Towards high photon-number soft x-ray lasers

6533b7d9fe1ef96bd126cb7f

RESEARCH PRODUCT

Towards high photon-number soft x-ray lasers

Ph. Zeitoun Sophie Kazamias Bernhard Zielbauer David Ros D. C. Hochhaus T. T. T. Le Paul Neumayer Eduardo Oliva Kevin Cassou Olivier Guilbaud S. Daboussi Bastian Aurand Thomas Kuehl B. Ecker B. Ecker H. Zhao

subject

Physics Soft x ray Photon business.industry Amplifier Phelix Laser law.invention X-ray laser Optics law Extreme ultraviolet Optoelectronics business Excitation

description

We present an experimental design to independently pump two soft X-ray laser media suitable for a seed-amplifier configuration. Both the seed and the amplifier target are operated in the TCE scheme utilizing the DGRIP technique with its intrinsic travelling wave excitation. Controlled injection of the seed X-ray laser into the amplifier medium is realized via a spherical XUV mirror. The experimental design is perfectly appropriate for benchmarking combined simulations of the ARWEN and DeepOne code. A first experiment at the PHELIX laser utilizing this scheme has been conducted, demonstrating signs of amplification and allowing for the direct measurement of the gain life time of a Ni-like silver SXRL.

year	journal	country	edition	language
2011-09-08	SPIE Proceedings

https://doi.org/10.1117/12.897277

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