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首页> 外文期刊>Journal of Nuclear Materials: Materials Aspects of Fission and Fusion >DIVERTOR TARGET PROFILES AND RECYCLING STUDIES IN TCV SINGLE NULL LOWER STANDARD DISCHARGES
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DIVERTOR TARGET PROFILES AND RECYCLING STUDIES IN TCV SINGLE NULL LOWER STANDARD DISCHARGES

机译:TCV单空下标准放电器的分流器目标轮廓和回收研究

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A 'standard', single null lower diverted discharge has been developed to enable continuous monitoring of the first wall conditions and to characterise the effectiveness and influence of wall conditioning in the TCV tokamak. Measurements over a period encompassing nearly 2000 ohmic discharges of varying configuration and input power show the global confinement time and main plasma impurity concentrations to be good general indicators of the first wall condition, whilst divertor target profiles demonstrate strikingly the short term beneficial effects of He glow. Good agreement, consistent with a reduction in recycling at the plates is found between the predictions of the fluid code UEDGE and the observed outer divertor profiles of T-e and n(e) before and after He glow. [References: 6]
机译:已经开发了一种“标准”,零无效下转向流量,以便能够连续监视第一壁状况,并表征TCV托卡马克中壁状况的有效性和影响。在包括配置和输入功率变化的近2000欧姆放电的一段时间内进行的测量表明,整体限制时间和主要等离子体杂质浓度是第一壁条件的良好通用指标,而偏滤器目标曲线惊人地表明了He发光的短期有益效果。在流体代码UEDGE的预测与He发光之前和之后观察到的T-e和n(e)的外部偏滤器分布之间的预测之间发现了很好的一致性,这与板上的回收减少相一致。 [参考:6]

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