Simple correlation analysis has been performed to analyzed between air pollutants and vehicle speed, length of underground roadway is used by passage and motorway. Measured pollutants was PM₁₀(particulate less than 10 μm), TSP(total suspended...
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https://www.riss.kr/link?id=A107781611
1998
-
539
KCI우수등재
학술저널
142-148(7쪽)
0
상세조회0
다운로드다국어 초록 (Multilingual Abstract)
Simple correlation analysis has been performed to analyzed between air pollutants and vehicle speed, length of underground roadway is used by passage and motorway. Measured pollutants was PM₁₀(particulate less than 10 μm), TSP(total suspended...
Simple correlation analysis has been performed to analyzed between air pollutants and vehicle speed, length of underground roadway is used by passage and motorway. Measured pollutants was PM₁₀(particulate less than 10 μm), TSP(total suspended particulate) and NO₂(Nitrogen dioxide). All of the underground roadway higher than outdoor ambient. Therefore stagnation of particulate & NO₂ was accelerate in tunnel and PM₁₀, TSP and NO₂ have shown relative high positive correlation with length of underground roadway. Vehicle speed have shown significant R²(0.7241) with PM₁₀. The other hand is not significants R²(0.4212) with TSP. Between vehicle speed and NO₂ Regression curve and R² was indicated as 0.0415x²-2.875^x+ 115.31 and 0.653 respectively
목차 (Table of Contents)
한약재중의 중금속 함량 측정시 분석정도관리법에 관한 연구
활성슬럿지공정에서 중금속처리균주의 합성 중금속폐수처리능력
보라성게의 초기 배 발생계를 이용한 우리나라 서해해역 연안해수의 생물학적 평가