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  1. euvlitho.com

    Thin-Disk Laser Technology 4. Regenerative Thin- Disk Amplifiers 5. Multipass Thin-Disk Amplifiers ... "Toward Kilowatt-Level Ultrafast Regenerative Thin-Disk Amplifiers," in Lasers Congress 2016 (ASSL, LSC, LAC), OSA Technical ... • S. Prinz et al. "Multi -mJ CEP-stable few-cycle pulses at 6 kHz from a thin-disk pumped OPCPA used for ...
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  3. euvlitho.com

    THIN-DISK AMPLIFIERS, Tom Metzger Confidential 23.07.2018 Nonlinear Pulse Compression of ~1ps output of thin-disk lasers 16 Spectral broadening via SPM in a Herriott-Cell 0.9ps 115fs 300W, 40MHz, 7.5µJ 0.9ps 170fs 375W, 10MHz, 37.5µJ Opt. Lett. 41, 4511 (2016) Opt. Expr. 25, 20502 (2017) Idea: Consecutively foci inside a gas filled cell to
  4. opg.optica.org

    We evaluate limitations in pulse duration for Kerr-lens mode-locked Yb-based thin-disk lasers. The most critical factor is appropriate intracavity dispersion engineering, which enabled operation at 30-fs. Substantially shorter durations are within reach using new designs.
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  6. few-cycle.com

    At few-cycle Inc. we develop optical technologies for ultrafast laser science.. Our aim is to redefine optical parametric amplification by providing the highest conversion efficiencies and high peak power IR pulses of up to 2.5TW.. We offer unique femtosecond laser upgrades based on hollow-core fiber systems for pulse compression. Special high efficiency fibers developed for both Yb and Ti:Sa ...
  7. epj-conferences.org

    3.8 MW of peak power, making this system suitable for external pulse compression to few-cycle pulse duration and moving one step closer to future scientific applications. 2. Experimental results The experimental setup of Ho:YAG KLM TDL is presented in Fig. 1a. It is built around a thin-disk pump
  8. euvlitho.com

    Ultrafast Thin-Disk Amplifiers Tom Metzger │ TRUMPF Scientific Lasers. Content 2 ... •Fiber laser 1030nm •Bandwidth 8nm •Pulse duration 300fs •Average Power 20W •Pulse Energy 100µJ 10 | ... project towards multi-kW) OPCPA: µJ energies (standard) mJ energies (custom design possible) 27 | TRUMPF Scientific Lasers CTO - Tom Metzger ...
  9. researchgate.net

    The performance of thin-disk oscillator in a anomalous and normal dispersion regimeboth s is described. Spectral broadening and pulse compression leading to sub-30 fs pulses as well asirst f
  10. link.springer.com

    Left Schematic setup of the thin-disk pump configuration with the disk in the focal plane of a parabolic mirror. The collimated pump light (1) is focused by a parabolic mirror (2) onto the thin-disk (3), re-collimated by the parabolic mirror, routed by a pair of bending mirrors (4) via another position on the parabolic mirror back to the disk, and ultimately the remaining unabsorbed pump light ...
  11. lators with a record breaking 550-W average power thin-disk oscillator. This laser also provides the highest pulse energy of any ultrafast oscillator, 100 J, surpassing the long-standing previous record of 80 J [7]. Furthermore, the laser provides 852-fs-long pulses at 5.5 MHz repetition rate resulting in a peak
  12. jeos.edpsciences.org

    review paper on one ultrafast laser technology where progress in the last decade has been particularly remark-able - ultrafast thin-disk lasers (TDLs). State-of-the-art The thin-disk laser geometry The TDL concept dates back to 1994 and was invented by A. Giesen and coworkers [6]attheInstitut für Strahlwerkzeuge (IFSW) of the University of ...

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