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紫露草微核效应与SO2和NOx剂量间关系的试验研究
引用本文:雒步云,刘文霞,杜连宝,吴茹兰,张耀宽.紫露草微核效应与SO2和NOx剂量间关系的试验研究[J].环境科学,1994,15(2):62-64.
作者姓名:雒步云  刘文霞  杜连宝  吴茹兰  张耀宽
作者单位:宝鸡市环境保护监测站
摘    要:利用紫露草微核技术对大气中重要的污染物SO2和NOx进行了室内外试验。结果表明,紫露草对大气中SO2和NOx较敏感,紫露草微核频率MCN%(效应y)与SO2、NOx的浓度(剂量x)的关系在一定的范围内呈正相关。对于SO2当浓度在0.00-3.75mg/m^3之间时,对应的微核频率y=8.38+4.38x,r=0.91;对于NOx当浓度在0.00-1.00mg/m^3之间时,对应的微核频率y=4.8

关 键 词:紫露草  微核效应  SO2  NOx  剂量效应
修稿时间:1993/6/27 0:00:00

Study on a Dose-Response Relationship of Tmicronucleus Micronucleus to Atmospheric SO2 and NOx
Luo Buyun,Liu Wenxia.Study on a Dose-Response Relationship of Tmicronucleus Micronucleus to Atmospheric SO2 and NOx[J].Chinese Journal of Environmental Science,1994,15(2):62-64.
Authors:Luo Buyun  Liu Wenxia
Abstract:study has been carried out on monitorinsatmospheric SO2 and NO. by using Tmicronucleus technique. The results showed thatTradescantia was sensitive to a variation in theatmospheric concentration of SO2 and NOx. ATradescantia micronucleus response (frequency) wasclosely related to the domain doses (concentrations)of SO2 and NOx in the air. A linear regression equation of the Tradescantia micronucleus frequencyas a function of SO2 and NO. doses had beendeduced. It was found that the response to SO2 wasinferior and opposite to a response to NOx. This canbe used to properly estimate the concentrations ofSO2 and NOx in the air and to assess the level of airpollution.
Keywords:tradescantia micronucleus frequency  dose-response relationship  sulfur dioxide  nitrogenoxides    
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