Effects of graphene membrane parameters on diaphragm-type optical fibre pressure sensing characteristics

Keyphrases

• Optical Fiber 100%
• Sensing Characteristics 100%
• Diaphragm 100%
• Pressure Sensing 100%
• Graphene Oxide Membrane 100%
• Membrane Parameters 100%
• Young's Modulus 66%
• Prestressing Force 66%
• Preparation Method 33%
• Large Deflection 33%
• Finite Element Method 33%
• Natural Frequency 33%
• Mechanical Behavior 33%
• Reflectivity 33%
• Deflection 33%
• Constitutive Model 33%
• Applied Load 33%
• Pressure Sensitivity 33%
• Small Load 33%
• Fabry-Perot Cavity 33%
• Strain-induced 33%
• Deformation Characteristics 33%
• Computational Study 33%
• Elastic Theory 33%
• Induced Deformation 33%
• Graphene Applications 33%
• Membrane Thickness 33%
• Fiber Fabry-Perot 33%
• Multilayered Graphene 33%
• Circular Membrane 33%
• Deflection Deformation 33%
• Fresnel Equations 33%
• Sensitive Membrane 33%
• Graphene Preparation 33%

Engineering

• Graphene 100%
• Diaphragm 100%
• Optical Fiber Type 100%
• Fabry Perot 40%
• Young's Modulus 40%
• Potential Application 20%
• Constitutive Model 20%
• Simulation Result 20%
• Applied Load 20%
• Elastic Deflection 20%
• Deformation Characteristic 20%
• Induced Deformation 20%
• Fresnel Equation 20%
• Fiber Optics 20%
• Finite Element Analysis 20%
• Resonant Frequency 20%
• Reflectance 20%

Material Science

• Graphene 100%
• Optical Fiber Type 100%
• Young's Modulus 40%
• Reflectivity 20%
• Finite Element Methods 20%
• Glass Fiber 20%