Abstract
The very short time step numerical two-fluid computation of laser-plasma interaction including complete nonlinear optical constants and the nonlinear (ponderomotive) force results in detailed information on plasma oscillations and damping and in the generation of electrostatic fields of 10 8 V/cm for neodymium glass laser pulses of 10 16 W/cm 2 intensity. The decoupling of interaction after caviton generation occurs as in preceding one-fluid calculations, after having permitted sufficient nonlinear force pushing of shells for fusion.
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