Abstract
A coupled PIC and Fokker-Planck hierarchical simulation model for analysis of fast ignition core heating was checked by comparing the heating profile with collisional PIC simulations. The integrated simulations using FI 3 code were carried out for the recent fast heating experiments and showed that the dense core (ρ > 10 g/cc) is heated up to 0.45 keV by the fast electrons via the Coulomb interactions (not anomalous processes).
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