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Determination of material and geometric properties of metallic objects using the magnetic polarisability tensor

机译:使用磁极极化张量测定金属物体的材料和几何特性

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摘要

A walk-through metal detector system has been used for measuring the magnetic polarisability tensor for a variety of metallic objects. We propose a method for classifying objects by their metallic composition using features of the tensor. Furthermore, we investigate the potential of using the tensor representation as an indication geometric properties of the object. The method used is shown to be accurate for classification of material composition. Furthermore, the results suggest that it is possible to use the tensor to distinguish between similar objects of different sizes in limited scenarios. These findings demonstrate the potential for this method, but also suggest the need for further studies.
机译:步行式金属探测器系统用于测量各种金属物体的磁极热性张量。我们提出了一种使用张量的特征来通过金属组合物来分类物体的方法。此外,我们调查使用张量表示作为对象的指示几何特性的潜力。所使用的方法显示为材料组合物的分类准确。此外,结果表明,可以使用张量区分在有限场景中不同尺寸的类似对象。这些发现表明了这种方法的潜力,但也表明需要进一步研究。

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