Add to ORKGThis slide presentation reviews the power frequencies for the doubled fiber laser. It includes information on the 780 nm laser, second harmonic generation in one crystal, cascading crystals, the tenability of laser systems, laser cooling, and directions for future work
In this work the reduction of conversion efficiency due to spectral bandwidth of fiber laser radiati...
We discuss the development of high-power fiber-laser products and its industrial and scientific appl...
Abstract: The first rare-earth-doped fiber lasers were operated in the early sixties, and produced a...
Fiber lasers are among the best-used laser techniques in the recent decades. It has found its variou...
We demonstrate a robust, highly efficient pulsed Tm-doped fiber laser systems operating at 1908nm an...
Born out of the telecom revolution, the supreme attributes of rare-earth doped fibers has allowed Yb...
We discuss fundamental aspects of high-power fiber lasers and describe their recent dramatic advance...
We report a record multi-watt level and up to 45% efficient all-fiber frequency doubling in periodic...
Fiber lasers offer a significant increase in performance flexibility from a single technology not ye...
Over recent years, there has been a tremendous and rapid progress in power scaling Yb-doped fiber-ba...
The development of low loss, rare-earth doped, silica fibers in the mid-1980s revolutionized optical...
The 26 papers in this special issue focus on high-power fiber lasers. The papers can be grouped into...
We summarize recent developments in high power fiber laser technologies and discuss future trends, p...
International audienceA dual-frequency CW laser at a wavelength of 1.064 μm is frequency doubled in ...
In the recent years some tremendous progresses have been made to scale up the output power of fiber ...
In this work the reduction of conversion efficiency due to spectral bandwidth of fiber laser radiati...
We discuss the development of high-power fiber-laser products and its industrial and scientific appl...
Abstract: The first rare-earth-doped fiber lasers were operated in the early sixties, and produced a...
Fiber lasers are among the best-used laser techniques in the recent decades. It has found its variou...
We demonstrate a robust, highly efficient pulsed Tm-doped fiber laser systems operating at 1908nm an...
Born out of the telecom revolution, the supreme attributes of rare-earth doped fibers has allowed Yb...
We discuss fundamental aspects of high-power fiber lasers and describe their recent dramatic advance...
We report a record multi-watt level and up to 45% efficient all-fiber frequency doubling in periodic...
Fiber lasers offer a significant increase in performance flexibility from a single technology not ye...
Over recent years, there has been a tremendous and rapid progress in power scaling Yb-doped fiber-ba...
The development of low loss, rare-earth doped, silica fibers in the mid-1980s revolutionized optical...
The 26 papers in this special issue focus on high-power fiber lasers. The papers can be grouped into...
We summarize recent developments in high power fiber laser technologies and discuss future trends, p...
International audienceA dual-frequency CW laser at a wavelength of 1.064 μm is frequency doubled in ...
In the recent years some tremendous progresses have been made to scale up the output power of fiber ...
In this work the reduction of conversion efficiency due to spectral bandwidth of fiber laser radiati...
We discuss the development of high-power fiber-laser products and its industrial and scientific appl...
Abstract: The first rare-earth-doped fiber lasers were operated in the early sixties, and produced a...