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Sensor Design for Development of Tribo-Electric Tomography System with Increased Number of Sensors

机译:传感器数量增加的摩擦电动层析成像系统开发的传感器设计

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摘要

Electrodynamic sensor, which can also be called as tribo-electric sensor, senses the electrostatic charge carried by the particle. The tomography system using electrodynamic sensor is called as tribo-electric tomography system. Source of the signal induced on the electrodynamic sensor is brought by the object to be measured and no excitation circuit is necessary. This electrodynamic sensing is a passive sensing and the fast and light weighted tomography system is expected. On the other hand, most of tomography system, like capacitance tomography or resistance tomography, demands excitation circuit and is an active sensing. The number of measurements with the passive sensing is equal to the number of sensors and that of active sensing is the number of the combinations of two sensors. The passive sensing tomography system demands more sensors to be settled. We plan to improve in reconstructed images by increasing the number of the electrodynamic sensors in tribo-electric tomography system. We investigate the influence of surface area to signal intensity solving the electrical field in the sensing zone using finite element method.
机译:电动力传感器,也可以称为摩擦电传感器,可感测粒子携带的静电荷。使用电动传感器的层析成像系统称为摩擦电层析成像系统。在电动传感器上感应的信号源是由待测物体带来的,不需要激励电路。这种电动感应是一种被动感应,因此有望实现轻巧快速的层析成像系统。另一方面,大多数层析成像系统,例如电容层析成像或电阻层析成像,都需要激励电路,并且是主动感应。被动感应的测量次数等于传感器的数量,主动感应的测量次数是两个传感器组合的次数。被动传感层析成像系统需要安装更多传感器。我们计划通过增加摩擦电层析成像系统中的电动传感器的数量来改善重建图像。我们使用有限元方法研究了表面积对信号强度求解感应区域电场的影响。

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