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    검출기 중심축을 자동 보정하는 초소형 CT 개발 및 성능평가 = Development and Performance Evaluation of an Ultra-Compact CT with Auto Calibration of DetectorCenter Axis

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    https://www.riss.kr/link?id=A108816136

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    다국어 초록 (Multilingual Abstract) kakao i 다국어 번역

    In this study, we designed and fabricated an ultra-compact CT that automatically calibrates the detector's center axis and verified its performance. The three-dimensional reconstruction performance was evaluated using 3D CAD data and X-ray data acquired by manually calibrating the center axis of the CT detector. The results showed that tilting the center axis by more than 0.25° causes circle break phenomenon, which rapidly degrades the quality of the 3D reconstructed image. By applying the automatic calibration device of a detector center axis, the 3D reconstruction performance was enhanced by calibrating the detector center axis to match the specimen rotation axis.
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    In this study, we designed and fabricated an ultra-compact CT that automatically calibrates the detector's center axis and verified its performance. The three-dimensional reconstruction performance was evaluated using 3D CAD data and X-ray data acquir...

    In this study, we designed and fabricated an ultra-compact CT that automatically calibrates the detector's center axis and verified its performance. The three-dimensional reconstruction performance was evaluated using 3D CAD data and X-ray data acquired by manually calibrating the center axis of the CT detector. The results showed that tilting the center axis by more than 0.25° causes circle break phenomenon, which rapidly degrades the quality of the 3D reconstructed image. By applying the automatic calibration device of a detector center axis, the 3D reconstruction performance was enhanced by calibrating the detector center axis to match the specimen rotation axis.

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    참고문헌 (Reference)

    1 R. Carter, "X-ray computed tomography comparison of individual and parallel assembled commercial lithium iron phosphate batteries at end of life after high rate cycling" 381 : 46-55, 2018

    2 S. D. Rawson, "X-ray Computed Tomography in Life Sciences" 18 (18): 1-15, 2020

    3 P. J. Withers, "X-ray Computed Tomography" 18 : A-G, 2021

    4 G. G uenthner, "The effectiveness of a free-standing lead-shield in reducing spine surgeon radiation exposure during intraoperative 3-dimensional imaging" 20 (20): 1685-1691, 2020

    5 M. T. Al Hussani, "The Use of Filtered Back Projection Algorithm for Reconstruction of Tomographic Image" 17 (17): 151-156, 2014

    6 Š. Trožić, "The Efficiency of Lead and Non-Lead Shielding on Breast Dose in Head CT" 40 (40): 816-826, 2020

    7 S. Tang, "Research on Closed-loop Control of Step Motor Based on Magnetic Encoder" 1 (1): 351-356, 2022

    8 D. F. González-morales, "Low-Cost Spectrophotometer for In-Situ Detection of Mercury in Water" 1-4, 2018

    9 R. Schofield, "Image Reconstruction : Part 1–Understanding Filtered Back Projection, Noise and Image Acquisition" 14 (14): 219-225, 2020

    10 D. K. Kwak, "Development of Protection Device for Voltage Unbalance Faultsusing Three-Phase Neutral Voltage" 621-622, 2012

    1 R. Carter, "X-ray computed tomography comparison of individual and parallel assembled commercial lithium iron phosphate batteries at end of life after high rate cycling" 381 : 46-55, 2018

    2 S. D. Rawson, "X-ray Computed Tomography in Life Sciences" 18 (18): 1-15, 2020

    3 P. J. Withers, "X-ray Computed Tomography" 18 : A-G, 2021

    4 G. G uenthner, "The effectiveness of a free-standing lead-shield in reducing spine surgeon radiation exposure during intraoperative 3-dimensional imaging" 20 (20): 1685-1691, 2020

    5 M. T. Al Hussani, "The Use of Filtered Back Projection Algorithm for Reconstruction of Tomographic Image" 17 (17): 151-156, 2014

    6 Š. Trožić, "The Efficiency of Lead and Non-Lead Shielding on Breast Dose in Head CT" 40 (40): 816-826, 2020

    7 S. Tang, "Research on Closed-loop Control of Step Motor Based on Magnetic Encoder" 1 (1): 351-356, 2022

    8 D. F. González-morales, "Low-Cost Spectrophotometer for In-Situ Detection of Mercury in Water" 1-4, 2018

    9 R. Schofield, "Image Reconstruction : Part 1–Understanding Filtered Back Projection, Noise and Image Acquisition" 14 (14): 219-225, 2020

    10 D. K. Kwak, "Development of Protection Device for Voltage Unbalance Faultsusing Three-Phase Neutral Voltage" 621-622, 2012

    11 S. H. Kang, "Design and Error Analysis of Parallel-Beam X-ray Tomography" KAIST 2011

    12 I. Nasseh, "Cone Beam Computed Tomography" 62 (62): 361-391, 2018

    13 K. Ito, "Clinical application of a new compact CT system to assess 3-D images for the preoperative treatment planning of implants in the posterior mandible" 12 (12): 539-542, 2001

    14 Y. Zingerman, "A Compact CT/SPECT System for Small-Object Imaging" 584 (584): 135-148, 2008

    15 조영호 ; 류근호 ; 이상열, "3D CAD 모델을 이용한 이차 전지의 형상 결함 검출" 한국데이터전략학회 29 (29): 135-144, 2022

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