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This study reports a novel approach to implement the CNTs (carbon nanotubes)-based flexible capacitive strain sensor and the detection of bending strain is demonstrated. The merits of presented design are as follows, (1) employ the aligned CNTs (50μm~100μm in height) as interdigital finger electrodes to increase sensing area and initial capacitance, (2) the 3D CNTs electrodes and electrical routings,...
We have developed dry actuators that has a bimorph configuration with a polymer-supported internal ionic liquid electrolyte layer sandwiched by two polymer-supported ionic-liquid-based carbon-nanotube gel (bucky gel) electrode layers, which allows quick and long-lived operation in air at low applied voltages. In this paper, we report the improvement of the performance of our bucky-gel actuators and...
As a part of effort to develop an artificial hair cell (AHC) sensor, we designed and fabricated a high-aspect-ratio/single cilium structure and a mechanoreceptor since they are the most important components for AHC sensor. The high-aspect-ratio single/cilium structure was successfully replicated by means of a hot embossing process with a help of a double-sided mold system. Especially for the high-aspect-ratio...
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