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Radiation Hydrodynamic Simulations of an Inertial Fusion Energy Reactor Chamber

10 cm Studies of the proposed Inertial Fusion Energy Engine Chamber are performed using the 1-D BUCKY radiation hydrodynamics code. Chamber dynamics focusing on the Marshak heat wave propagation, shock wave propagation, first wall temperature rise and maximum overpressure are investigated. Simulations show a maximum first wall temperature of 1135 K and a maximum overpressure of 5.83×10-3 MPa. Analysis of changes in dynamics due to chamber radius, gas fill and densities are also explored.