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High-Sensitivity Early Detection Biomedical Sensor for Tuberculosis With Low Losses in the Terahertz Regime Based on Photonic Crystal Fiber Technology

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Photonic Sensors 2023年第2期13卷 14-29页

作者： nazmi a.mohammed Omar E.KHEDR El-Sayed M.EL-RABAIE Ashraf A.M.KHALAF Department of Electronics and Communication Engineering Medina Higher Institute for Engineering and TechnologyGiza 12947Egypt Department of Communications and Electronics Alexandria Higher Institute for Engineering and TechnologyAlexandria 21311Egypt Department of Electronics and Communications Engineering Faculty of Electronic EngineeringMenoufia UniversityMenouf 32952Egypt Department of Communications and Electronics Faculty of EngineeringMinia UniversityMinia 61111Egypt

Tuberculosis is one of the most contagious and lethal illnesses in the world,according to the World Health *** had the leading mortality rate as a result of a single infection,ranking above HIV/*** detection is an essential factor in patient treatment and can improve the survival *** methods should have high mobility,high accuracy,fast detection,and low *** work presents a novel biomedical photonic crystal fiber sensor,which can accurately detect and distinguish between the different types of tuberculosis *** designed sensor detects these types with high relative sensitivity and negligible losses compared to other photonic crystal fiber-based biomedical *** proposed sensor exhibits a relative sensitivity of 90.6%,an effective area of 4.342×10^(-8)m^(2),with a negligible confinement loss of 3.13×10^(-9)cm^(-1),a remarkably low effective material loss of 0.0132cm-f,and a numerical aperture of *** proposed sensor is capable of operating in the terahertz regimes over a wide range(1 THz-2.4 THz).An abbreviated review of non-optical detection techniques is also *** in-depth comparison between this work and recent related photonic crystal fiber-based literature is drawn to validate the efficacy and authenticity of the proposed design.

关键词： Tuberculosis photonic crystal fiber relative sensitivity terahertz confinement loss effective area

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