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粒子约束和输运特性的研究是磁约束聚变物理研究最基本的和最重要的课题之一。大量实验表明粒子约束好坏不仅直接影响等离子体储能,而直接与总体能量约束时间有关,而且粒子密度的剖面分布与约束模式有内在的联系。这里的粒子除工作粒子(一般指氢、氘)外,也包括杂质。文献[1]对杂质输运方程的一般特性进行了系统研究,本文将该文所述方法
Particle confinement and transport properties of magnetic confinement fusion physics research is one of the most basic and most important issue. Numerous experiments show that particle confinement not only directly affects plasma energy storage but directly relates to the total energy confinement time, and the distribution of particle density is intrinsically linked with the restraint mode. Particles in addition to working particles (generally refers to hydrogen, deuterium), but also include impurities. Literature [1] conducted a systematic study of the general properties of impurity transport equations. This article describes the method described in this article