Microspheres formation in a glass-metal hybrid fiber system: Application in optical microwires

Keyphrases

• System Application 100%
• Hybrid Fiber 100%
• Microsphere Formation 100%
• Thermal Processing 100%
• Metal Hybrid 100%
• Fiber System 100%
• Optical Microwires 100%
• Motivation 50%
• Optical Fiber 50%
• Finite Element Simulation 50%
• Surface Tension 50%
• Linear Function 50%
• Microfluidics 50%
• Core Radius 50%
• Plasmonic Structures 50%
• Microwires 50%
• Breakup Time 50%
• Initial Core 50%
• Drawing Process 50%
• Gold Core 50%
• Plateau-Rayleigh Instability 50%
• Validation Platform 50%
• Noble Metals 50%
• Embedded Nanostructures 50%
• Micro-nano Structure 50%
• Glass Composite 50%
• Metal Glass 50%
• Reference Validation 50%
• Sphere Diameter 50%
• Sinusoidal Disturbance 50%
• Perturbation Parameter 50%
• Laser Micromachining 50%
• Photonic Platform 50%
• Instability Theory 50%
• Embedded Microstructures 50%

Material Science

• Finite Element Method 100%
• Fiber Optics 100%
• Laser Beam Machining 100%
• Microsphere 100%
• Drawing Process 100%
• Surface Tension 100%
• Nanostructure 100%

Engineering

• Laser Micromachining 50%
• Fiber Optics 50%