Silica-Rich Sol-Gel Ink for Two-Photon Direct Laser Writing of Microscale Structures and Optical Elements

Keyphrases

• Optical Element 100%
• Sol-gel Ink 100%
• Silica-rich 100%
• Structure Element 100%
• Two-photon Direct Laser Writing 100%
• Microscale Structure 100%
• Three-dimensional Printing 66%
• Optical Performance 66%
• Two-photon Polymerization 66%
• Polymer Inks 66%
• High Efficiency 33%
• Ambient Conditions 33%
• Additive Manufacturing 33%
• Aspect Ratio 33%
• Low Loss 33%
• Commercially Available 33%
• Organic Solvents 33%
• Nonlinear Absorption 33%
• Light Transmission 33%
• Optical Components 33%
• Optical Devices 33%
• Direct Ink Writing 33%
• Photoinitiator 33%
• Surface Functionalization 33%
• Mechanical Resistance 33%
• Near-infrared Light 33%
• High Organic Content 33%
• Chemical Resistance 33%
• Printing Ink 33%
• Waveguide Taper 33%
• Printing Parameters 33%
• Mode Division multiplexing 33%
• Optical Fiber Tip 33%
• Direct Laser Writing 33%
• Photonic Lantern 33%
• Laser Writing Systems 33%
• Low Surface Roughness 33%
• Complex Optical Elements 33%
• Innovative Materials 33%
• Modal Crosstalk 33%

Engineering

• Microscale 100%
• Optical Element 100%
• Multiphoton Lithography 100%
• Silicon Dioxide 100%
• Optical Performance 66%
• Photon Polymerization 66%
• Three Dimensional Printing 66%
• Ambient Condition 33%
• Waveguide 33%
• Photonics 33%
• Nonlinear Absorption 33%
• Metrics 33%
• Crosstalk 33%
• Durables 33%
• Optical Fiber 33%
• Direct-Writing 33%
• Surface Functionalisation 33%
• Multiplexer 33%
• Organic Content 33%
• Aspect Ratio 33%

Material Science

• Silicon Dioxide 100%
• Sol-Gel 100%
• Three Dimensional Printing 66%
• Polymerization 66%
• Optical Device 66%
• Waveguide 33%
• Organic Solvents 33%
• Surface Roughness 33%
• Fiber Optics 33%
• Surface Functionalization 33%
• Chemical Resistance 33%