Quasi-Symmetry in Stellarator Research 5. Status of Physics Design of Quasi-Axisymmetric Stellarators 5.2 Physics and Engineering Design of CHS-qa
Quasi-Symmetry in Stellarator Research 5. Status of Physics Design of Quasi-Axisymmetric Stellarators 5.2 Physics and Engineering Design of CHS-qa
复制标题
仿星器研究中的拟对称性 5.拟轴对称仿星器物理设计现状 5.2 CHS-qa 物理与工程设计
DOI：
10.1585/jspf.78.220
复制
发表时间：
2002
期刊：
影响因子：
--
通讯作者：
K. Matsuoka
中科院分区：
文献类型：
--
作者：
S. Okamura;S. Nishimura;M. Isobe;C. Suzuki;A. Shimizu;S. Murakami;M. Yokoyama;K. Matsuoka
基于准轴对称结构设计了一种低展弦比螺旋装置CHS-qa，这是一种新的先进仿星器概念。作为新约束实验的基本必要条件，理想的 MHD 稳定性已针对 Mercier、气球和扭结稳定性标准进行了检验。还实现了良好的准轴对称性并保持了良好的稳定性条件。除了努力减少基于准轴对称的新古典输运之外，还从反常输运的角度对螺旋系统改进约束的实验研究进行了各种考虑。除了主要的模块化线圈外，辅助线圈系统的设计是为了使 CHS-qa 中的磁场配置具有灵活性，这对于做好约束物理的实验研究非常重要。
A low aspect ratio helical device CHS-qa has been designed based on the quasi-axisymmetric configuration which is one of the new advanced stellarator concepts. As the basic necessary conditions for the new confinement experiment, ideal MHD stability has been examined for the Mercier, ballooning and kink stability criteria. A good quasi-axisymmetry was also realized keeping the good stability condition. As well as making efforts to reduce the neoclassical transport based on the quasi-axisymmetry, various considerations were made with respect to the experimental study of the improved confinement of helical systems from the viewpoint of the anomalous transport. In addition to the main modular coils, auxiliary coil systems are designed to give flexibility of the magnetic field configuration in CHS-qa, which are important to make good experimental study of the confinement physics.