The laser‐generated deuteron beam is a promising scheme for providing the required
energy for igniting a pre‐compressed fuel in the fast ignition method in the inertial …

The stopping power of charged particles released by the deuterium–tritium nuclear reactions
has been extensively studied in the weakly to moderately coupled plasma regimes. We have …

Fast ignition (FI) by the laser-accelerated ion beams is an advanced possible remedy to
produce high energy in inertial confinement fusion. Low-divergence high-power beams can …

In this study, in the framework of hydrodynamics and kinetic models, the growth rate of
longitudinal instability in a proton beam-DT fuel plasma system with carbon contamination …

At the stagnation time, fuel may impact by a variety of paths, including ablator materials,
Hohlraum wall, the interaction of the cone-guided lateral surface with imploding fuel, and …