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Analysis of fuel retention on MAST by global gas balance
Plasma Physics and Controlled Fusion
The retention of deuterium fuel during MAST discharges has been studied using the method of global gas balance. The results show that with inter-shot 4 He-GDC, the total number of particles retained for a discharge increases with total number of injected particles, and the total retention fraction stays very high, mostly around 80%, and can be almost 100%. However, it is observed that disruptions can reduce the wall inventory. With inter-shot 4 He-GDC to recondition surfaces on MAST, thedoi:10.1088/0741-3335/52/7/075012 fatcat:nifcjbuaknc7rk4howyh3lcvla