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Polymer composites for 3D printing of functional sensors and transducers

机译：聚合物复合材料，用于3D打印功能传感器和传感器

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This paper represents a review of the recent work undertaken in the Digital and Materials Technology Laboratory at the University of Warwick on the theme of Additive Manufacturing (AM)/3D printing technology with polymer composites to carry out the manufacture of functional sensors and transducers. Examples of devices for acoustic, flow, electronic and chemical sensing are presented. Each sensor system utilizes a composite material developed in order to achieve functional sensing. This collection of examples demonstrates the viability of AM technology in the manufacture of bespoke sensor devices.

机译：本文代表了对华威大学数字和材料技术实验室最近开展的工作的回顾，该工作的主题是采用聚合物复合材料的增材制造（AM）/ 3D打印技术，以进行功能传感器和换能器的制造。给出了用于声学，流量，电子和化学感测的设备的示例。每个传感器系统都利用开发的复合材料来实现功能感测。这些示例集证明了AM技术在定制传感器设备制造中的可行性。

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《IEEE Sensors》|2016年|1-3|共3页
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S. J. Leigh;
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Magnetic sensors; Frequency division multiplexing; Polymers; Carbon; Three-dimensional printing; Resins;

机译：磁传感器频分复用聚合物碳三维印刷树脂;

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4. POLYMER COMPOSITES FOR 3D PRINTING OF FUNCTIONAL SENSORS AND TRANSDUCERS [C] . S. J. Leigh IEEE Sensors . 2016

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Polymer composites for 3D printing of functional sensors and transducers

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