Gao Ning, Hopke Philip K, W Reid Neville
a Ministry of Environment, Science and Technology Branch , Toronto , Canada , Ontario.
J Air Waste Manag Assoc. 1996 Nov;46(11):1035-1047. doi: 10.1080/10473289.1996.10467539.
Two types of potential source contribution function analysis- Potential Source Contribution Function (PSCF) and Total Potential Source Contribution Function (TPSCF) analysiswere employed to study the source-receptor relationships for several trace elements (vanadium, selenium, arsenic, manganese, and indium) found in precipitation and airborne particles collected at Dorset, Ontario. This study identified areas in the United States and Canada as possible emission source areas that could contribute to the trace element concentrations observed at Dorset. The identified regions in the United States generally coincide well with the locations of known emission sources, whereas the possible source regions revealed in Canada could not be adequately explained because of the absence of emission source information. The likely emission sources for these trace elements include oiland coal-fired power plants, incinerators, motor vehicles, nonferrous metal smelters, iron and steel mills, ferrous-Mn alloy plants, and Mn chemicals production.
采用两种潜在源贡献函数分析方法——潜在源贡献函数(PSCF)分析和总潜在源贡献函数(TPSCF)分析,研究了在安大略省多塞特采集的降水和空气颗粒物中发现的几种痕量元素(钒、硒、砷、锰和铟)的源-受体关系。该研究确定美国和加拿大的一些地区为可能的排放源区,这些区域可能导致了在多塞特观测到的痕量元素浓度。在美国确定的区域通常与已知排放源的位置吻合良好,而在加拿大揭示的可能源区由于缺乏排放源信息而无法得到充分解释。这些痕量元素可能的排放源包括燃油和燃煤发电厂、焚烧炉、机动车、有色金属冶炼厂、钢铁厂、铁锰合金厂以及锰化学品生产厂。