Here, we demonstrated a mini-pillar based multi-channel electrochemical platform that can efficiently adjust multiple electrochemical deposition parameters in the microdroplet arrays to control and predict the final structures of silver nanomaterials. Each mini-pillar is capable of anchoring microdroplet to form a separate microreactor, and the electrodes are integrated to achieve a multi-channel electrochemical electrodeposition platform. We systematically investigated the multiple deposition parameters of silver nanostructures and summarized the relevant experience of electrochemical silver deposition to guide silver nanostructure preparation. Such the mini-pillar based microdroplet platform provides an approach for further high-throughput and intelligent nanomaterial fabrication.

中文翻译：

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用于研究多因素银电沉积的基于微型柱的多通道电化学平台

在这里，我们展示了一个基于微柱的多通道电化学平台，可以有效地调整微滴阵列中的多个电化学沉积参数，以控制和预测银纳米材料的最终结构。每个微柱都能够锚定微滴形成独立的微反应器，电极集成在一起，实现多通道电化学电沉积平台。我们系统地研究了银纳米结构的多个沉积参数，总结了电化学银沉积的相关经验，以指导银纳米结构的制备。这种基于微柱的微滴平台为进一步的高通量和智能纳米材料制造提供了一种方法。