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Physics and technology conditions for attaining tritium self-sufficiency for the DT fuel cycle

机译:DT燃料循环实现tri自给的物理和技术条件

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摘要

There is no practical external source of tritium for fusion energy development beyond ITER and all subsequent fusion systems have to breed their own tritium. To ensure tritium self-sufficiency, the calculated achievable tritium breeding ratio (TBR) should be equal to or greater than the required TBR. The potential of achieving tritium self-sufficiency depends on many system physics and technology parameters. Interactive physics and technology R&D programs should be implemented to determine the potential of realizing those physics and technology options and parameters that have large effects on attaining a realistic "window" for tritium self-sufficiency. The ranges of plasma and technology conditions that need to be met, in order to ensure tritium self-sufficiency, are identified.
机译:除了国际热核实验堆之外,没有实际的外部for资源用于聚变能的开发,所有随后的聚变系统都必须繁殖自己的tri。为了确保tri的自给自足,计算得出的可达到的tri繁殖率(TBR)应等于或大于所需的TBR。实现tri自给的潜力取决于许多系统物理和技术参数。应该实施交互式的物理和技术研发计划,以确定实现那些对实现tri自给自足的现实“窗口”有很大影响的物理和技术选择和参数的潜力。确定了确保tri自给所需的等离子和技术条件的范围。

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