Add to ORKGMulti-core fiber lasers and their potential for power scaling of fiber laser systems will be discussed. Recently developed concepts will be presented including supermode selection techniques and simultaneous multi-supermode laser operation. © OSA 2014
The major challenge in the development of monolithic kW class CW fiber lasers is the efficient conve...
Fiber lasers and amplifiers offer unique characteristics that derive from the use of a waveguide and...
We examine design issues for high-energy pulsed as well as for high-power cw fiber lasers. Power han...
Multi-core fiber lasers and their potential for power scaling of fiber laser systems will be discuss...
Multi-core fiber lasers and their potential for power scaling of fiber laser systems will be discuss...
The most recent advances on ultra-large mode area fibers for high-power operation will be presented....
The most recent advances on ultra-large mode area fibers for high-power operation will be presented....
The state of the art of science and technology in fiber lasers and amplifiers is reviewed. Prospects...
We investigate mode-area scaling by means of supermode operation in an all-solid multicore fiber. To...
There is a continued rapid progress in fiber and diode technology for high power fiber lasers. We wi...
We summarize recent developments in high power fiber laser technologies and discuss future trends, p...
High power fibre laser technology has come of age over the past five years or so, due primarily to d...
We will review recent progress on cladding-pumped fiber devices with output powers up to the kilowat...
Solid-state lasers are attractive sources of coherent radiation for various applications. At present...
The major challenge in the development of monolithic kW class CW fiber lasers is the efficient conve...
The major challenge in the development of monolithic kW class CW fiber lasers is the efficient conve...
Fiber lasers and amplifiers offer unique characteristics that derive from the use of a waveguide and...
We examine design issues for high-energy pulsed as well as for high-power cw fiber lasers. Power han...
Multi-core fiber lasers and their potential for power scaling of fiber laser systems will be discuss...
Multi-core fiber lasers and their potential for power scaling of fiber laser systems will be discuss...
The most recent advances on ultra-large mode area fibers for high-power operation will be presented....
The most recent advances on ultra-large mode area fibers for high-power operation will be presented....
The state of the art of science and technology in fiber lasers and amplifiers is reviewed. Prospects...
We investigate mode-area scaling by means of supermode operation in an all-solid multicore fiber. To...
There is a continued rapid progress in fiber and diode technology for high power fiber lasers. We wi...
We summarize recent developments in high power fiber laser technologies and discuss future trends, p...
High power fibre laser technology has come of age over the past five years or so, due primarily to d...
We will review recent progress on cladding-pumped fiber devices with output powers up to the kilowat...
Solid-state lasers are attractive sources of coherent radiation for various applications. At present...
The major challenge in the development of monolithic kW class CW fiber lasers is the efficient conve...
The major challenge in the development of monolithic kW class CW fiber lasers is the efficient conve...
Fiber lasers and amplifiers offer unique characteristics that derive from the use of a waveguide and...
We examine design issues for high-energy pulsed as well as for high-power cw fiber lasers. Power han...