| Record |
| Title |
Causey, Rion A.; Karnesky, Richard A.; San Marchi, Chris |
Year |
Tritium Barriers and Tritium Diffusion in Fusion Reactors |
Abbreviated Journal |
Book Chapter |
| Issue |
2012 |
Keywords |
Comprehensive Nuclear Materials |
| Address |
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| Thesis |
4.16 |
| Place of Publication |
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Language |
511-549 |
Original Title |
arriers, carbides, deuterium, diffusion, first wall materials, fusion, hydrogen, metals, nitrides, oxides, permeation, recombination, solubility, structural materials, tritium |
| Series Title |
Tritium and deuterium induce radiation in reactor materials and some radioactive tritium gas may be released. Most of the materials used in fusion reactors are metals that have relatively high permeabilities for tritium. The fusion community has been working on barriers to minimize tritium release. Unfortunately, most barrier materials work very well during laboratory experiments, but fail to meet requirements when placed in radiation environments.
This chapter presents tritium permeation characteristics of various materials used in fusion reactors, including plasma-facing, structural, and barrier materials. The necessary parameters for tritium release calculations for various regions of a fusion reactor are given. |
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Edition |
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Area |
Elsevier |
Conference |
Amsterdam |
| Approved |
Konings, Rudy J. M.; Stoller, Roger. E. |
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008056027X |
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NU @ karnesky @ |
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10704 |
| Permanent link to this record |
