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Sources and monthly and seasonal concentration variation study of atmospheric particulates and particles-bound PAEs

机译:常压颗粒的来源和月度和季节浓度变异研究和颗粒致粒子

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摘要

The main goal of this study is to measure the ambient air of total suspended particulates at a mixed (traffic, residential and commercial) sampling site. And the concentrations of phthalate acid ester (PAE) which attached on total suspended particles were also analyzed. In addition, the possible sources of PAEs were also analyzed by the method of back trajectories. Finally, appropriate statistical methods were also used to test monthly and seasonal mean pollutants' (particulates, PAEs) concentration differences at this sampling site. The results indicated that the monthly concentration variation trends were similar for DEHP and total PAEs with the results as followed: NovemberOctoberJulyDecemberSeptember. In addition, back trajectories results also indicated that the main pollutant parcels were came from the east side of Taiwan in July. And the pollutant parcels were came from the north side of Taiwan during the month of September, October, November and December in this study. Moreover, the results also showed that the DEHP, DNOP, total PAEs' concentrations with TSP and meteorological conditions were not significantly different. But the relationship among DEHP, DNOP and total PAEs was significantly different; particularly, the relationship between DEHP and total PAEs was highly correlated in this study (R-2=0.994). Finally, the statistical analysis of total PAEs T test statistic for mean monthly concentrations results suggested that the sample population means were not differed significantly. In other words, there were not any mean monthly concentration differences for PAEs at this sampling site. The only exception was occurred in the month of September versus November. The results showed that there is a statistically significant PAEs' concentration difference between the input groups (September vs. November).
机译:本研究的主要目的是在混合(交通,住宅和商业)采样部位下测量总悬浮颗粒的环境空气。还分析了附着在总悬浮颗粒上的邻苯二甲酸酸酯(PAE)的浓度。此外,还通过后轨迹的方法分析了PAE的可能源。最后,还用于在该采样点测试每月和季节性平均污染物(颗粒,PAES)浓度差异的适当统计学方法。结果表明,每月浓度变异趋势对于DEHP和总接区的总比额类似于如下所示:11月> 10月> 7月> 12月> 9月。此外,后轨迹结果也表明,7月份主要污染物包裹来自台湾东侧。在这项研究中,10月,11月和12月,污染物包裹来自台湾北侧。此外,结果还表明,DEHP,DNOP,总PAES的TSP和气象条件的浓度没有显着差异。但DEHP,DNOP和总PAE之间的关系显着不同;特别地,在该研究中,DEHP和总PAE之间的关系高度相关(R-2 = 0.994)。最后,对于平均每月浓度的总PAES T测试统计学的统计分析表明样品群体意味着没有显着差异。换句话说,在该采样网站上没有任何平均每月浓度差异。唯一的例外在9月份与11月份发生。结果表明,投入组(9月与11月)之间存在统计上显着的PAES集中差异。

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