臭氧和氮氧化物水平及其与气象因子的关系

A. Shihab, O. Al-Jarrah
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引用次数: 2

摘要

该研究包括使用Horiba监测站对摩苏尔市的臭氧和氮氧化物NOx(NO+NO2)浓度进行首次详细研究。本研究旨在找出这些气体的月变化及其与计量因子的关系。选取城市综合图书馆进行空气质量监测。这个地点附近是拥挤的街道和交通繁忙的十字路口。监测时间为2013年5月1日至2014年4月30日。研究发现,研究期间O3、NOx (NO、NO2)的平均浓度分别为0.0243、0.0669(0.0407、0.0263)ppm。臭氧和氮氧化物的浓度分别在炎热月份和寒冷月份较高。Spearman相关检验显示,区域与氮氧化物呈显著负相关,NO、NO2、NOx三者呈显著正相关。与气象因子的相关关系中,臭氧与温度、日照、风速、风向呈正相关,与相对湿度、气压呈显著负相关。另一方面,氮氧化物与前一组计量因子负相关,与后一组计量因子正相关。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
The Levels of Ozone and NitrogenOxides and Its Relationship with Metrological Factors
The research includes a first detailed study for ozone and nitrogen oxides NOx(NO+NO2) concentration in Mosul city using a monitoring station type Horiba. This research aims to find the monthly variation and the relationships of these gases with metrological factors. The site of general library in the City was selected for monitoring air quality. This site was nearby crowded streets and heavy traffic and intersections. The monitoring period started from 1/5/2013 to 30/4/2014. The research found that the mean concentrations of O3, NOx (NO, NO2 )during the study period reached 0.0243, 0.0669 (0.0407, 0.0263) ppm respectively. The higher levels were recorded in the hot months for ozone, and in the cold months for nitrogen oxides. Spearman correlation test showed a significant reverse relationship of zone with nitrogen oxides, while the relationships among NO, NO2 and NOx were significantly positive. For the correlation with metrological factors, ozone correlated positively with temperature, sun light, wind speed and wind direction, while it correlated significantly negative with relative humidity and atmospheric pressure. On the other hand, a nitrogen oxide correlates negatively with the former group of metrological factors and positively with the later ones.
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