Abstract
Taking the calculation results based on the established two-dimensionalablation model of the intense-pulsed-ion-beam (IPIB) irradiation processas initial conditions, we build a two-dimensional hydrodynamic ejectionmodel of plasma produced by an IPIB-irradiated metal titanium targetinto ambient gas. We obtain the conclusions that shock waves generatewhen the background pressure is around 133 mTorr and also obtain theplume splitting phenomenon that has been observed in the experiments.
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