Keyphrases
Bragg Gratings
100%
Fiber-based
100%
Polymer Optical Fiber
100%
Performance Analysis
100%
Fabry-Perot Sensor
100%
Grating
57%
Interferometer
42%
Stress Sensitivity
42%
Cavity Length
28%
Attenuation
28%
Fiber Loss
28%
Silica
28%
Finite Dimension
28%
Numerical Model
14%
Reflectivity
14%
Finesse
14%
Optical Fiber Sensor
14%
Operating Wavelength
14%
Physical Properties
14%
Optical Path
14%
Biocompatibility
14%
High-performance Fibers
14%
Material Properties
14%
Optical Properties
14%
Refractive Index Modulation
14%
Effective Length
14%
Polymer Materials
14%
Failure Strain
14%
Fabry-Perot Interferometer
14%
Low Young's Modulus
14%
Silica-based
14%
Highly Elastic
14%
Force Detection
14%
Acoustic Waves
14%
Optical Fiber Technology
14%
Engineering
Bragg Cell
100%
Fabry-Perot Sensor
100%
Performance Analysis
100%
Plastic Optical Fibers
100%
Silicon Dioxide
42%
Cavity Length
28%
Fiber Loss
28%
Optical Path
14%
Reflectance
14%
Numerical Model
14%
Fabry Perot
14%
Grating Length
14%
Operating Wavelength
14%
Main Advantage
14%
Young's Modulus
14%
Refractive Index Modulation
14%
Effective Length
14%
Perot Interferometer
14%
Polymer Material
14%
Failure Strain
14%
Optical Fibre Technology
14%
Material Science
Glass Fiber
100%
Interferometer
57%
Silicon Dioxide
42%
Refractive Index
14%
Reflectivity
14%
Physical Property
14%
Young's Modulus
14%
Poly Methyl Methacrylate
14%
Biocompatibility
14%
Optical Property
14%
Materials Property
14%