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The results of an experimental study of the optical emission enhancement   possibilities during the single pulse laser induced breakdown spectroscopy of   the aluminum alloy are presented. This study is performed in air, argon and   helium at different pressures with and without the additional fast electric   discharge. The discharge was initiated by plasma plume created by laser   ablation of target. The influences of various capacitors and discharge   voltages on enhancement of the studied spectral line intensities were also   studied. The application of the fast discharge through optical emission   enhancement enables lowering of detection limits thus making this   spectrochemical method comparable with the other analytical techniques.   [Projekat Ministarstva nauke Republike Srbije, br. 171014

Laser ablation initiated fast discharge for spectrochemical applications