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Abraham solvation parameter model: updated correlations for describing solute partitioning into plant cuticles from water and from air
Physics and Chemistry of Liquids ( IF 1.2 ) Pub Date : 2020-08-20 , DOI: 10.1080/00319104.2020.1808659
Shrika Eddula 1 , Angelina Xu 1 , Carina Jiang 1 , Jennifer Huang 1 , Priya Tirumala 1 , Grace Liu 1 , William E. Acree 1 , Michael H. Abraham 2
Affiliation  

ABSTRACT

Abraham model correlations are reported for describing the logarithms of water-to-plant cuticle partition coefficients and logarithms of air-to-plant partition coefficients based on experimental values retrieved from the published chemical and environmental literature for 24 different plant species. Data sets containing more than 200 experimental partition coefficients were used in determining each correlation equation. The derived correlations back-calculated the experimental data to within a standard deviation of 0.23 log units.



中文翻译:

Abraham 溶剂化参数模型:用于描述溶质从水和空气中分配到植物角质层的更新相关性

摘要

根据从已发表的化学和环境文献中检索到的 24 种不同植物物种的实验值,Abraham 模型相关性用于描述水-植物角质层分配系数的对数和空气-植物分配系数的对数。包含超过 200 个实验分配系数的数据集用于确定每个相关方程。导出的相关性将实验数据反向计算到 0.23 log 单位的标准偏差内。

更新日期:2020-08-20
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