Study On Optical Communications, Volume. 49, Issue 5, 50(2023)

Study on Optical Fiber Oxygen Sensing of Fluorinated Dry Gel Sensitive Materials

Zheng-lan BIAN, Su-hang YANG*, Feng-hong CHU, Chun-peng ZHAO, Yi-sheng SUN, and Shi FENG
Author Affiliations
  • College of Electronic and Information Engineering, Shanghai Dianli University, Shanghai 201306, China
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    Figures & Tables(10)
    DO sensing head
    The DO sensing system
    The emission and excitation spectra
    Stern-Volmer curve of Ru doped dry gel
    KSV value and LOD value of fiber optic oxygen sensor under different precursor ratios
    Comparison of fluorescence intensity stability between fluorinated hybrid fiber oxygen sensing head and single silicon gel fiber oxygen sensing figure
    Fluorescence intensity at different pH values
    • Table 1. TF/TE molar ratio and required volume

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      Table 1. TF/TE molar ratio and required volume

      TF∶TE/摩尔比TF/mlTE/mlH2O/mlETOH/ml
      1∶00.63800.2162.820
      1∶20.2280.4260.2162.820
      1∶10.3410.3190.2162.820
      2∶10.4550.2130.2162.820
      0∶100.6820.2162.820
    • Table 2. TF/BT molar ratio and required volume

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      Table 2. TF/BT molar ratio and required volume

      TF∶BT/摩尔比TF/mlBT/mlH2O/mlETOH/ml
      1∶00.63800.2162.820
      1∶20.2280.7410.2162.820
      1∶10.3410.5600.2162.820
      2∶10.4550.3700.2162.820
      0∶101.1120.2162.820
    • Table 3. Performance comparison of different DO sensors

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      Table 3. Performance comparison of different DO sensors

      指示剂材料前驱体材料测量范围/mg/LLOD/(mg·L-1)不同pH下稳定性(%)参考文献
      Ru(dpp)3cl2cellulose acetate0~20.000.27013.0[15]
      Ru[(ph2phen)3]cl2TFP-TriMOS/n-propyl-TriMOS0~16.000.200[17]
      Ru(dpp)3(clo4)2DiMe-DMOS/TMOS0~20.000.2005.0[16]
      Ru[(ph2phen)3cl2TF/TE0~44.230.1356.1本研究
      Ru[(ph2phen)3cl2TF/BT0~44.230.1187.1本研究
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    Zheng-lan BIAN, Su-hang YANG, Feng-hong CHU, Chun-peng ZHAO, Yi-sheng SUN, Shi FENG. Study on Optical Fiber Oxygen Sensing of Fluorinated Dry Gel Sensitive Materials[J]. Study On Optical Communications, 2023, 49(5): 50

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    Paper Information

    Category: Research Articles

    Received: Oct. 9, 2022

    Accepted: --

    Published Online: Nov. 22, 2023

    The Author Email: Su-hang YANG (1528913476@qq.com)

    DOI:10.13756/j.gtxyj.2023.05.008

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