导电聚合物驱动器电化学机械特性的研究OA北大核心CSCDCSTPCD
Study on Electrochemical mechanical Characteristics of Conductive Polymer Actuator
采用自行搭建的导电聚合物驱动器弯曲特性测试实验系统，研究其电化学机械特性.对不同长度的驱动器施加0~1V低电压，测量其顶端弯曲变形量；通过分析驱动器弯曲位移与电压的关系及位移与频率的关系，建立电机械转换模型.实验测试结果表明，电压与驱动器顶端力成线性关系；当电压为0．8 V、采样周期为0．02 s时，随着频率的增大，驱动器的弯曲位移逐渐减小.最后通过不同尺寸驱动器举起重物，验证了驱动器宽度越大，顶端弯曲力越大；驱动器长度越长，顶端弯曲力越小.
The bend characteristics testing experimental system was set up by actuator to study the electrochemical�mechanical characteristics.The bending deformation was measured by applying low voltage(0 ~ 1 V)to the actuator with different lengths.The relationship among the bending disG placement,the voltage and the voltage frequency was analyzed.The electric�mechanical transfer model was established based on the experimental results.The results show that the voltag…查看全部>>
田素坤;王湘江
南华大学，衡阳，421001南华大学，衡阳，421001
信息技术与安全科学
导电聚合物聚吡咯电机械转换模型驱动器
conductive polymerpolypyrroleelectric-mechanical transfer modelactuator
《中国机械工程》 2016 (8)
1043-1046,4
湖南省教育厅重点资助项目(13A081)
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