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Measurement of atmospheric black carbon in some South Mediterranean cities 一些南地中海城市大气中黑碳的测量
Q3 Environmental Science Pub Date : 2019-10-24 DOI: 10.17159/caj/2019/29/2.7500
H. Merabet, R. Kerbachi, N. Mihalopoulos, I. Stavroulas, M. Kanakidou, N. Yassaa
This study aims to investigate, for the first time in Algeria, the atmospheric black carbon (BC) concentrations over one year measured at the Scientific Observatory of Algiers and to compare their concentration levels with other Mediterranean cities (i.e., Athens and Crete). The diurnal cycles as well as seasonal variations of BC concentrations were evaluated and attributed to their emission sources (fossil fuel: BCff and wood burning: BCwb). The annual mean concentrations of BC, BCff and BCwb were 1.113±2.030, 1.064±2.002 and 0.049±0.262 µgm-3, respectively. The highest seasonal mean concentrations were recorded in summer and autumn with 1.283±1.346 and 1.209±1.149 µgm-3 for BC and 1.217±1.431 and 1.177±1.151 µgm-3 for BCff, respectively. However, the lowest mean concentrations were recorded in winter and spring with 1.023±1.189 and 0.966±0.964 µgm-3 for BC and 0.933±1.177 and 0.956±0.874 µgm-3 for BCff, respectively. For BCwb, the highest mean concentrations were reached in winter and summer with 0.090±0.055 and 0.066±0.050 µgm-3, respectively, very likely due to the forest fires and long-range transport of air pollution from Europe. The lowest mean concentrations of BCwb were recorded in autumn and spring with 0.032±0.033 and 0.010±0.021 µgm-3, respectively. Seggregating BC levels into eight wind sectors, showed that the prevailing BC pollution with concentrations reaching up to 5.000 µgm-3 originated from the North-West wind sector. A source apportionment of BC for the wet and dry period was also perfomed followed by a back trajectory cluster analysis for long-range transport.
这项研究的目的是首次在阿尔及利亚调查阿尔及尔科学观测站一年测量的大气黑碳(BC)浓度,并将其浓度水平与其他地中海城市(即雅典和克里特岛)进行比较。评估了BC浓度的日循环和季节变化,并将其归因于其排放源(化石燃料:BCff和木材燃烧:BCwb)。BC、BCff和BCwb的年平均浓度分别为1.113±2.030、1.064±2.002和0.049±0.262µgm-3。夏季和秋季平均浓度最高,BC分别为1.283±1.346和1.209±1.149µgm-3, BCff为1.217±1.431和1.177±1.151µgm-3。BC和BCff的平均浓度在冬季和春季最低,分别为1.023±1.189、0.966±0.964µgm-3和0.933±1.177、0.956±0.874µgm-3。对于BCwb,冬季和夏季的平均浓度最高,分别为0.090±0.055µgm-3和0.066±0.050µgm-3,很可能是由于森林火灾和来自欧洲的空气污染的远程输送。bbcb的平均浓度在秋季和春季最低,分别为0.032±0.033µgm-3和0.010±0.021µgm-3。将BC水平划分为8个风区,结果表明,主要的BC污染浓度高达5000µgm-3,来自西北风区。对湿期和干期的BC源进行了分配,然后对远程运输进行了反轨迹聚类分析。
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引用次数: 3
Air Quality Management or Best Practicable Means 空气质素管理或最佳可行方法
Q3 Environmental Science Pub Date : 2019-09-17 DOI: 10.17159/CAJ/1978/4/1.7385
N. Boegman
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引用次数: 0
Notes on atmospheric pollution dispersion studies at the AEC AEC的大气污染扩散研究说明
Q3 Environmental Science Pub Date : 2019-09-15 DOI: 10.17159/caj/1989/7/8.7298
A. Grundling, R.G Von Gogh
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引用次数: 0
Electrostatic precipitator training course 静电除尘器培训课程
Q3 Environmental Science Pub Date : 2019-09-15 DOI: 10.17159/caj/1989/7/7.7294
H. O. Egenes
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引用次数: 0
A survey of indoor exposure to radon in South Africa 南非室内氡暴露调查
Q3 Environmental Science Pub Date : 2019-09-15 DOI: 10.17159/caj/1989/7/7.7292
A. H Leuchner, D. As, A. Grundling, A. Steyn
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引用次数: 4
Ons atmosfeer en die kwesbaarheid daarvan
Q3 Environmental Science Pub Date : 2019-09-15 DOI: 10.17159/caj/1989/7/8.7296
C. W. Louw, P. Odendaal
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引用次数: 0
SA scientists contribute to research on climatic change 南非科学家对气候变化的研究做出了贡献
Q3 Environmental Science Pub Date : 2019-09-15 DOI: 10.17159/caj/1989/7/7.7295
E. Brunke, R. B. Wells
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引用次数: 0
Die opleiding van omgewingsingenieurs in Suid-Afrika
Q3 Environmental Science Pub Date : 2019-09-15 DOI: 10.17159/caj/1989/7/8.7297
Uys Grimsehl
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引用次数: 0
Gas cleaning by gas-to-particle conversion technology 气体颗粒转化技术的气体净化
Q3 Environmental Science Pub Date : 2019-09-15 DOI: 10.17159/caj/1989/7/8.7299
R. Strydom, R.G Von Gogh
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引用次数: 0
Indoor-outdoor air particulate study in a Soweto home 索韦托一户人家的室内外空气微粒研究
Q3 Environmental Science Pub Date : 2019-09-15 DOI: 10.17159/caj/1989/7/7.7293
H.T Tsongwe, J S Kgamphe, H. Annegarn, J. Sellschop
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引用次数: 1
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