Liu W X, Tang H X
SKLEAC, Research Center for Eco-Environmental Sciences, Chinese Academy of Sciences, Beijing 100085, China.
J Environ Sci (China). 2001 Oct;13(4):422-34.
Based on numerous latest references, the current developments in surface complexation, surface precipitation and the corresponding models (SCMs and SPMs), were reviewed. The contents involved comparison on surface charge composition and layer-structure of solid-solution interface for the classical 1-pK and 2-pK models. In addition, the fundamental concept and relations of the new models, i.e., multi-site complexation (MUSIC) and charge-distribution (CD) MUSIC models were described as well. To avoid misuse or abuse, it must be emphasized that the applicability and limitation for each model should be considered carefully when selecting the concerned model(s). In addition, some new powerful techniques for surface characterization and analysis applied to model establishment and modification were also briefly introduced.
基于大量最新参考文献,对表面络合、表面沉淀及相应模型(表面络合模型和表面沉淀模型)的当前进展进行了综述。内容涉及经典单质子和双质子模型在固 - 液界面表面电荷组成和层结构方面的比较。此外,还描述了新模型,即多位点络合(MUSIC)模型和电荷分布(CD)MUSIC模型的基本概念及关系。为避免误用或滥用,必须强调在选择相关模型时应仔细考虑每个模型的适用性和局限性。此外,还简要介绍了一些用于表面表征和分析的强大新技术,这些技术应用于模型建立和修正。