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首页> 外文期刊>Journal of Electroanalytical Chemistry: An International Journal Devoted to All Aspects of Electrode Kinetics, Interfacial Structure, Properties of Electrolytes, Colloid and Biological Electrochemistry >Processing nanostructured materials: the need to integrate experimental data with multiscale continuumon-continuum simulations
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Processing nanostructured materials: the need to integrate experimental data with multiscale continuumon-continuum simulations

机译：处理纳米结构材料：需要将实验数据与多尺度连续/非连续模拟进行集成

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摘要

The purpose of this presentation is to provide a selective overview of science and engineering aspects of morphology evolution, and to suggest areas where strategic advances will benefit a broad range of specific technologies. Recent advances in experimental and computational approaches for both continuum and non-continuum regions of behavior are presented for the study of additive effects on copper morphology evolution during electrodeposition. In microelectronic applications, deposit quality is determined on the molecular scale by the action of additives. Emphasis is therefore placed on integration of experimental data and qualitative hypotheses with computational strategies in order to understand behavior at the non-continuum level. In addition, emphasis is also given to the linkage of non-continuum simulations with traditional electrochemical engineering tools that use continuum methods to compute potential and current distribution phenomena in macroscopic systems. The use of multiscale, multi-phenomena numerical simulation offers promise for speeding innovation as well as design of advanced technological applications.
机译：本演讲的目的是对形态演化的科学和工程学方面进行有选择的概述，并提出战略发展将使广泛的特定技术受益的领域。提出了连续和非连续行为区域的实验和计算方法的最新进展，用于研究电沉积过程中铜形态演变的累加效应。在微电子应用中，沉积物的质量取决于添加剂的作用在分子尺度上。因此，重点是将实验数据和定性假设与计算策略进行集成，以了解非连续性级别的行为。此外，还强调了非连续模拟与传统电化学工程工具之间的联系，传统电化学工程工具使用连续方法来计算宏观系统中的电势和电流分布现象。多尺度，多现象的数值模拟的使用为加快创新和设计先进技术应用提供了希望。

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