Abstract
The traditional fast ignition scheme is that a compressed core created using an imploding laser is auxiliary heated and ignited by hot electrons (produced using a short pulse laser guided through the cone). However, sufficient heating cannot be achieved due to the highly hot-electron energy spectra, the energy loss in the cone, the large divergence of the hot electron and the long distance between the core and the generation point. Here, we propose a new target based on a hole-cone shell target experiment.
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