首页 | 本学科首页   官方微博 | 高级检索  
     检索      

An estimate of the conversion rates of SO_2 to SO_4~(2-)- and NO_2 to HNO_(3+) NO_3~- for the evaluation air pollution in Beijing
作者姓名:Kazuhiko Sakamoto  Katsunori Kimijima  Tadao Suzuki  Masahiro Uchiyama  Yoshikazu Hashimoto  Hisao ohta  Yasuaki maeda  Nobutoshi Horiuchi  Shin Suzuki
作者单位:Saitama University,Japan.,Saitama University,Japan.,Automobile Research Institute,Japan.,The National Institute Environmental Sciences,Japan.,Keio University,Japan.,Chiba Environmental Protection Association,Japan.,Osaka Prefectural University,Japan.,Chiba University,Japan.,Chiba University,Japan.
摘    要:The conversion rates of SO2 to SO42- and NO2 to HNO3+NO3- are estimated from the field-data obtained in Beijing in summer, 1988. The results show that the conversion rate of NO2 is about four times as much as that of SO2; The conversion rates have a diurnal variation in a day. On the average, the rate of SO2 is estimated to be 4.7% h-1 during the daytime and 3.4% h-1 during the nighttime. Similarly, the rate of NO2 is estimated to be 17.2% h-1 and 12% h-1 respectively.


An estimate of the conversion rates of SO_2 to SO_4~(2-)- and NO_2 to HNO_(3+) NO_3~- for the evaluation air pollution in Beijing
Kazuhiko Sakamoto,Katsunori Kimijima,Tadao Suzuki,Masahiro Uchiyama,Yoshikazu Hashimoto,Hisao ohta,Yasuaki maeda,Nobutoshi Horiuchi,Shin Suzuki.An estimate of the conversion rates of SO_2 to SO_4~(2-)- and NO_2 to HNO_(3+) NO_3~- for the evaluation air pollution in Beijing[J].Journal of Environmental Sciences,1990(1).
Abstract:The conversion rates of SO2 to SO42- and NO2 to HNO3+NO3- are estimated from the field-data obtained in Beijing in summer, 1988. The results show that the conversion rate of NO2 is about four times as much as that of SO2; The conversion rates have a diurnal variation in a day. On the average, the rate of SO2 is estimated to be 4.7% h-1 during the daytime and 3.4% h-1 during the nighttime. Similarly, the rate of NO2 is estimated to be 17.2% h-1 and 12% h-1 respectively.
Keywords:sulphur dioxide  nitrogen oxide  computer modeling  conversion rate  oxidation  
本文献已被 CNKI 等数据库收录!
设为首页 | 免责声明 | 关于勤云 | 加入收藏

Copyright©北京勤云科技发展有限公司  京ICP备09084417号