Structural and chemical modifications of AISI 316 SS FT limiters compared with the disruption simulation damage
Author:
Publisher
Elsevier BV
Subject
Nuclear Energy and Engineering,General Materials Science,Nuclear and High Energy Physics
Reference13 articles.
1. INTOR, Phase Two A,1983
2. Evaporation for heat pulses on Ni, Mo, W and ATJ graphite as first wall materials
3. Erosion and surface modifications of different FT limiters
4. On materials problems of the first wall in INTOR
5. Mechanisms responsible for topographical changes in PLT stainless-steel and graphite limiters
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1. Modeling of Surface Deformations during Plasma Disruptions;Fusion Technology;2000-05
2. The Influence of External Body Forces on the Molten Depths in Tungsten during Plasma Disruptions;Fusion Technology;1998-11
3. Influence of Beam Diameter on Molten Depths in Tungsten during Simulated Plasma Disruptions;Fusion Technology;1997-08
4. The effects of plasma disruption simulation on AISI 316L stainless steel;Fusion Engineering and Design;1997-05
5. The Role of Surface-Tension-Driven Convective Flows on the Molten Depths in Simulated Plasma Disruptions;Fusion Technology;1995-07
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