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首页> 外文会议>Proceedings of the 2017 IEEE Russia Section Young Researchers in Electrical and Electronic Engineering Conference >Biocompatible conductive nanomaterials and prospects for their use in medical practice
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Biocompatible conductive nanomaterials and prospects for their use in medical practice

机译：生物相容性导电纳米材料及其在医学上的应用前景

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摘要

The composite nanomaterial consisting of an acrylic paint and multiwalled carbon nanotubes (~ 3 wt.%) was investigated. The samples had a disk shape with a diameter of 20-30 mm and a thickness of 0.005-1.5 mm. It was established that the samples exposed in water for 250 h almost did not lose their mass (a mass loss was smaller than 1.6%) and their electrical conductivity was highly stable. After long-term(over 100 h) annealing at temperatures of 90-145 °C, the conductivity of the composite increased by a factor of 300-1000 and attained its maximum value of about 1000 S/m. The investigated nanomaterial is promising for application in various devices, including electrodes for biomedical engineering or wearable electronics.
机译：研究了由丙烯酸涂料和多壁碳纳米管（〜3 wt。％）组成的复合纳米材料。样品具有圆盘形状，其直径为20-30mm，厚度为0.005-1.5mm。可以确定，暴露在水中250小时的样品几乎没有损失质量（质量损失小于1.6％），并且其电导率非常稳定。在90-145°C的温度下长期（超过100 h）退火后，复合材料的电导率提高了300-1000倍，并达到了约1000 S / m的最大值。被研究的纳米材料有望应用于各种设备，包括生物医学工程或可穿戴电子设备的电极。

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