• Spectroscopy and Spectral Analysis
  • Vol. 42, Issue 9, 2855 (2022)
Dan-dan LÜ*, Hui-ru WEI, and Wei-gang ZHANG*;
Author Affiliations
  • College of Materials and Chemical Engineering, Chuzhou University, Chuzhou 239000, China
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    DOI: 10.3964/j.issn.1000-0593(2022)09-2855-07 Cite this Article
    Dan-dan LÜ, Hui-ru WEI, Wei-gang ZHANG. Study on Near-Infrared Spectroscopy and Hydrophobicity of PDMS Modified Epoxy Resin/Sm2O3 Composite Coating[J]. Spectroscopy and Spectral Analysis, 2022, 42(9): 2855 Copy Citation Text show less
    The SEM images of the coatings with different mass ratios of PDMS to HYSZ(a): 1∶9; (b): 3∶7
    Fig. 1. The SEM images of the coatings with different mass ratios of PDMS to HYSZ
    (a): 1∶9; (b): 3∶7
    The near-infrared spectra of the coatings with different mass ratios of PDMS to HYSZ
    Fig. 2. The near-infrared spectra of the coatings with different mass ratios of PDMS to HYSZ
    The water contact angles of the coatings with different mass ratios of PDMS to HYSZ(a): 0∶10; (b): 1∶9; (c): 2∶8; (d): 3∶7; (e): 4∶6
    Fig. 3. The water contact angles of the coatings with different mass ratios of PDMS to HYSZ
    (a): 0∶10; (b): 1∶9; (c): 2∶8; (d): 3∶7; (e): 4∶6
    The SEM images of the coatings with different addition amounts of DOP(a): 10%; (b): 20%
    Fig. 4. The SEM images of the coatings with different addition amounts of DOP
    (a): 10%; (b): 20%
    The near-infrared spectra of the coatings with different addition amounts of DOP
    Fig. 5. The near-infrared spectra of the coatings with different addition amounts of DOP
    The water contact angles of the coatings with different addition amounts of DOP(a): 10%; (b): 20%; (c): 30%
    Fig. 6. The water contact angles of the coatings with different addition amounts of DOP
    (a): 10%; (b): 20%; (c): 30%
    The SEM images of the coatings with different addition amounts of total filler(a): 30%; (b): 50%
    Fig. 7. The SEM images of the coatings with different addition amounts of total filler
    (a): 30%; (b): 50%
    The near-infrared spectra of the coatings with different addition amounts of total filler
    Fig. 8. The near-infrared spectra of the coatings with different addition amounts of total filler
    The water contact angles of the coatings with different addition amounts of total filler(a): 20%; (b): 30%; (c): 40%; (d): 50%
    Fig. 9. The water contact angles of the coatings with different addition amounts of total filler
    (a): 20%; (b): 30%; (c): 40%; (d): 50%
    The SEM images of the coatings with different mass ratios of Sm2O3 to nano-SiO2(a): 6∶4; (b): 5∶5
    Fig. 10. The SEM images of the coatings with different mass ratios of Sm2O3 to nano-SiO2
    (a): 6∶4; (b): 5∶5
    The near-infrared spectra of the coatings with different mass ratios of Sm2O3 to nano-SiO2
    Fig. 11. The near-infrared spectra of the coatings with different mass ratios of Sm2O3 to nano-SiO2
    The water contact angles of the coatings with different mass ratios of Sm2O3 to nano-SiO2(a): 6∶4; (b): 5.5∶4.5; (c): 5∶5; (d): 4.5∶5.5
    Fig. 12. The water contact angles of the coatings with different mass ratios of Sm2O3 to nano-SiO2
    (a): 6∶4; (b): 5.5∶4.5; (c): 5∶5; (d): 4.5∶5.5
    Dan-dan LÜ, Hui-ru WEI, Wei-gang ZHANG. Study on Near-Infrared Spectroscopy and Hydrophobicity of PDMS Modified Epoxy Resin/Sm2O3 Composite Coating[J]. Spectroscopy and Spectral Analysis, 2022, 42(9): 2855
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