Optical Thin Film Technology for Ultrafast Fiber Lasers

Keyphrases

• Thulium 100%
• Yb-doped Fiber Laser 100%
• Mode-locked Lasers 100%
• Fiber Cavity 100%
• Ultrafast Fiber Laser 100%
• Ytterbium 100%
• Ultrashort 100%
• Optical Thin Film 100%
• Gain Materials 100%
• Thin Film Technology 100%
• Holmium 100%
• Dichroic Coating 100%
• Thin Film Structure 100%
• Wavelength Range 50%
• Fiber Ends 50%
• Pulsed Operation 50%
• Laser Cavity 50%
• Dynamical Properties 50%
• Three-level 50%
• Compensation Method 50%
• Repetition Rate 50%
• All-fiber 50%
• Dispersion Compensator 50%
• Dispersion Compensation 50%
• Electron Beam Evaporation 50%
• Optical Fiber 50%
• Fs Pulses 50%
• Long Wavelength 50%
• Etalon 50%
• Laser Operation 50%
• Short Pulse 50%
• Interferometer 50%
• Transition Mechanism 50%
• Dielectric Thin Films 50%
• Fabry 50%
• Fiber Components 50%
• Mode-locked Pulse 50%
• Output Coupler 50%
• Laser Performance 50%
• Four-level 50%
• Continuous Tunability 50%
• Relaxation Oscillations 50%
• Energy Level Scheme 50%
• Conventional Fiber 50%
• Gain Bandwidth 50%
• Pump Combiner 50%

Engineering

• Thin Films 100%
• Film Technology 100%
• Fiber Laser 100%
• Material Gain 40%
• Dielectrics 20%
• Fibre End 20%
• Repetition Rate 20%
• Dispersion Compensator 20%
• Electron-Beam Evaporation 20%
• Fiber Optics 20%
• Gain Bandwidth 20%
• Laser Performance 20%
• Conventional Fiber 20%
• Fiber Component 20%
• Combiner 20%
• Laser Cavity 20%

Material Science

• Thin Films 100%
• Fiber Laser 100%
• Ytterbium 80%
• Holmium 40%
• Thin Film Structure 40%
• Thulium 40%
• Interferometer 20%
• Dielectric Material 20%
• Glass Fiber 20%