3D imaging with single‐plane electrical capacitance tomography sensor
A single‐plane electrical capacitance tomography (ECT) sensor is usually used to visualise
dielectric material distribution by providing two‐dimensional (2D) images. The imaging of a
metallic object inside a dielectric material is reported and the feasibility of 3D imaging based
on the fringe effect of a single‐plane ECT sensor is demonstrated. Experimental results are
given.
dielectric material distribution by providing two‐dimensional (2D) images. The imaging of a
metallic object inside a dielectric material is reported and the feasibility of 3D imaging based
on the fringe effect of a single‐plane ECT sensor is demonstrated. Experimental results are
given.
A single‐plane electrical capacitance tomography (ECT) sensor is usually used to visualise dielectric material distribution by providing two‐dimensional (2D) images. The imaging of a metallic object inside a dielectric material is reported and the feasibility of 3D imaging based on the fringe effect of a single‐plane ECT sensor is demonstrated. Experimental results are given.
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