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구분 SCI
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학술지 Design and Preliminary Experiments of a Precision Microwave Tomography System
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저자
김장렬, 이광재, 손성호, 이종문, 김혁제, 김보라, 시모노브, 전순익, 김남
발행일
201510
출처
Microwave and Optical Technology Letters, v.57 no.10, pp.2445-2448
ISSN
0895-2477
출판사
John Wiley & Sons
DOI
https://dx.doi.org/10.1002/mop.29347
협약과제
15MR2300, 전자파 이용 조기진단 고정밀 MT 시스템 개발, 전순익
초록
This article presents the image reconstruction results of measurement data from a preliminary test using the first-developed precision microwave tomography (MT) system operating at 3-6 GHz for medical diagnosis. A simple phantom is used in the MT system to verify the data validation. The measurement dataset has very different patterns owing to the significant contrast of dielectric properties according to the existence of a phantom in the sensing area of the illumination tank at microwave frequencies. Thus, it is possible to obtain the image reconstruction from this measurement data. The detailed results are presented and discussed.
키워드
image reconstruction, measurement data, microwave tomography, phantom
KSP 제안 키워드
6 GHz, Data Validation, Dielectric properties, Image reconstruction, MT system, Medical diagnosis, Microwave frequencies, Microwave tomography, Preliminary test, Sensing Area, measurement data