1982
DOI: 10.1049/ip-h-1.1982.0071
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Tomographic image reconstitution of biological objects from coherent microwave diffraction data

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Cited by 6 publications
(2 citation statements)
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“…A first one results in the singularity of the transformed spectral kernel. The singularity does not exist for two-dimensional cases, but threedimensional problems need some additional assumption on the depolarization [Baribaud et al, 1985;Leclercq, 1985]. The simplest one is to consider that no depolarization occurs, which is an evident limitation on the object structure but which simplifies the measurement of the scattered field by means of the camera.…”
Section: Critical Analysis Of Spectral Approachmentioning
confidence: 99%
“…A first one results in the singularity of the transformed spectral kernel. The singularity does not exist for two-dimensional cases, but threedimensional problems need some additional assumption on the depolarization [Baribaud et al, 1985;Leclercq, 1985]. The simplest one is to consider that no depolarization occurs, which is an evident limitation on the object structure but which simplifies the measurement of the scattered field by means of the camera.…”
Section: Critical Analysis Of Spectral Approachmentioning
confidence: 99%
“…Methods for tomographic measurement of the electrical properties of biological objects can be broadly divided into two classes. One is the method called "refracted wave tomography" [2], in which an inverse solution for the field equation is derived by using the Born approximation or some other technique. The other is a method, as in the CT described in this paper, in which the effects of the scattered and refracted waves are eliminated in the measurement stage, and the image is reconstructed by the same algorithm as in x-ray CT, using only the direct transmission component between the transmitting and receiving antennas from the beginning.…”
Section: Introductionmentioning
confidence: 99%