Analytical modelling of soil effects on electromagnetic induction sensor for humanitarian demining
Accurate compensation of the soil effect is essential for a new generation of sensitive classification-based electromagnetic induction landmine detectors. We present an analytical model for evaluation of the soil effect suitable for straightforward numerical implementation. The modelled soil consist...
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Veröffentlicht in: | Journal of physics. Conference series 2013-01, Vol.450 (1), p.12052-6 |
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description | Accurate compensation of the soil effect is essential for a new generation of sensitive classification-based electromagnetic induction landmine detectors. We present an analytical model for evaluation of the soil effect suitable for straightforward numerical implementation. The modelled soil consists of arbitrary number of conductive and magnetic layers. The solution region is truncated leading to the solution in form of a series rather than infinite integrals. Frequency-dependent permeability is inherent to the model, and time domain analysis can be made using DFT. In order to illustrate the model usage, we evaluate performances of three metal detector designs. |
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subjects | Design engineering Detectors Electromagnetic induction Evaluation Infinite integrals Land mines Magnetic permeability Mathematical analysis Mathematical models Physics Soil (material) Soil permeability Soils Time domain analysis |
title | Analytical modelling of soil effects on electromagnetic induction sensor for humanitarian demining |
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