论文标题
关于血浆操作和负担得起的线圈设置的协同作用，由前瞻性弧融合反应堆中的负三角形实现
On the synergy between easier plasma operation and affordable coil-set requirements enabled by Negative Triangularity in the prospective ARC fusion reactor
论文作者
论文摘要
开发了数值工作流程，以探索在ARC融合试验工厂中运行多个等离子体配置的可行性。根据线圈中所需的电流，诱导的应力和等离子体构型的灵活性，评估了各种多型场线圈集的合适成本功能。这首先表明，尽管ARC的正三角形设计平衡，但给定的一组螺状磁场线圈也可以具有三角形的迹象，具有三角形的迹象和负三角形的平衡具有可比的线圈要求。这些结果有助于证明，负三角形托卡马克是融合能力商业化的有前途的候选人。
A numerical workflow is developed to explore the viability of running multiple plasma configurations in the ARC fusion pilot plant. Suitable cost functions for various poloidal field coil sets are evaluated based on currents required in the coils, induced stresses, and flexibility in plasma configurations. It is shown, for the first time, that a given set of poloidal field coils can sustain equilibria with both signs of triangularity and that equilibria at Negative Triangularity have comparable coil requirements to those at Positive Triangularity, despite ARC's Positive Triangularity design equilibrium. These results contribute to demonstrate that the Negative Triangularity Tokamak is a promising candidate for the commercialization of fusion power.
