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首页> 外文期刊>Advanced Functional Materials >Low-Resistant Electrical and Robust Mechanical Contacts of Self-Attachable Flexible Transparent Electrodes with Patternable Circuits
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Low-Resistant Electrical and Robust Mechanical Contacts of Self-Attachable Flexible Transparent Electrodes with Patternable Circuits

机译：具有可构图电路的自连接柔性透明电极的低电阻电气和鲁棒机械触点

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摘要

Flexible, transparent, conductive electrodes are key elements of emerging flexible electronic and energy devices. Such electrodes should form an intimate physical contact with various active components of flexible devices to ensure stable, low-resistant electrical contacts. However, contact formation techniques are based largely on conventional soldering, conductive pastes, mechanical clamping, and thin film deposition. These generally result in damaged, contaminated, bulky, and uncontrollable contact interfaces. A self-attachable, flexible, transparent, and conductive electrode that is based on a distinctive design of regular grid patterns into which bioinspired adhesive architectures and percolating Ag nanowires are integrated is proposed. Based on this integrated design, the proposed electrode forms reliable, low-resistant electrical contacts; strong mechanical adhesive contacts; and ultra-clean, damage-free contact interfaces with active device components by attaching onto the components without using additional conductive pastes, mechanical pressing, or vacuum deposition processes. The contact interfaces of the electrode and device components remain stable even when the electrode is extremely bent. Moreover, specific electronic circuits can be generated on the electrode surface by a selective deposition of Ag nanowires. This enables simple interconnections of diverse electronic components on its surface.
机译：柔性，透明的导电电极是新兴的柔性电子和能源设备的关键要素。此类电极应与柔性设备的各种有源组件形成紧密的物理接触，以确保稳定的低电阻电接触。但是，接触形成技术主要基于传统的焊接，导电胶，机械夹持和薄膜沉积。这些通常会导致损坏，污染，笨重且无法控制的接触界面。提出了一种基于常规网格图案的独特设计的可自我连接，柔性，透明和导电的电极，其中融合了生物启发性的粘合剂体系结构和渗滤的Ag纳米线。基于这种集成设计，建议的电极形成了可靠的低电阻电触点。机械粘合力强;无需使用额外的导电胶，机械压制或真空沉积工艺，就可以将有源器件组件与超干净，无损坏的接触界面连接到组件上。即使电极极度弯曲，电极和设备组件的接触界面仍保持稳定。而且，可以通过选择性地沉积Ag纳米线在电极表面上产生特定的电子电路。这使得能够在其表面上简单地互连各种电子组件。

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