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Comparison of the time-resolved ion currents per surface unit emitted by Fe and Si plasmas produced by KrF and Nd:YAG laser beams having of 23 and 3.5 ns, respectively. The scales were recalculated to a distance of 1 m from the target.
Dependencies of the total charge states per unit of solid angle (left axis) and of the ratio of their charge (right axis) on the fluence of Nd:YAG (a) and KrF (b) laser beams focused on the pure Fe target, and Si one.
Comparison of the total charge of ions emitted form Si plasma in rescaled fluences: the fluence of the KrF excimer laser, , was rescaled to the Nd:YAG laser fluence using the formula which takes into account the wavelength and the pulse duration of both the lasers.
Reconstructed time-resolved abundances of ionized species with the use of the CEA at the distance of 1.9 m from the target. The target was irradiated by Nd:YAG laser pulses with fluence.
Dependencies of the soft x-ray emission from Fe and Si plasmas and of their ratio on the Nd:YAG laser fluence.
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