Numerical Investigation of Non-Local Electron Transport in Laser-Produced Plasmas
Non-local electron transport in laser-produced plasmas under inertial confinement fusion (ICF) conditions is studied based on Fokker–Planck (FP) and hydrodynamic simulations. A comparison between the classical Spitzer–Härm (SH) transport model and non-local transport models has been made. The result shows that among those non-local models the Epperlein and Short (ES) model of heat flux is in reasonable agreement with the FP simulation in overdense region. However, the non-local models are invalid in the hot underdense plasmas. Hydrodynamic simulation is performed with the flux limiting model and the non-local model, separately. The simulation results show that in the underdense region of the laser-produced plasmas the temperature given by the flux limiting model is significantly higher than that given with the non-local model.
Dong, Yalin; Bin, Zhao; and Jian, Zheng, "Numerical Investigation of Non-Local Electron Transport in Laser-Produced Plasmas" (2007). Mechanical Engineering Faculty Research. 284.