Large-Mode-Volume Fiber Devices for High-Power and High-Energy Applications

Keyphrases

• High Power 100%
• Master Oscillator 100%
• Power Energy 100%
• Fiber Devices 100%
• High Power Applications 100%
• Mode Volume 100%
• Dissertation Works 100%
• Double Cladding 100%
• Pulsed Operation 50%
• Laser Cavity 50%
• Medical Applications 50%
• Pump Source 50%
• Materials Processing 50%
• Gain Medium 50%
• Pumping Technique 50%
• Effective Alternative 50%
• Area Scaling 50%
• Power Materials 50%
• High Output 50%
• Low Luminance 50%
• Nonlinear Process 50%
• End-pumped 50%
• Light Detection 50%
• Power Scaling 50%
• Optical Effects 50%
• Technological Platform 50%
• Continuous Wave Regime 50%
• Rare Earth Dopants 50%
• Thermal Management 50%
• Waveguide 50%
• Ytterbium-doped 50%
• Reciprocal Effects 50%
• Mode Area 50%

Engineering

• Energy Application 100%
• Oscillator 100%
• Realization 50%
• Continuous Wave 50%
• Waveguide 50%
• Gain Medium 50%
• Medical Applications 50%
• Light Detection and Ranging 50%
• Dopants 50%
• Proof-of-Concept 50%
• Nonlinear Process 50%
• Power Material 50%
• Laser Cavity 50%

Material Science

• Waveguide 100%
• Ytterbium 100%
• Material Processing 100%
• Doping (Additives) 100%