论文标题
演示离子回旋加热：ITER型天线设计的状态
DEMO ion cyclotron heating: status of ITER-type antenna design
论文作者
论文摘要
ITER ICRF系统将相对于现代设备上的现有系统而获得复杂性，并且演示也是如此。积累的体验可以极大地帮助设计演示的ICRF系统。在本文中，介绍了演示ICRF天线和一些相关组件的概念前设计的当前状态。尽管许多方面非常类似于ITER系统，但在某些设计解决方案中，我们必须采取另一种路线才能适应演示特定的。关键点之一是请求的ICRF加热性能所需的环形天线范围，该性能通过将天线分成一半，并进行适当的安装而实现。提出了迄今为止最大的ICRF天线在RAPLICASOL和相关挑战中的建模。通过主题为基准计算。给出了对最新模型的分析结果和未来步骤的前景。
The ITER ICRF system will gain in complexity relative to the existing systems on modern devices, and the same will hold true for DEMO. The accumulated experience can help greatly in designing an ICRF system for DEMO. In this paper the current status of the pre-conceptual design of the DEMO ICRF antenna and some related components is presented. While many aspects strongly resemble the ITER system, in some design solutions we had to take an alternative route to be able to adapt to DEMO specific. One of the key points is the toroidal antenna extent needed for the requested ICRF heating performance, achieved by splitting the antenna in halves, with appropriate installation. Modelling of the so far largest ICRF antenna in RAPLICASOL and associated challenges are presented. Calculation are benchmarked with TOPICA. Results of the analysis of the latest model and an outlook for future steps are given.
