• Spectroscopy and Spectral Analysis
  • Vol. 41, Issue 11, 3612 (2021)
Hui-hua KONG1、*, Xiang-yuan LIAN1、1;, Ping CHEN2、2;, and Jin-xiao PAN1、1; 2;
Author Affiliations
  • 11. School of Science, North University of China, Taiyuan 030051, China
  • 22. Shanxi Key Laboratory of Signal Capturing & Processing, Taiyuan 030051, China
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    DOI: 10.3964/j.issn.1000-0593(2021)11-3612-06 Cite this Article
    Hui-hua KONG, Xiang-yuan LIAN, Ping CHEN, Jin-xiao PAN. Research on Color Characterization of Material Components Based on Spectral CT[J]. Spectroscopy and Spectral Analysis, 2021, 41(11): 3612 Copy Citation Text show less
    The prior images(a): The phantom of mouse thoracic caoity;(b): The preclinical mouse
    Fig. 1. The prior images
    (a): The phantom of mouse thoracic caoity;(b): The preclinical mouse
    The reconstruction images of mouse thoracic cavity by four algorithms(a): TV; (b): DL; (c): IPCC; (d): TV-DL-IPCC From top to bottom, the rows are 1st, 2nd and 3rd energy channel
    Fig. 2. The reconstruction images of mouse thoracic cavity by four algorithms
    (a): TV; (b): DL; (c): IPCC; (d): TV-DL-IPCC From top to bottom, the rows are 1st, 2nd and 3rd energy channel
    PCA images of mouse thoracic cavity(a): PCA-1; (b): PCA-2; (c): PCA-3; (d): The square of PCA-2; (e): The square of PCA-3
    Fig. 3. PCA images of mouse thoracic cavity
    (a): PCA-1; (b): PCA-2; (c): PCA-3; (d): The square of PCA-2; (e): The square of PCA-3
    Color characterization of material components for mouse thoracic cavity by four reconstruction algorithms(a): TV; (b): DL; (c): IPCC; (d): TV-DL-IPCC
    Fig. 4. Color characterization of material components for mouse thoracic cavity by four reconstruction algorithms
    (a): TV; (b): DL; (c): IPCC; (d): TV-DL-IPCC
    The reconstruction images of preclinical mouse by four algorithms(a): TV; (b): DL; (c): IPCC; (d): TV-DL-IPCC From top to bottom, the rows are 1st, 6th and 13th energy channel
    Fig. 5. The reconstruction images of preclinical mouse by four algorithms
    (a): TV; (b): DL; (c): IPCC; (d): TV-DL-IPCC From top to bottom, the rows are 1st, 6th and 13th energy channel
    PCA images of preclinical mouse(a): PCA-1; (b): PCA-2; (c): PCA-3; (d): The square of PCA-2; (e): The fourth pwoer of PCA-3
    Fig. 6. PCA images of preclinical mouse
    (a): PCA-1; (b): PCA-2; (c): PCA-3; (d): The square of PCA-2; (e): The fourth pwoer of PCA-3
    Color characterization of material components for preclinical mouse by four reconstruction algorithms(a): TV; (b): DL; (c): IPCC; (d): TV-DL-IPCC
    Fig. 7. Color characterization of material components for preclinical mouse by four reconstruction algorithms
    (a): TV; (b): DL; (c): IPCC; (d): TV-DL-IPCC
    指标NRMSESSIMPSNR
    算法TVDLIPCCTV-DL-IPCCTVDLIPCCTV-DL-IPCCTVDLIPCCTV-DL-IPCC
    通道10.040 30.033 70.067 90.028 10.998 80.999 40.997 20.999 544.837 646.393 940.435 747.967 6
    通道20.056 40.038 20.090 30.029 40.999 10.999 60.998 00.999 841.061 344.439 236.973 746.718 6
    通道30.069 40.051 30.112 20.030 50.998 90.999 50.997 60.999 837.927 140.557 233.754 045.069 2
    Table 1. Quantity evaluation of four algorithms for mouse thoracic cavity reconstruction in the three energy channels
    Hui-hua KONG, Xiang-yuan LIAN, Ping CHEN, Jin-xiao PAN. Research on Color Characterization of Material Components Based on Spectral CT[J]. Spectroscopy and Spectral Analysis, 2021, 41(11): 3612
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