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Summary of the 27th IAEA Fusion Energy Conference in the categories of EX/W, EX/D, and ICC

机译:第27届IAEA聚变能大会EX / W,EX / D和ICC类别摘要

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This is a summary paper of the 27th IAEA Fusion Energy Conference which was held from 22-27 October 2018 in Gandhinagar, India. The results in the categories of EX/W (wave-plasma interactions, current drive, heating, energetic particles), EX/D (plasma-material interactions, divertors, limiters, scrape-off layer (SOL)), and ICC (innovative confinement concepts) in magnetic confinement experiments are summarized. In total, 121 papers have been contributed to these categories. Interesting results on the coupling between energetic particles, magnetohydrodynamics (MHD), wave-particle interaction, turbulence, SOL physics, and divertors are presented at this conference. For example, control of energetic particle driven MHD by electron cyclotron heating and resonance magnetic perturbation, mitigation of disruption by energetic particle driven MHD, control of decay length by SOL turbulence, and wave scattering by SOL density fluctuations were discussed in this conference. Deeper understanding of these couplings will be essential for the sustainment of high performance steady-state plasma in ITER.
机译:这是2018年10月22日至27日在印度甘地纳加尔举行的第27届IAEA聚变能大会的摘要文件。结果分为EX / W(波-等离子体相互作用,电流驱动,加热,高能粒子),EX / D(等离子体-材料相互作用,偏滤器,限制器,刮除层(SOL))和ICC(创新磁约束实验中的约束概念)。总计有121篇论文被推荐到这些类别中。在本次会议上,我们提出了有关高能粒子,磁流体动力学(MHD),波粒相互作用,湍流,SOL物理和偏滤器之间有趣的结果。例如,会议讨论了通过电子回旋加速器加热和共振磁扰动来控制高能粒子驱动的MHD,通过高能粒子驱动的MHD来控制破坏,通过SOL湍流来控制衰变长度以及通过SOL密度波动来控制波散射。对这些耦合的深入了解对于维持ITER中的高性能稳态等离子体至关重要。

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