1) QWASI fugality model
QWASI逸度模型
1.
Basis on the water quality analysis result to the water source and the water transfer model of Wanjiazhai Yellow river water transfer project,the sediment ,transformation and turning towards of 10 kinds of organic contaminants and 7 kinds of heavy metals and As in Fenhe reservoir had been studied by using the method of QWASI fugality model.
采用QWASI逸度模型对引水中检出的 1 0种主要有机污染物和 8种重金属在输水过程中沉积、转化以及归趋进行了分析 。
2) fugacity model
逸度模型
1.
Study of dynamic multi-medium fugacity model of regional environment's persistent organic pollutants and its applications;
持久性有机污染物环境逸度模型研究及应用
2.
A dynamic multimedia fugacity model has been constructed to model the environmental behavior of PCP in the area between 1959 and 2003 and the concentrations of PCP in environmental medium were calculated.
以五氯酚(PCP)及其钠盐为研究对象,选择曾长期使用五氯酚钠杀灭钉螺的江苏省金坛地区为研究区域,建立动态多介质逸度模型对1959—2003年间PCP在该地区环境中的分布、迁移和转化进行模拟,得到了不同介质中PCP的质量浓度变化,其中1993年PCP在大气、水、土壤和沉积物中的质量浓度分别为1。
3.
Physical environment parameters in Tianjin were input to Level III fugacity model to calculate the concentrations of benzo[a]pyrene in air,soil,water and sediment,and multi-interface transfer flux and cumulative trend in Tianjin.
利用Level III逸度模型,模拟分析了苯并(a)芘在天津地区气、水、土和沉积物多介质相间的浓度分布、迁移通量和累积趋势,结果表明:气、水相的平流输入是该区域苯并(a)芘的主要来源,土壤和沉积物是其最大的储库,占总残留量的99。
3) phase equlibrium
泛逸度模型
4) multimedia fugacity model
多介质逸度模型
5) level Ⅳ fugacity model
Ⅳ级逸度模型
1.
A level Ⅳ fugacity model is developed to simulate temperature effects on multimedia fate of pollutants emitted from environmental accidents,using nitrobenzene released from the Songhua River pollution accident in late 2005 as a case.
通过建立具有温度依附性的Ⅳ级逸度模型,模拟了松花江环境污染事故发生后硝基苯的动态环境行为,重点考察了温度T对其环境行为的影响。
6) the model of escape route
逃逸模型
补充资料:逸度(fugacity)
【逸度】(fugacity)实际系统由于和理想气体的行为有偏差,在有关自由焓的运算中,作为理想气体压力的校正而引进的概念。符号`f`。理想气体的摩尔自由焓`G_m`与压力`p`的关系为:`G_m=G_m^o RTlnp`,式中`R`为通用气体常数,`T`为热力学温度,`G_m^o`为物质处于标准状态(101,325帕的理想气体状态)时的摩尔自由焓。对于实际系统(不论气体、液体或固体),以逸度`f`取代上式中的压力`p`,得:`G_m=G_m^
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条