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Additive Enhanced Creeping of Sodium Chloride Crystals

机译:添加剂增强氯化钠晶体的蠕变

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This article investigates the mechanism behind the creeping of sodium chloride induced by additives. Here, an experimental approach is complemented with theoretical considerations to describe how creeping patterns of brine evolve and how the introduction of additives into the solution affects the morphology of the resultant crystals. We have found that these additives cause kinetic roughening and morphological instability mainly due to the reduction of surface free energy. There was also a marked increase in three-dimensional nucleation of the NaCl crystals and thus branching.
机译:本文研究了添加剂诱导的氯化钠蠕变后的机制。 这里,一种实验方法与理论考虑因素补充,以描述盐水的爬行模式如何发展以及如何将添加剂引入溶液中的影响影响所得晶体的形态。 我们发现这些添加剂导致动力学粗糙化和形态不稳定,主要是由于表面自由能的减少。 NaCl晶体的三维成核的三维成核显着增加,因此支化。

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