• Study On Optical Communications
  • Vol. 50, Issue 4, 23000801 (2024)
Songyan YANG1, Wei HE1,*, Yumin ZHANG1, Yantao LIU2..., Siqi MA1 and Jingze YANG1|Show fewer author(s)
Author Affiliations
  • 1Beijing Engineering Research Center of Optoelectronic Information and Instruments, Beijing Information Science and Technology University, Beijing 100192, China
  • 2Beijing Institute of Intensity Environment, Beijing 100076, China
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    DOI: 10.13756/j.gtxyj.2024.230008 Cite this Article
    Songyan YANG, Wei HE, Yumin ZHANG, Yantao LIU, Siqi MA, Jingze YANG. Simulation Analysis of Temperature Sensing Characteristics of Photonic Crystal Fiber with Gold Plated Surface[J]. Study On Optical Communications, 2024, 50(4): 23000801 Copy Citation Text show less
    Design of PCF
    Fig. 1. Design of PCF
    The electric field distribution of the SPR-based PCF temperature sensor
    Fig. 2. The electric field distribution of the SPR-based PCF temperature sensor
    The relationship between neff、loss α and λ of PCF-SPR temperature sensor at 0 ℃
    Fig. 3. The relationship between neff、loss α and λ of PCF-SPR temperature sensor at 0 ℃
    Relationship between λ and loss α in fiber core mode with different metal layer thicknesses
    Fig. 4. Relationship between λ and loss α in fiber core mode with different metal layer thicknesses
    The relationship between the λ and the loss α of the long axis a under different small elliptical air holes in the fiber core mode
    Fig. 5. The relationship between the λ and the loss α of the long axis a under different small elliptical air holes in the fiber core mode
    The relationship between the λ and the loss α of the short axis b under different small elliptical air holes in the fiber core mode
    Fig. 6. The relationship between the λ and the loss α of the short axis b under different small elliptical air holes in the fiber core mode
    The relationship between λ and loss α of the short axis B under different large elliptical air holes in the fiber core mode
    Fig. 7. The relationship between λ and loss α of the short axis B under different large elliptical air holes in the fiber core mode
    The relationship between the λ of PCF and loss α、temperature at-80~0 ℃ temperature
    Fig. 8. The relationship between the λ of PCF and loss α、temperature at-80~0 ℃ temperature
    The relationship between the λ of PCF and loss α、temperature at 0~80 ℃ temperature
    Fig. 9. The relationship between the λ of PCF and loss α、temperature at 0~80 ℃ temperature
    PCF结构测量范围/℃灵敏度/nm/℃
    填充液体[8]0~1000.72
    PCF-SPR[9]-40~200.50
    双芯PCF [11]0~602.25
    Sagnac干涉[17]25~331.65
    本文所提-80~803.40
    Table 1. The PCF temperature sensor designed in this paper is compared with previously reported sensors
    Songyan YANG, Wei HE, Yumin ZHANG, Yantao LIU, Siqi MA, Jingze YANG. Simulation Analysis of Temperature Sensing Characteristics of Photonic Crystal Fiber with Gold Plated Surface[J]. Study On Optical Communications, 2024, 50(4): 23000801
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