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Comparative PIC-based analysis of D–T, D–He 3 , and p–B 11 fuels in channel-driven inertial fusion: Radial dynamics, hot-spot evolution, and fusion gain scaling
Abstract Channel-driven inertial fusion offers precise control over energy deposition and hot-spot formation by guiding high-intensity ion beams through pre-formed low-density plasma channels. In this study, we present a fully PIC-enhanced comparative analy…
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Abstract Channel-driven inertial fusion offers precise control over energy deposition and hot-spot formation by guiding high-intensity ion beams through pre-formed low-density plasma channels. In this study, we present a fully PIC-enhanced comparative analy…
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Abstract Channel-driven inertial fusion offers precise control over energy deposition and hot-spot formation by guiding high-intensity ion beams through pre-formed low-density plasma channels. In this study, we present a fully PIC-enhanced comparative analy…
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本地资源档案fusion-literature-161-3554.json本地档案 · catalog-2026-08-10