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THE NUMERICAL TOKAMAK PROJECT - SIMULATION OF TURBULENT TRANSPORT

机译:数值托卡马克项目-湍流传输模拟

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Three-dimensional fluid and kinetic models are being used to simulate the turbulent confinement of energy and plasma in the core of tokamaks. These simulations represent a qualitative improvement in the realism with which they model large tokamak experiments, because they use realistic plasma parameters and incorporate important geometrical effects. The combination of algorithm improvements and the application of high-performance computing methodology including the use of massively parallel computers has enabled dramatic improvements in simulation capability. A consortium of research groups from universities and national laboratories are collaborating in this effort which is entitled the Numerical Tokamak Project and is supported in part by the High Performance Computing and Communications Initiative. [References: 46]
机译:三维流体和动力学模型正用于模拟托卡马克核心中能量和等离子体的湍流约束。这些模拟代表了对大型托卡马克实验建模的真实性的质的改进,因为它们使用了逼真的等离子体参数并结合了重要的几何效果。算法改进与高性能计算方法的应用(包括使用大规模并行计算机)的结合,极大地提高了仿真能力。来自大学和国家实验室的研究小组组成的联盟正在开展这项工作,该项目名为“数值托卡马克项目”,部分得到了高性能计算和通信计划的支持。 [参考:46]

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