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首页> 外文会议>International Conference on Advanced Diagnostics for Magnetic and Inertial Fusion, Sep 3-7, 2001, Varenna Italy >DIAGNOSTICS FOR THE KSTAR: KOREA SUPER-CONDUCTING TOKAMAK ADVANCED RESEARCH
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DIAGNOSTICS FOR THE KSTAR: KOREA SUPER-CONDUCTING TOKAMAK ADVANCED RESEARCH

机译：对KSTAR的诊断：韩国超导托卡马克先进研究

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摘要

The KSTAR (Korea Super-conducting Tokamak Advanced Research) is aiming at the successful performance of the advanced tokamak (AT) mode and steady state operations. Though the AT mode can be realized in present tokamaks, it has usually been achieved as a transient phenomenon, shorter than the characteristic time scales. The KSTAR, however, will pursue steady state AT operation with fully super-conducting magnets and with state-of-the-art plasma control schemes. After achieving the first plasma milestone, the KSTAR operations for testing AT modes will be performed in order according to the availability of heating and other ancillary systems. KSTAR diagnostics are also installed in a phased manner, prioritized by the order of the operation scenarios, the availability of related technologies and the required time for development. The whole diagnostics set is classified in three categories as the Machine and Control, Core, and Divertor and Edge. The whole set is also listed in three phases by the order of development as Basic, Baseline and Mission-oriented. The Basic set consists of a minimal diagnostics for the Day One plasma operation of KSTAR. Most of magnetic diagnostics and relatively simple diagnostic sets for measuring basic parameters such as electron temperature and density, ion temperature, impurity behavior, neutral pressure, and run-away electron detection are included. Monitoring TV viewing inside vacuum vessel in the visible and IR region will also be included in this phase of development. As other ancillary systems are installed to KSTAR, relevant diagnostics is going to be added in parallel. Thus for the Baseline campaign when important physics experiments will be performed with intensive heating capabilities with a divertor configuration, profile measurements of important parameters should be provided. Baseline diagnostics are prepared for this purpose.
机译：KSTAR（韩国超导托卡马克高级研究）的目标是成功实现先进的托卡马克（AT）模式和稳态运行。尽管在当前的托卡马克中可以实现AT模式，但通常以瞬态现象的形式实现，比特征时标短。然而，KSTAR将使用完全超导磁体和最新的等离子控制方案来实现稳态AT运行。在达到第一个等离子里程碑之后，将根据供暖和其他辅助系统的可用性，依次执行用于测试AT模式的KSTAR操作。还分阶段安装KSTAR诊断程序，并按操作方案的顺序，相关技术的可用性和所需的开发时间来确定优先级。整个诊断程序集分为三类：机器和控制，核心，分流器和边缘。整个系列还按照开发顺序分为三个阶段，分别是基本，基线和面向任务。基本设置包括对KSTAR的第一天血浆操作的最少诊断。包括大多数磁性诊断和相对简单的诊断套件，用于测量基本参数，例如电子温度和密度，离子温度，杂质行为，中性压力和失控电子检测。在此开发阶段，还将包括监视可见光和红外区域内真空容器内的电视观看情况。随着KSTAR安装了其他辅助系统，相关的诊断程序将并行添加。因此，对于“基线”运动，当重要的物理实验将使用偏滤器配置进行强化加热时，应提供重要参数的轮廓测量值。为此准备了基线诊断程序。

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