················································ 99
 

2. 이차전지 산업(리튬이온 배터리)에서 나노기술의 경제적 가치 분석····· 105
 

제5장 산업별 경제적 영향 평가 ········································································ 118
 

제1절 산업별 경제적 영향 평가(연구진) ························································ 118
 

1. 반도체(DRAM 메모리 반도체) ···································································· 118
 

2. 디스플레이 산업(LCD) ················································································· 122
 

3. 이차전지(리튬이온 배터리) ········································································· 126
 

제2절 산업별 경제적 영향 평가(전문가) ························································ 130
 

1. 메모리 반도체(DRAM) ················································································· 130
 

2. 디스플레이 산업(LCD) ················································································· 131
 

3. 이차전지(리튬이온 배터리) ········································································· 133
 

제3절 산업별 경제적 영향 평가의 확장 ·························································· 135
 

1. 반도체 산업(DRAM 메모리 반도체) ··························································· 135
 

2. 디스플레이 산업(LCD) ················································································· 136
 

3. 이차전지 산업(리튬이온 배터리) ································································ 136
 

제6장 결론 및 제언 ···························································································· 138
 

1. 결론················································································································ 138
 

2. 국가나노기술 정책 제언··············································································· 141
 

3. ‘DEFRA' 방법론 연구의 제언 및 한계······················································· 143

 

참고문헌 ············································································································· 145
 

부록 1. 나노기술의 경제적 영향 평가를 위한 설문 ····································· 149
 

부록 1-1. 반도체(메모리 반도체 D램) ··························································· 167
 

부록 1-2. 디스플레이(LCD) ············································································· 168
 

부록 1-3. 2차 전지(리튬 이온 배터리) ············&