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4 Responses of Plasma-Facing Surface to Power Load Given by Radiation …
Fig. 4.1 Schematic illustration of the synergistic plasma–surface interaction processes that dictate
material evolution and performance in the magnetic fusion plasma environment (reprinted with
permission from [1])
Fig. 4.2 Graphical representation of the multiple time and length-scales involved in the inherently
coupled processes and phenomena that dictate plasma–materials interactions in the boundary plasma
region of magnetic fusion devices. Processes occurring within the plasma are denoted in light red,
while those in the near surface and bulk materials are in light blue, and the important plasma
materials interactions are identified in light purple (reprinted with permission from [1])
4 Responses of Plasma-Facing Surface to Power Load Given by Radiation …
Fig. 4.1 Schematic illustration of the synergistic plasma–surface interaction processes that dictate
material evolution and performance in the magnetic fusion plasma environment (reprinted with
permission from [1])
Fig. 4.2 Graphical representation of the multiple time and length-scales involved in the inherently
coupled processes and phenomena that dictate plasma–materials interactions in the boundary plasma
region of magnetic fusion devices. Processes occurring within the plasma are denoted in light red,
while those in the near surface and bulk materials are in light blue, and the important plasma
materials interactions are identified in light purple (reprinted with permission from [1])