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首页> 外文期刊>Desalination: The International Journal on the Science and Technology of Desalting and Water Purification >Potentials and limitations of molecular modelling approaches for scaling and scale inhibiting mechanisms
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Potentials and limitations of molecular modelling approaches for scaling and scale inhibiting mechanisms

机译:阻垢和阻垢机理的分子建模方法的潜力和局限性

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摘要

Crystallisation has been a research topic over the centuries,but till now there is no technique available to predict technically relevant data like the induction time of a supersaturated solution from the scratch.Novel measuring techniques and especially the molecular simulation can verify or falsify approaches behind the traditional models by revealing the kinetic and thermodynamic of crystallisation in the presence of antiscalants.So far prediction of crystallisation phenomenons is limited because of the large amount of models on different time-and length scales,which all come along with their own limitations.Several relationships between the different models are shown and mechanisms for the crystallisation process and scale inhibitation in presence of antiscalants based on molecular simulation results are suggested.
机译:结晶是一个多世纪以来的研究主题,但是到目前为止,尚无技术可以预测技术上相关的数据,例如从头开始的过饱和溶液的诱导时间。新颖的测量技术,尤其是分子模拟可以验证或伪造背后的方法。传统模型通过在阻垢剂存在下揭示结晶的动力学和热力学来揭示结晶现象。到目前为止,结晶现象的预测受到限制,因为在不同的时间和长度尺度上存在大量的模型,而且这些模型都有其自身的局限性。显示了不同模型之间的关系,并基于分子模拟结果,提出了在存在抗垢剂的情况下结晶过程和阻垢的机理。

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