The current capabilities at DENIM for the analysis of directly driven targets are presented. These include theoretical, computational and applied physical studies and developments of detailed simulation models for the most relevant processes in ICF. The simulation of directly driven ICF targets is carried out with the one-dimensional NORCLA code developed at DENIM. This code contains two main segments: NORMA and CLARA, able to work fully coupled and in an iterative manner. NORMA solves the hydrodynamic equations in a lagrangian mesh. It has modular programs coupled to it to treat the laser or particle beam interaction with matter. Equations of state, opacities and conductivities are taken from a DENIM atomic data library, generated externally with other codes that will also be explained in this work. CLARA solves the transport equation for neutrons, (Boltzmann), as well as for charged particles, and suprathermal electrons (Fokker-Planck), using discrete ordinates and finite element methods in the computational procedure. Parametric calculations of multilayered single-shell targets driven by heavy ion beams are also analyzed. Finally, conclusions are focused on the ongoing developments in the areas of interest such as: radiation transport, atomic physics, particle in cell method, charged particle transport, two-dimensional calculations and instabilities.
About the Author: Albert M. Davis (Albert M. Davis) is a Co-Principal Investigator at Lawrence Livermore National Laboratory and currently holds the William E. Kealoha Endowed Chair in Fusion Plasma Physics at the University of California, San Diego.
About the Author: Yuki Fujii (Yuki Fujii) received his Ph.D. in physics from the University of Tokyo in 1996. After working in the University of Tsukuba and University of Tokyo, he was a visiting professor in the University of California, San Diego, where he is currently a senior postdoctoral associate. His primary research interests are in the areas of collision-induced ionization, electron-ion and ion-ion recombination spectroscopy.
About the Author: Pedro E. Castro (Pedro E. Castro) is currently with the Physics Department of the University of California, San Diego, San Diego, California, USA. He was previously with the University of California, San Diego, San Diego, California, USA, where he did his post-doc and Ph.D., and the University of Auckland, New Zealand, and University of Tsukuba, Japan, where he was a visiting scientist. He is now a senior postdoctoral associate at the Lawrence Livermore National Laboratory, Livermore, California, USA.
At the time of the conference, a preliminary version of this paper was submitted to the arXiv preprint server at the international physics archive, and it can be accessed at arXiv:physics/0605096 .
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