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Optimization of buildable stellarator coils to confine electron-positron plasmas and advance fusion reactor design
The stellarator is considered a front-runner for a future fusion power plant. Unlike axisymmetric magnetic confinement fusion devices like tokamaks, stellarators ely on complex, numerically optimized three-dimensional magnetic fields to confine the plasma,…
← 返回资源筛选结果发布机构Elektronische Hochschulschriften der LMU München (Ludwig-Maximilians-Universität München) 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
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The stellarator is considered a front-runner for a future fusion power plant. Unlike axisymmetric magnetic confinement fusion devices like tokamaks, stellarators ely on complex, numerically optimized three-dimensional magnetic fields to confine the plasma,…
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The stellarator is considered a front-runner for a future fusion power plant. Unlike axisymmetric magnetic confinement fusion devices like tokamaks, stellarators ely on complex, numerically optimized three-dimensional magnetic fields to confine the plasma,…
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本地资源档案fusion-literature-040-2330.json本地档案 · catalog-2026-08-10
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