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首页> 外文期刊>Advanced Functional Materials >Rugged Textile Electrodes for Wearable Devices Obtained by Vapor Coating Off-the-Shelf, Plain-Woven Fabrics
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Rugged Textile Electrodes for Wearable Devices Obtained by Vapor Coating Off-the-Shelf, Plain-Woven Fabrics

机译：通过气相涂覆现成的平纹织物获得的用于可穿戴设备的坚固型纺织电极

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摘要

Fabrics are pliable, breathable, lightweight, ambient stable, and have unmatched haptic perception. Here, a vapor deposition method is used to transform off-the-shelf plain-woven fabrics, such as linen, silk, and bast fiber fabrics, into metal-free conducting electrodes. These fabric electrodes are resistant to wear, stable after laundering and ironing, and can be body-mounted with little detriment to their performance. A unique by-product of conformally vapor coating plain-woven fabrics is that textile parameters, such as thread material and fabric porosity, significantly affect the conductivity of the resulting fabric electrodes. The resistivities of the electrodes reported herein are linearly, not exponentially, dependent on length, meaning that they can be feasibly incorporated into garments and other large-area body-mounted devices. Further, these fabric electrodes possess the feel, weight, breathability, and pliability of standard fabrics, which are important to enable adoption of wearable devices.
机译：织物柔软，透气，轻便，环境稳定，并具有无与伦比的触觉。在此，使用气相沉积法将诸如亚麻，丝和韧皮纤维之类的现成平纹织物转变成不含金属的导电电极。这些织物电极耐磨损，在洗涤和熨烫后稳定，并且可以安装在身体上，而对其性能几乎没有损害。保形气相涂覆平纹织物的独特副产品是织物参数（例如线材料和织物孔隙率）会显着影响所得织物电极的电导率。本文报道的电极的电阻率是线性的，而不是指数的，取决于长度，这意味着它们可以切实地并入服装和其他大面积人体安装设备中。此外，这些织物电极具有标准织物的手感，重量，透气性和柔韧性，这对于能够采用可穿戴设备很重要。

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