Topical G: International Fusion Energy Technology Topical (ITER) |
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| Session 294 - Interaction of Materials with Coolant in Water-Cooled Fusion Reactors | |||
| Water chemistry and corrosion issues in critical water-cooled components have the key influence on availability, reliability, and operational safety of the fusion reactor. This session provides a venue for the advancement of new research and technology applied to the fusion energy sector with particular focus on water chemistry and corrosion of materials, generation/transport of activated corrosion products and tritium. Papers which discuss these issues as applied to fusion energy systems are encouraged. | |||
| Chair: | Andrei Y. Petrov | ||
| CoChair: | Jeremy T. Busby | ||
| 294a | Water ChEmistry and Corrosion of Iter Tokamak Cooling Water Systems Otakar Jonas, Lee M. Machemer |
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| 294b | Modeling of Activated Corrosion Product Transport: A Theoretical Approach Stanislav I. Golubov, Jeremy T. Busby, Roger E. Stoller, Andrei Petrov |
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| 294c | A Review of Corrosion and Water ChEmistry Aspects Concerning the Tokamak Cooling Water Systems of Iter Anders Molander |
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| 294d | Role of Water Treatment in Corrosion Control of Iter Cooling Water System Frances M. Cutler, Andrei Y. Petrov |
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| 294e | Effect of Water ChEmistry on Aqueous Corrosion of Copper Tamara I. Petrova |
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