Gratings in passive and active optical waveguides

Physics

• Optical Waveguides 100%
• Cladding 52%
• Fibers 23%
• Coupled Modes 17%
• Model 17%
• Output 17%
• Optical Fiber 11%
• Silica 11%
• Utilization 11%
• Variations 11%
• Air 11%
• Photons 5%
• Numerical Model 5%
• Birefringence 5%
• Dielectrics 5%
• Refractivity 5%
• Lasing 5%
• Ytterbium 5%
• Diffraction Grating 5%
• Erbium 5%
• Cooling 5%
• Technology 5%
• Temperature 5%
• Responses 5%
• Shapes 5%
• Growth 5%
• Value 5%
• Position (Location) 5%
• Fabrication 5%
• Sides 5%
• Width 5%
• Cores 5%
• Mirrors 5%
• Temperature Gradients 5%
• Feedback 5%
• Discrimination 5%
• Spectra 5%

Engineering

• Cladding Mode 35%
• Fibre Laser 35%
• Fiber 23%
• Silicon Dioxide 23%
• Output Power 17%
• Models 17%
• Couplings 17%
• Fiber Bragg Grating 17%
• Grating Period 11%
• Erbium 11%
• Polarization Mode 11%
• Design 11%
• Properties 11%
• Modulation Index 11%
• Fabrication 5%
• Numerical Model 5%
• Research Project 5%
• Experimental Investigation 5%
• Wavelength 5%
• Interplay 5%
• Temperature Gradient 5%
• Major Problem 5%
• Photons 5%
• Fundamental Mode 5%
• Dielectrics 5%
• Reflection Spectrum 5%
• Coupling Loss 5%
• Short Wavelength Side 5%
• Applications 5%
• Mechanisms 5%
• Temperature 5%
• Experiments 5%
• Production 5%
• Reduction 5%
• Limitations 5%
• Losses 5%
• Effective Refractive Index 5%
• Induced Birefringence 5%

Material Science

• Waveguide 100%
• Fiber Laser 35%
• Fiber 23%
• Ytterbium 11%
• Air 11%
• Temperature 11%
• Dielectric Material 5%
• Refractive Index 5%
• Birefringence 5%
• Fiber Optics 5%