Abstract
Generation of ion fluxes at the interaction of 70J, 0.438μm subnanosecond laser pulse with a massive planar target has been investigated. It is shown that after proper optimization of high-Z (Cu or Ta) target irradiation, a highly collimated heavy ion jet of the ion current >100A and the ion current density >1A∕cm2 at 1m from the target can be produced with an energy conversion efficiency nearly 10%.
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