환경측정방법론

제1장 분석의 개요 및 절차 ···························································································· 3 1.1 환경측정의 중요성 및 개요 ···················································································· 3 1.2 환경분석 과정 및 시료 전처리 ················································································· 4 제2장 환경분석의 정도보증/정도관리 방법 ································································· 19 2.1 QA/QC의 정의 및 필요성 ··················································································· 19 2.2 주요 용어 정리 ········································································································ 20 2.3 분석결과의 신뢰성 확보 방법 ··············································································· 25 2.4 검량선 작성법 ········································································································ 31 제3장 분광분석법 기초 ································································································· 45 3.1 전자기복사선의 개념과 성질 ················································································· 45 3.2 파장영역에 따른 분광분석법의 종류 ······································································ 51 3.3 분광기기의 기본 구성 요소 ···················································································· 53 3.4 분광분석의 장단점 및 활용시 고려사항 ································································· 58 제4장 적외선분광법(FT-IR) ··························································································· 69 4.1 원리와 주요 분석정보 ··························································································· 70 4.2 분광기기 및 장치 ·································································································· 76 4.3 IR스펙트럼 해석 및 사례 ····················································································· 77 제5장 라만분광법 ·········································································································· 91 5.1 원리 및 주요 분석정보 ··························································································· 91 5.2 라만 분광법의 기기 장치 ························································································ 96 5.3 라만 분광기기 측정 순서 ························································································ 99 5.4 다른 종류의 Raman 분광법 ················································································ 101 5.5 라만 분광법의 응용 ······························································································· 102 5.6 라만 분광법을 이용한 플라스틱 분석 사례 ························································· 105 제6장 크로마토그래피-질량분석법 ············································································· 111 6.1 크로마토그래피법의 분류 ···················································································· 111 6.2 중요 용어 및 이론 ······························································································ 113 6.3 크로마토그래피 활용 및 사례 ·············································································· 121 제7장 총유기탄소 분석법(TOC) ················································································ 135 7.1 TOC 분석의 필요성 ··························································································· 135 7.2 TOC 분석법 ········································································································ 136 7.3 TOC 활용 및 사례 ····························································································· 144 제8장 자외선/가시광선 분광법 ·················································································· 149 8.1 원리 및 분석방법 ·································································································· 149 8.2 기기 및 분석과정 ·································································································· 158 8.3 UV-Vis 활용 및 사례 ··························································································· 159 제9장 형광분광법(FL) ····································································…

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