Titlebook: On the Edge of Magnetic Fusion Devices; Sergei Krasheninnikov,Andrei Smolyakov,Andrei Kuku Book 2020 Springer Nature Switzerland AG 2020 e

感情

Anomalous Cross-Field Transport in Edge Plasma, one of the backbones of plasma physics in magnetic fusion devices. In this chapter the main mechanisms driving and stabilizing the most typical edge plasma instabilities are considered and the underlying physics is discussed.

Complement

Computational Modeling of the Edge Plasma Transport Phenomena,ty effects and plasma-material interactions are extremely complex. As a result, only limited cases can be treated analytically, whereas a thorough study requires numerical simulations. The main approaches to computational modeling of different edge plasma phenomena, their assumptions and limitations

炼油厂

Physics of Some Edge Plasma Phenomena,FE) and divertor plasma detachment are considered in this chapter. Divertor plasma detachment phenomenon is considered as one of the most important in edge plasma physics, since it allows the solution of the “heat removal” problem, the fundamental technical issue of fusion reactors.

半圆凿

出来

,Plasma–Material Interactions in Magnetic Fusion Devices, a strong degradation of the material properties. Unfortunately, this area of research is still underdeveloped and our understanding of complex processes involving plasma-material interactions is still far from completeness. Here the current status of our knowledge of plasma interactions with the PFC materials is presented.