埋地磁性材料几何尺寸的测定

Y. Ege, A. Kakilli, H. Citak, M. Coramik
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引用次数: 2

摘要

为了确定符合标准的反坦克杀伤地雷和杀伤人员地雷,寻找与土壤表面平行的埋地磁性材料的几何特征是十分重要的。这样就有可能通过分离非标准几何形状的样本来减少误报的数量。为此,本研究利用磁传感器对埋地样品在地磁场水平分量上发生的异常进行测定。本研究采用KMZ51 AMR作为磁传感器。传感器沿x-y轴的位置控制运动设有二维扫描系统。传感器输出的触发值相对于扫描场进行评估。对不同几何形状的样品重新进行了实验,并定义了几何分析的变量。本文将详细讨论本文得到的实验结论。
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Determination of Buried Magnetic Materials Geometric Dimensions
It is important to find buried magnetic material’s geometric features that are parallel to the soil surface in order to determine anti-tank and anti-personnel mine compatible to standards. So that it is possible to decrease the number of false alarms by separating the samples that have got non-standard geometries. For this purpose, in this study the anomalies occurred at horizontal component of the earth’s magnetic field by buried samples are determined with magnetic sensor. In the study, KMZ51 AMR is used as the magnetic sensor. The position-controlled movement of the sensor along x-y axis is provided with 2D scanning system. Trigger values of sensor output are evaluated with respect to the scanning field. The experiments are redone for the samples at different geometries and variables are defined for geometric analysis. The experimental conclusions obtained from this paper will be discussed in detail.
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