Summary of the 11th Conference on Magnetic Confined Fusion Theory and Simulation (CMCFTS 2023)

Guangzhou Hao, Jianqiang Xu, Youwen Sun, Zhibin Guo
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Abstract

This conference report summarizes recent progress in plasma theory and simulation that was presented in contributed papers and discussions at the 11th Conference on Magnetic Confined Fusion Theory and Simulation (CMCFTS 2023) Chengdu, China, 27-30 October 2023. Progress in various fields has been achieved. For example, results on the zonal flow generation by mode coupling, simulations of the key physics of divertor detachment, energetic particle effects on magnetohydrodynamic modes in addition to ion and electron scale turbulence, physics of edge coherent modes and edge localized modes, and the optimization of ion heating schemes as well as confinement scenarios using advanced integrated modeling are presented at the conference. In this conference, the scientific research groups were organized under six categories: (A) edge and divertor physics, (B) impurity, heating, and current drive, (C) energetic particle physics, (D) turbulent transport, (E) magnetohydrodynamic (MHD) instability and (F) integrated modeling and code development. A summary of highlighted progress in the above working groups is presented.
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第十一届磁约束聚变理论与模拟会议(CMCFTS 2023)摘要
本会议报告总结了 2023 年 10 月 27 日至 30 日在中国成都举行的第十一届磁约束聚变理论与模拟会议(CMCFTS 2023)上发表的论文和讨论中介绍的等离子体理论与模拟方面的最新进展。会议在多个领域取得了进展。例如,通过模式耦合产生带状流的研究成果、憩室脱离的关键物理模拟、高能粒子对离子和电子尺度湍流之外的磁流体动力学模式的影响、边缘相干模式和边缘局部模式的物理、利用先进的集成建模优化离子加热方案和约束方案等。在本次会议上,科研小组分为六个类别:(A)边缘和分流器物理学,(B)杂质、加热和电流驱动,(C)高能粒子物理学,(D)湍流传输,(E)磁流体动力学(MHD)不稳定性,以及(F)综合建模和代码开发。本文概述了上述工作组的主要进展情况。
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