本地资源档案 · Article / DOI
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…
← 返回资源筛选结果发布机构Europhysics Letters (EPL) 资源版本2026 资源格式Article / DOI 最近核验2026-08-10 RESOURCE OVERVIEWRESEARCH USE PROFILE适用任务建立物理模型、算法方法、参数依据与工程分析证据 使用准备提取适用条件、输入参数、边界假设、版本和引用关系 核验重点关键结论应回到原始章节、图表和发布记录进行复核
ONLINE PREVIEW
资源内容预览
查看资源范围、发布机构、版本、格式和关键技术标签，再进入完整资源或下载本地档案。
本地档案结构化在线预览
内容范围
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…
资源说明
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…
研究使用指引
FILES & VERSIONS
1 个文件资源文件
JSON
本地资源档案fusion-literature-161-3554.json本地档案 · catalog-2026-08-10
RESOURCE FEEDBACK
资源信息需要更新？
可报告链接失效、文件异常、信息错误或版本变化，我们会核对并更新资源记录。