Ytterbium-doped Large Pitch Fibers with very large mode area are investigated in a high power fiber amplifier. An average output power of 294W is demonstrated, maintaining robust single-mode operation with a mode field diameter of 62µm
We report on a newly designed and fabricated ytterbium-doped large mode area fiber with an extremely...
We report the amplification of 10-100-pJ semiconductor diode pulses to an energy of 158 microJ and p...
Pulsed Ytterbium-doped fiber laser systems have increased significantly in average output power, pul...
Ytterbium-doped large-pitch fibers with very large mode areas are investigated in a high-power fiber...
Ytterbium-doped Large Pitch Fibers with very large mode areas are investigated in a high power fiber...
A scalable fiber design for ytterbium-doped high performance fiber lasers and amplifiers will be pre...
Large-pitch photonic-crystal fibers have demonstrated their unique capability of combining very larg...
We review our recent work toward designing large mode area fibers for high power applications. We sh...
We have tested a series of Ytterbium doped large core fibers operating near 10Kpps and producing pul...
A novel very-large-mode-area asymmetric rod-type fiber was fabricated and experimentally characteriz...
We have tested a series of Ytterbium doped large core fibers operating near 10Kpps and producing pul...
The fabrication of large mode-area single mode fibres are crucial to developing high power all-fibre...
We report the amplification of 10-100-pJ semiconductor diode pulses to an energy of 158 μJ and peak ...
We review the recent dramatic advances in high power single-frequency Yb doped fiber amplifiers and ...
We report on the experimental demonstration of a fiber chirped- pulse amplification system capable o...
We report on a newly designed and fabricated ytterbium-doped large mode area fiber with an extremely...
We report the amplification of 10-100-pJ semiconductor diode pulses to an energy of 158 microJ and p...
Pulsed Ytterbium-doped fiber laser systems have increased significantly in average output power, pul...
Ytterbium-doped large-pitch fibers with very large mode areas are investigated in a high-power fiber...
Ytterbium-doped Large Pitch Fibers with very large mode areas are investigated in a high power fiber...
A scalable fiber design for ytterbium-doped high performance fiber lasers and amplifiers will be pre...
Large-pitch photonic-crystal fibers have demonstrated their unique capability of combining very larg...
We review our recent work toward designing large mode area fibers for high power applications. We sh...
We have tested a series of Ytterbium doped large core fibers operating near 10Kpps and producing pul...
A novel very-large-mode-area asymmetric rod-type fiber was fabricated and experimentally characteriz...
We have tested a series of Ytterbium doped large core fibers operating near 10Kpps and producing pul...
The fabrication of large mode-area single mode fibres are crucial to developing high power all-fibre...
We report the amplification of 10-100-pJ semiconductor diode pulses to an energy of 158 μJ and peak ...
We review the recent dramatic advances in high power single-frequency Yb doped fiber amplifiers and ...
We report on the experimental demonstration of a fiber chirped- pulse amplification system capable o...
We report on a newly designed and fabricated ytterbium-doped large mode area fiber with an extremely...
We report the amplification of 10-100-pJ semiconductor diode pulses to an energy of 158 microJ and p...
Pulsed Ytterbium-doped fiber laser systems have increased significantly in average output power, pul...
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