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Crystal growth and dissolution processes at the calcite-water interface in the presence of zinc ions

机译:锌离子存在下方解石-水界面的晶体生长和溶解过程

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摘要

The interaction of dissolved zinc with calcite {10.4} Surfaces during growth and dissolution has been studied using in situ atomic force microscopy and batch sorption experiments.In situ observations show that the growth of calcite in the presence of zinc occurs by two-dimensional nucleation, the Growth rate decreasing with the development of each subsequent layer.During the dissolution of calcite in the presence of Zn, the pre-existing rhombic-shaped etch pits (formed in pure water) change their morphology to become approximately triangular. Batch-sorption experiments revealed that the dissolution of calcite is coupled with the heterogeneous nucleation of a zinc-bearing precipitate. (C) 2004 Elsevier B.V. All rights reserved.
机译:已使用原位原子力显微镜和分批吸附实验研究了溶解的锌与方解石{10.4}表面在生长和溶解过程中的相互作用。原位观察表明,存在锌的方解石生长是通过二维成核作用发生的,随着方解石在锌的存在下溶解,先前存在的菱形蚀刻坑(在纯水中形成)将其形态改变为近似三角形。分批吸附实验表明方解石的溶解与含锌沉淀物的异质成核有关。 (C)2004 Elsevier B.V.保留所有权利。

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