Amplification of nanosecond pulses to megawatt peak power levels in Tm3+-doped photonic crystal fiber rod.
Identifieur interne : 000300 ( PubMed/Curation ); précédent : 000299; suivant : 000301Amplification of nanosecond pulses to megawatt peak power levels in Tm3+-doped photonic crystal fiber rod.
Auteurs : Christian Gaida [États-Unis] ; Martin Gebhardt ; Pankaj Kadwani ; Lasse Leick ; Jes Broeng ; Lawrence Shah ; Martin RichardsonSource :
- Optics letters [ 1539-4794 ] ; 2013.
Abstract
We report amplification of sub-10-100 ns pulses with repetition rates from 1 to 20 kHz in a rod-type thulium-doped photonic crystal fiber with 80 μm core diameter. The rod is pumped with a 793 nm laser diode and produces the highest peak power at 1 kHz repetition rate with 6.5 ns pulse duration and more than 7 W average output power. This result exemplifies the potential of this fiber design to scale pulse peak powers and pulse energies to the megawatt and multi-millijoule range in the 2 μm wavelength regime.
PubMed: 23455267
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<front><div type="abstract" xml:lang="en">We report amplification of sub-10-100 ns pulses with repetition rates from 1 to 20 kHz in a rod-type thulium-doped photonic crystal fiber with 80 μm core diameter. The rod is pumped with a 793 nm laser diode and produces the highest peak power at 1 kHz repetition rate with 6.5 ns pulse duration and more than 7 W average output power. This result exemplifies the potential of this fiber design to scale pulse peak powers and pulse energies to the megawatt and multi-millijoule range in the 2 μm wavelength regime.</div>
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<Abstract><AbstractText>We report amplification of sub-10-100 ns pulses with repetition rates from 1 to 20 kHz in a rod-type thulium-doped photonic crystal fiber with 80 μm core diameter. The rod is pumped with a 793 nm laser diode and produces the highest peak power at 1 kHz repetition rate with 6.5 ns pulse duration and more than 7 W average output power. This result exemplifies the potential of this fiber design to scale pulse peak powers and pulse energies to the megawatt and multi-millijoule range in the 2 μm wavelength regime.</AbstractText>
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