58
4. 전체 측정 기간 동안의 두 번의 고농도 사례에 대한 탄소에어로졸의 생성원 인을 규명하기 위해 15년 11월 9일과 15년 5월 22일의 역궤적 분석 및 위성 관 측 결과, 탄소 성분의 구성 분포를 비교하였다. 15년 11월 9일의 경우 다수의 산 불과 함께 한반도 전역에 두꺼운 연무층이 관측되었으며, WISOC와 HULIS-C의 탄소에어로졸 내 구성 비율이 전체 측정 기간 동안의 평균 구성 비율에 비해 증 가하였다. 16년 5월 22일의 경우 미비한 산불과 얇은 연무층이 관측되었으며, EC의 구성 비율이 증가하였다. 따라서 15년 11월 9일은 바이오매스 연소와 대기 중 2차생성에 의한 영향을 받았으며, 16년 5월 22일은 화석연료의 불완전연소 또 는 자동차에 의한 배출에 영향을 받았을 것으로 판단된다.
60
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