(INVITED)Investigation of intense visible defect luminescence from visible and infrared pumped barium fluorosilicate glass-core fiber

Keyphrases

• Optical Fiber 100%
• Barium 100%
• Optically Active Defects 100%
• Defect Luminescence 100%
• Core Fibers 100%
• Fluorosilicate Glass 100%
• Optical Damage 50%
• Wavelength Range 50%
• Silica 50%
• Temperature Effect 50%
• Raman Spectra 50%
• Emission Spectrum 50%
• Photoluminescence 50%
• Near-infrared Spectrum 50%
• Visible-infrared 50%
• Optical Spectra 50%
• Visible Spectrum 50%
• Mechanical Damage 50%
• Near-infrared 50%
• Low Power 50%
• Spectral Shape 50%
• Surface Defects 50%
• BaF2 50%
• Magnetization Curve 50%
• Pure Silica 50%
• Defect Engineering 50%
• Weak Bands 50%
• Laser Gain 50%
• Decay Lifetime 50%
• Green Emission 50%
• Molten Core Method 50%
• Defect Emission 50%
• Sensing Gain 50%
• Silanones 50%
• Green Photoluminescence 50%

Engineering

• Fiber Optics 100%
• Optically Active Defect 100%
• Core Fibre 100%
• Engineering 50%
• Temperature Dependence 50%
• Mechanical Damage 50%
• Mols 50%
• Emission Spectra 50%
• Conventional Method 50%
• Core Material 50%
• Optical Spectrum 50%
• Magnetization Curve 50%
• Pure Silica 50%
• Green Emission 50%
• Raman Spectra 50%
• Surface Defect 50%
• Silicon Dioxide 50%

Material Science

• Silicon Dioxide 100%
• Photoluminescence 100%
• Luminescence 100%
• Barium 100%
• Glass Fiber 100%
• Surface Defect 50%