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The Code O-SUKI is an integrated 2-dimensional (2D) simulation program systemfor a fuel implosion, ignition and burning of a direct-drive nuclear-fusionpellet in heavy ion beam (HIB) inertial confinement fusion (HIF). The CodeO-SUKI consists of the four programs of the HIB illumination and energydeposition program of OK3 (Comput. Phys. Commun. 181, 1332 (2010)), aLagrangian fluid implosion program, a data conversion program, and an Eulerfluid implosion, ignition and burning program. The OK3 computes the multi-HIBsirradiation onto a spherical fuel target. One HIB is divided into many beamletsin OK3. Each heavy ion beamlet deposits its energy along the trajectory in adeposition layer depending on the particle energy. The OK3 also has a functionof a wobbling motion of the HIB axis oscillation, and the HIBs energydeposition spatial detail profile is obtained inside the energy absorber of thefuel target. The spherical target implosion 2D behavior is computed by the 2DLagrangian fluid code coupled with OK3, until just before the void closure timeof the fuel implosion. After that, all the data by the Lagrangian implosioncode are converted to them for the Eulerian code. The fusion Deuterium(D)-Tritium (T) fuel and the inward moving heavy tamping material are implodedand deformed seriously at the stagnation phase. The Euler fluid code isappropriate to simulate the fusion fuel compression, ignition and burning. TheCode O-SUKI 2D simulation system provides a capability to compute and to studythe HIF target implosion dynamics.

Code O-SUKI: Simulation of Direct-Drive Fuel Target Implosion in Heavy Ion Inertial Fusion