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<p>The level of sucrose in an aqueous liquid has an extensive scope of purposes in medications, for example, food and protein safeguarding. Here, a novel PCFB has been presented to detect various sucrose levels in an aqueous solution that has an index of refraction in the scope of 1.345–1.442. The aimed PCFB includes an easy array of rectangular cavities. The capability of this detector in sensing is appraised via applying the finite element technique (FET). The effective material loss and confinement loss have been displayed extremely lower rates for the projected PCFB. Furthermore,the projected PCFB achieves an uppermost relative sensitivity of 99.514% for 70 gm/100&#xa0;ml concentration of sucrose along with 98.849% core power fraction at 2.8 THz. At the same previous point, the effective area and numerical aperture are 96,483 μm<sup>2</sup> and 0.47832, respectively. These outcomes demonstrate that the planned PCFB will be used in identifying bioconstituents and poisonous chemicals effectively. Also, the simple structure confirms the possibility of fabrication by applying the current fabrication approaches without any complications.</p>

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A Photonic Crystal Fiber Device for an Efficient Determination of Sucrose Concentrations

  • 期刊论文

  • 发表日期：

    2025年7月11日

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  • Dana N. Alhamss,
  • Abdulkarem H. M. Almawgani,
  • Malek G. Daher,
  • Hussein S. Gumaih,
  • Yousif S. Adam,
  • Sofyan A. Taya,
  • Adam R. H. Alhawari,
  • Shivam Singh,
  • Anurag Upadhyay

摘要

The level of sucrose in an aqueous liquid has an extensive scope of purposes in medications, for example, food and protein safeguarding. Here, a novel PCFB has been presented to detect various sucrose levels in an aqueous solution that has an index of refraction in the scope of 1.345–1.442. The aimed PCFB includes an easy array of rectangular cavities. The capability of this detector in sensing is appraised via applying the finite element technique (FET). The effective material loss and confinement loss have been displayed extremely lower rates for the projected PCFB. Furthermore,the projected PCFB achieves an uppermost relative sensitivity of 99.514% for 70 gm/100 ml concentration of sucrose along with 98.849% core power fraction at 2.8 THz. At the same previous point, the effective area and numerical aperture are 96,483 μm2 and 0.47832, respectively. These outcomes demonstrate that the planned PCFB will be used in identifying bioconstituents and poisonous chemicals effectively. Also, the simple structure confirms the possibility of fabrication by applying the current fabrication approaches without any complications.