2021•Unpublished venueOpen access

EMPULSE: a compact terawatt chirped pulse amplification laser for generating coherent x-rays

Yousuf Hemani, M. Galimberti, Davide Bleiner

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Abstract

Design and development of a compact chirped pulse amplification (CPA) laser is presented. This system will be used to generate coherent tabletop X-rays based on laser-produced plasmas (LPP) for round the clock advanced spectroscopy. The building blocks of the laser are shown and the results from the front-end are laid out. The progress on the amplification stages is presented with a scheme to extract compressed 15 J laser pulses at the output which are to be characterized and hit on rotating target for generating a plasma with enough population inversion (Ne-like or Ni-Like) as such to enable the emission of Soft X-rays. Soft X-rays laser lines from different targets will be characterized and used for different spectroscopy experiments.

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What this paper is about

Design and development of a compact chirped pulse amplification (CPA) laser is presented. This system will be used to generate coherent tabletop X-rays based on laser-produced plasmas (LPP) for round the clock advanced spectroscopy. The building blocks of the laser are shown and the results from the front-end are laid out. The progress on the amplification stages is presented with a scheme to extract compressed 15 J laser pulses at the output which are to be characterized and hit on rotating target for generating a plasma with enough population inversion (Ne-like or Ni-Like) as such to enable the emission of Soft X-rays. Soft X-rays laser lines from different targets will be characterized and used for different spectroscopy experiments.

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Available abstract

Design and development of a compact chirped pulse amplification (CPA) laser is presented. This system will be used to generate coherent tabletop X-rays based on laser-produced plasmas (LPP) for round the clock advanced spectroscopy. The building blocks of the laser are shown and the results from the front-end are laid out. The progress on the amplification stages is presented with a scheme to extract compressed 15 J laser pulses at the output which are to be characterized and hit on rotating target for generating a plasma with enough population inversion (Ne-like or Ni-Like) as such to enable the emission of Soft X-rays. Soft X-rays laser lines from different targets will be characterized and used for different spectroscopy experiments.

Key concepts: Chirped pulse amplification, Laser, Population inversion, Optics, Spectroscopy, X-ray laser, Physics, Plasma

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