Numerical Simulation of the Instability of the Jelly Surfaces under the Imploding Drives

In this paper, we applied the high-resolution compressible multi-fluid PPM method to simulation of the instability of the jelly surfaces under the imploding drives. The outer and the inner surfaces of the jelly are set initially by model 10, 1 mm in top-top and top-bottom disturbance amplitude. Shape, position, velocity and acceleration of the outer and the inner surfaces of the jelly computational results are given. The numerical images are in excellent agreement with the basic physical phenomena.