A Theoretical Study On Dual Sensitive Mode Refractive Index Sensor Utilizing Fibonacci Sequence-based Aperiodic Photonic Crystals

Keyphrases

• Refractive Index Sensor 100%
• Sequence-based 100%
• Hybrid Mode 100%
• Photonic Crystal 100%
• Fibonacci Sequence 100%
• Photonic Quasicrystal 100%
• Sensitive Mode 100%
• Dual-sensitive 100%
• Plasmon Modes 66%
• Tamm Plasmon 66%
• High Sensitivity 33%
• Reflectivity 33%
• Between-person 33%
• Dual-mode 33%
• Quasicrystal Structure 33%
• Quasicrystals 33%
• Enhanced Sensitivity 33%
• Refractive Index 33%
• Parameter Analysis 33%
• Blood Components 33%
• Photonic Band Gap 33%
• Sensing Mechanism 33%
• Resonant Cavity 33%
• Incidence Angle 33%
• Metal Layer 33%
• Mode Field 33%
• Refractive Index Sensing 33%
• Dual-wavelength 33%
• Biochemical Sensor 33%
• Sensing Layer 33%
• Reflection Spectrum 33%
• Blood Disorders 33%
• Normal Angle 33%
• Refractive Index Fluctuation 33%
• Sensor Characteristics 33%
• Biophotonics 33%
• Crystal Interface 33%
• Maximum Sensitivity 33%
• Sensing Medium 33%
• Crystal Geometry 33%
• Sensory Parameters 33%
• Dispersive Characteristics 33%
• Photonic Sensors 33%

Material Science

• Refractive Index 100%
• Photonic Crystal 100%
• Quasicrystal 80%
• Crystal Structure 20%
• Reflectivity 20%