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Gel actuators based on polymeric radicals

机译:基于聚合自由基的凝胶促动器

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Low-voltage electrochemical actuation of radical polymer gels has been demonstrated in an organic electrolyte. Polymer gels were prepared by post-modification of active-ester precursor gels with an amine-functionalised radical. A combination of few-layer graphene and multiwall carbon nanotubes gave high conductivity and improved actuation in the gels, with 32% linear actuation. The actuator system showed good stability over at least 10 cycles, showing its promise. The cycle time was several hours due to mass-transport limited transport of ions and solvent into the device.
机译:自由基聚合物凝胶的低压电化学驱动已在有机电解质中得到证明。通过用胺官能化的自由基对活性酯前体凝胶进行后改性来制备聚合物凝胶。几层石墨烯和多壁碳纳米管的组合可提供高电导率并改善凝胶中的驱动,线性驱动率为32%。执行器系统在至少10个循环中显示出良好的稳定性,显示出其希望。由于离子和溶剂在设备中的传输受限,因此循环时间为数小时。

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