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首页> 外文期刊>Journal of Hazardous Materials >Study of ambient air particulates pollutants near Taichung airport sampling site in central Taiwan
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Study of ambient air particulates pollutants near Taichung airport sampling site in central Taiwan

机译:台湾中部台中机场采样点附近的环境空气颗粒物污染物研究

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摘要

This study monitored the atmospheric pollutants at Taichung airport (TA) sampling site during September to December of 2005 near Taiwan Strait in central Taiwan. The distributions of the particle concentrations between the TSP, coarse and fine were also displayed at TA sampling site. Analysis the average percentage of various kinds of metallic elements, the data obtained here indicated that the average percentage concentrations of metallic elements Fe and Mg were higher in fine particulate than that of the coarse particulate at Taichung airport sampling site. These foundry factories were by the TA sampling site was the possible reason responsible for this result. In addition, by a non-parametric (Spearman) correlation analysis, the results indicated that Fe, Mn and Pb have high correlation coefficients of metallic elements in different particle size. The results indicate that the airport pollutants might come from similar pollutant sources at this airport sampling site. In addition, high correlation coefficients of non-airport pollutants were observed on the ionic species of SO_4~(2-), NH_4~+ and K~+. The r_(sp) correlate values between closed to r_(sp) = 0.7 and 0.9 at different particles size mode. Besides, the ionic Ca~(2+) has high negative values (r_(sp) = -0.66, -0.66 and 0.61) with the increasing of the temperature, relative humidity and wind speed, respectively at fine particle size.
机译:这项研究于2005年9月至12月在台湾中部台湾海峡附近的台中机场(TA)采样点监测了大气污染物。在TA采样点也显示了TSP,粗颗粒和细颗粒之间的颗粒浓度分布。通过分析各种金属元素的平均百分比,这里获得的数据表明,在台中机场采样点,细颗粒中金属元素Fe和Mg的平均百分比浓度高于粗颗粒中的平均百分比浓度。这些铸造厂是由TA采样站负责的,可能是造成这一结果的原因。此外,通过非参数(Spearman)相关分析,结果表明,Fe,Mn和Pb在不同粒径下具有较高的金属元素相关系数。结果表明,该机场采样点的机场污染物可能来自类似的污染物源。另外,在SO_4〜(2-),NH_4〜+和K〜+的离子种类上还发现了非机场污染物的高相关系数。在不同的粒度模式下,r_(sp)使值接近于r_(sp)= 0.7和0.9。此外,随着温度,相对湿度和风速的增加,离子Ca〜(2+)在细粒度下分别具有较高的负值(r_(sp)= -0.66,-0.66和0.61)。

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