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Two-Dimensional Kinetic Model for Fast Electron Transport in Compressed Core Plasmas

A Fokker-Planck type two-dimensional transport code for relativistic electrons in dense plasmas has been developed. Being written in cylindrical coordinates with axial symmetry, the code can be used for analyzing the coreplasma heating in spherical targets in fast ignition scheme. The feature of energy deposition of beam electrons injected into cylindrical D-T plasma is examined. The contribution of self-generated electromagnetic field to core heating profile is estimated.