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Reply to discussion on 'Control of solute concentrations in cloud and fog water by liquid water content'

机译:答复关于“通过液态水含量控制云雾水中溶质浓度”的讨论

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In the comment on our article (Elbert et al., 2000), Kasper-Giebl (KG) follows our conclusion that our measurements at both a marine (Azores, one campaign) and a continental site (Central Germany, two cam- paigns) could provide experimental support for early theoretical considerations (Junge, 1963) of an inverse relationship between the molalities (m) of species in cloud and fog water and the liquid water content (LWC, L) of the respective clouds. She further agrees to our proposition to use the cloudwater loading (CWL) instead of the more variable cloudwater concentrations as a "diagnostic parameter for the characterization of the local and regional degree of anthropogenic pollution and for large-scale comparisons of chemical components in cloudy environments" (Elbert et al., 2000).
机译:在对我们文章的评论(Elbert等,2000)中,Kasper-Giebl(KG)得出以下结论:我们在海洋(亚速尔群岛,一次战役)和大陆地点(德国中部,两次活动)的测量可以为早期理论考虑(Junge,1963)提供实验支持,该理论认为云和雾水中的物种的摩尔浓度(m)与相应云的液态水含量(LWC,L)之间存在反比关系。她进一步同意我们的建议,即使用云水负荷(CWL)而不是使用更多变化的云水浓度作为“用于表征局部和区域人为污染程度以及在多云环境中进行化学成分大规模比较的诊断参数(Elbert等,2000)。

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