effects of target materials on the nonlinear power spectrum of rayleigh-taylor instability in enertial confinement fusion

in this paper, the nonlinear power spectrum of the rayleigh-taylor instability in decelaration phases of inertial confinement fusion briefly induced and compaed with accelaration phase . Also compared for different target materials such as DT,.CH,BE and CH with al coating. we have found that the target the target material of the CH with aluminum coating has the least power of RTI and DT target material has the most power of RTI

effects of target materials on the nonlinear power spectrum of rayleigh-taylor instability in enertial confinement fusion Keywords:

inertial confinement fusion , rayleigh taylor instability and nonlinear power spectrum