Numerical investigation of plasma turbulence and filaments dynamics in three-dimensional tokamak geometries

我于2020年在伦敦帝国理工学院完成了我的孟学位，我的论文是关于惯性约束聚变胶囊中一组可能的扰动源的研究，基于最近观察到的与性能下降相关的名为“流星”的现象。我之所以进入MCF，是因为它似乎比ICF更容易提取可用的能量——这是未来核聚变的一个关键问题。不用说，成功保证了人类数千年的能源需求，并将提供一个能量密集的能源，至少是扩展到太阳系的理想选择。这个名为“三维托卡马克几何中等离子体湍流和细丝动力学的数值研究”的项目将由约克大学的Benjamin Dudson博士和CCFE的Fulvio Militello教授指导，该项目将研究等离子体的特性和在SOL和分流器附近的场结构，这与聚变等离子体的能量转移非常相关，因此特别令人兴奋。

I completed my MEng at Imperial College London in 2020, presenting my thesis concerning the investigation of a set of possible perturbation sources in inertial confinement fusion capsules, based on recent observed phenomena named 'meteors' which are associated with degraded performance.I have moved into MCF on the basis that it seems more feasible to extract usable energy than in ICF - a key issue for the future of fusion. Needless to say, success guarantees the energy needs of humanity for millennia, and would provide an energy dense power source ideal for expansion into the solar system at the very least. The project, "Numerical Investigation of Plasma Turbulence and Filament Dynamics in Three-Dimensional Tokamak Geometries" will be supervised by Dr. Benjamin Dudson of York, and Professor Fulvio Militello of CCFE - this will involve investigating plasma characteristics and field structures in the SOL and near the divertor, which is very relevant to energy transfer from the fusion plasma, and so is particularly exciting.