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Study Of Chemical Composition And Morphologyof Airborne Particles In Chandigarh, India Using Edxrf and Sem Techniques

机译:使用Edxrf和Sem技术研究印度昌迪加尔空气中颗粒物的化学组成和形态

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The elemental composition and morphology of aerosols, collected from March 95 to February 96 and March 96 to August 96 respectively in the city of Chandigarh, India is determined using Energy Dispersive X-ray fluorescence and scanning electron microscopic techniques. The elemental concentration levels are found to be higher by a factor of 2-7 in the spring season as compared to the rainy season. The concentration of spherical and non-spherical (i.e. elongated) aerosols is more in the spring season and is reduced drastically in the rainy season due to the prominent wash out effect of rains. More accurate particle classification and source identification is obtained when based on combination of chemical composition and particle morphology. Possible sources identified from this analysis are soil dust, Industrial activity. Agricultural and Garbage burning, Maritime aerosols and Automobile exhaust.
机译:使用能量分散X射线荧光和扫描电子显微镜技术确定了分别在印度昌迪加尔市于95年3月95日至2月96日和3月96日至8月96日收集的气溶胶的元素组成和形态。发现春季的元素浓度水平比雨季的高2-7倍。在春季,球形和非球形(即伸长的)气溶胶的浓度更高,由于雨水的显着冲刷作用,在雨季,气溶胶的浓度急剧下降。基于化学成分和颗粒形态的结合,可以获得更准确的颗粒分类和来源识别。从该分析中识别出的可能来源是土壤粉尘,工业活动。农业和垃圾焚烧,海洋气溶胶和汽车尾气。

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