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Photonics / Optical fiber / Laser medicine / Mode-locking / Photonic-crystal fiber / Fiber laser / Laser / Solid-state laser / Chirped pulse amplification / Optics / Laser science / Physics


Hollow-core photonic crystal fibers for high-power, ultrafast lasers Clara Saraceno, Florian Emaury, Andreas Diebold,
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Document Date: 2015-04-10 12:21:36

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File Size: 717,15 KB

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City

Zurich / /

Company

Y. Y. Wang N. V. / /

Country

Switzerland / /

Facility

University of Neuchˆatel Neuchˆatel / Fetah Benabid University of Limoges Limoges / /

IndustryTerm

gaseous media / fiber-based solutions / scientific applications / fiber technology / faster laser systems / high pulse energy / millijoule pulse energy / pulse energy / high energy pulse delivery / high energy / pulse compression applications / laser technologies / gas photonics8 / few robust solutions / laser systems / /

Organization

University of Neuchˆatel Neuchˆatel / Fetah Benabid University of Limoges Limoges / /

Person

Frederic Gerome / Thomas Sudmeyer / Andreas Diebold / Florian Emaury / Clara Saraceno / Nat / Ursula Keller Combining Kagome / S. Hashimoto / Fetah Benabid / Cinia Schriber / Ursula Keller / Benoit Debord / /

Position

Author / CPA / Femtosecond fiber CPA / /

Technology

semiconductor / laser / broadband / lasers / laser technologies / fiber technology / phase modulation / laser system / /

SocialTag