This paper introduces the first results of deuterium retention on the Experimental Advanced Superconducting Tokamak（EAST） using particle balance. In the fall 2010 EAST experiments with a full graphite wall, the aver...This paper introduces the first results of deuterium retention on the Experimental Advanced Superconducting Tokamak（EAST） using particle balance. In the fall 2010 EAST experiments with a full graphite wall, the average deuterium retention fraction was about 19%（including disruptive shots） and 38%（not including disruptive shots）. Fuel retention for the short-and longpulse discharge was different. The H-mode discharges had a slightly lower fuel retention than the L-mode discharges. However, it was observed that disruptions introduced outgassing from the wall. Wall conditioning, such as lithium coating, increases retention.展开更多
基金funded by the National Magnetic Confinement Fusion Science Program under contract No.2013GB114004National Nature Science Foundation of China under contract Nos.11321092,11405210 and 11605236+1 种基金partially supported by the Ministry of Science,ICT and Future Planning under the KSTAR projectpartly supported by the National Research Council of Science and Technology(NST)under International Collaboration&Research in Asian Countries(No.PG1314)
文摘This paper introduces the first results of deuterium retention on the Experimental Advanced Superconducting Tokamak（EAST） using particle balance. In the fall 2010 EAST experiments with a full graphite wall, the average deuterium retention fraction was about 19%（including disruptive shots） and 38%（not including disruptive shots）. Fuel retention for the short-and longpulse discharge was different. The H-mode discharges had a slightly lower fuel retention than the L-mode discharges. However, it was observed that disruptions introduced outgassing from the wall. Wall conditioning, such as lithium coating, increases retention.
