Laser-plasma-based vacuum-ultraviolet light source for tunable single-photon ionization
Author:
Publisher
The Optical Society
Reference20 articles.
1. Extreme ultraviolet emission of laser-produced plasmas using a cryogenic xenon target
2. Wavelength- and Time-Resolved Investigation of Laser-Induced Plasmas as a Continuum Source
3. Time-resolved spectral and spatial description of laser-induced breakdown in air as a pulsed, bright, and broadband ultraviolet–visible light source
4. Investigation of a laser-produced plasma VUV light source
5. Pulsed-laser-generated rare-gas plasma as a light source in the vacuum ultraviolet
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