Add to ORKGScaling of laser power and brightness to meet the needs of ever-demanding applications is an activity which continues to preoccupy many within the laser community. In this tutorial, I will review recent progress in the development of power scaling strategies for crystal and fiber lasers, and will discuss their relative merits. In addition, I will also describe some alternative approaches for power scaling which combine the advantages of fiber and bulk lasers in the form of a hybrid laser
The different concepts of combining fiber lasers for power-scaling are discussed. We report on three...
The inexorable rise in power capability of diode-pumped solid-state lasers is being driven by an ext...
Born out of the telecom revolution, the supreme attributes of rare-earth doped fibers has allowed Yb...
The state of the art of science and technology in fiber lasers and amplifiers is reviewed. Prospects...
The first rare-earth-doped fibre lasers were operated in the early 1960s and produced a few milliwat...
Solid-state lasers are attractive sources of coherent radiation for various applications. At present...
Cladding-pumped fiber lasers are becoming increasingly attractive for high power generation due to t...
Rare-earth-doped fibers have established themselves as an attractive and power-scalable solid-state ...
The performance and power levels from solid-state laser have escalated dramatically in recent years,...
Fiber lasers enjoy an excellent reputation as power-scalable diode-pumped solid-state laser concept....
This thesis explores approaches for scaling the output power of rare-earth ion doped fibre lasers an...
A developed formalism for analyzing the power scaling of diffraction limited fiber lasers and amplif...
Photonic crystal fiber lasers have the potential to revolutionize-earth-doped fiber lasers in high-p...
Recent advances in cladding-pumped fiber lasers and amplifiers have been dramatic, leading to unprec...
Experimental results based on rare-earth-doped fibers have impressively shown that fiber lasers and ...
The different concepts of combining fiber lasers for power-scaling are discussed. We report on three...
The inexorable rise in power capability of diode-pumped solid-state lasers is being driven by an ext...
Born out of the telecom revolution, the supreme attributes of rare-earth doped fibers has allowed Yb...
The state of the art of science and technology in fiber lasers and amplifiers is reviewed. Prospects...
The first rare-earth-doped fibre lasers were operated in the early 1960s and produced a few milliwat...
Solid-state lasers are attractive sources of coherent radiation for various applications. At present...
Cladding-pumped fiber lasers are becoming increasingly attractive for high power generation due to t...
Rare-earth-doped fibers have established themselves as an attractive and power-scalable solid-state ...
The performance and power levels from solid-state laser have escalated dramatically in recent years,...
Fiber lasers enjoy an excellent reputation as power-scalable diode-pumped solid-state laser concept....
This thesis explores approaches for scaling the output power of rare-earth ion doped fibre lasers an...
A developed formalism for analyzing the power scaling of diffraction limited fiber lasers and amplif...
Photonic crystal fiber lasers have the potential to revolutionize-earth-doped fiber lasers in high-p...
Recent advances in cladding-pumped fiber lasers and amplifiers have been dramatic, leading to unprec...
Experimental results based on rare-earth-doped fibers have impressively shown that fiber lasers and ...
The different concepts of combining fiber lasers for power-scaling are discussed. We report on three...
The inexorable rise in power capability of diode-pumped solid-state lasers is being driven by an ext...
Born out of the telecom revolution, the supreme attributes of rare-earth doped fibers has allowed Yb...