Modeling of Two-Dimensional Transport in Tokamak Plasmas

摘要

For integrated modeling of core and peripheral plasmas and analysis of transient transport phenomena where poloidal dependence of quantity is important, describing transport phenomena in the entire tokamak plasma as two-dimensional problems is desirable and becoming feasible owing to recent remarkable progress in computational resources. The set of two-dimensional transport equations with poloidal angle dependence is formulated from Braginskii's equations and the neoclassical theory in order to develop an integrated two-dimensional transport simulation code.