Highly nonlinear Pb₂P₂O₇-Nb₂O₅ glasses for optical fiber production

Keyphrases

• Fiber Production 100%
• Highly Nonlinear 100%
• Optical Fiber 100%
• Nb2O5 100%
• Structural Change 20%
• Z-scan 20%
• Stability against Crystallization 20%
• Structural Properties 10%
• Thermal Stability 10%
• Raman Spectroscopy 10%
• Raman Spectra 10%
• Glass Transition Temperature 10%
• Optical Properties 10%
• Low Energy 10%
• Thermal Analysis 10%
• Step-index Fibers 10%
• M-line 10%
• Concentricity 10%
• Linear Refractive Index 10%
• Glass Network 10%
• Suction Method 10%
• Cut-back Method 10%
• Niobium 10%
• Optical Losses 10%
• UV-visible Absorption 10%
• Line Scan 10%
• Circularity 10%
• Absorption Edge 10%
• High Thermal Stability 10%
• Non-bridging Oxygen 10%
• Polarizability 10%
• Thermal Properties 10%
• Nonlinear Refractive Index 10%
• Thermal Optical 10%
• Near-infrared Spectrum 10%
• Multi-mode 10%
• Content-based 10%
• Near-infrared Range 10%
• Thermal-structural 10%

Engineering

• Optical Fiber 100%
• Mols 100%
• Glass Network 25%
• Refractive Index 25%
• Polarizability 25%
• Circularity 25%
• Step Index 25%
• Nonlinear Refractive Index 25%
• Positive Value 25%
• Multimode 25%
• Optical Loss 25%
• Absorption Edge 25%
• Bridging 25%
• Refractivity 25%
• Fiber Optics 25%
• Raman Spectra 25%

Material Science

• Fiber Optics 100%
• Thermal Stability 66%
• Refractive Index 66%
• Raman Spectroscopy 33%
• Differential Scanning Calorimetry 33%
• Glass Transition Temperature 33%
• Optical Property 33%
• Thermal Analysis 33%
• Optical Loss 33%
• Thermal Property 33%
• Niobium 33%