Laser & Optoelectronics Progress, Volume. 61, Issue 20, 2011027(2024)
Scattering Correction of CT Images Based on Novel Fiber Optic Grids
Fig. 2. Fiber optic multifilament rod and plate arrangement. (a) One time rewinding rod; (b) fiber optic board section
Fig. 3. Fiber optic grid and microstructure photo. (a) Fiber optic grid; (b) microchannel array structure
Fig. 5. Schematic diagrams of measurement layout of a general-purpose anti-scattering grid. (a) Measurement layout for transmission of primary radiation; (b) measurement layout for transmission of scattered radiation
Fig. 6. Lumbar vertebra membrane imaging photos with different SID. (a) 1 m; (b) 1.2 m; (c) 1.5 m; (d) 1.75 m
Fig. 7. Caudal vertebral membrane imaging photos with different tube current exposure time products. (a) 10 mAs; (b) 20 mAs; (c) 32 mAs; (d) 40 mAs
Fig. 8. Caudal vertebral membrane imaging photos with different tube voltages. (a) 50 kV; (b) 60 kV; (c) 70 kV; (d) 85 kV
Fig. 9. Lumbar vertebra membrane imaging photos with and without anti-scattering grids. (a) Without anti-scattering grids; (b) splicing multiple anti-scattering grids
Fig. 10. Soft tissue of ankle membrane imaging photos with and without anti-scattering grids. (a) Without anti-scattering grids; (b) 80 µm fiber optic grids; (c) 100 µm fiber optic grids; (d) 120 µm fiber optic grids
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Bingqiang Zhang, Xixiang Ma, Hongyu Ren, Sanzhao Wang, Long Chen, Ming Li, Yue Zhang, Qimeng Liu, Han Zheng, Pan Shi. Scattering Correction of CT Images Based on Novel Fiber Optic Grids[J]. Laser & Optoelectronics Progress, 2024, 61(20): 2011027
Category: Imaging Systems
Received: Jan. 25, 2024
Accepted: Apr. 18, 2024
Published Online: Nov. 5, 2024
The Author Email: Xixiang Ma (17862818320@163.com), Pan Shi (1054545458@qq.com)
CSTR:32186.14.LOP240606