Conference on Plasma Surface Interactions: Difference between revisions
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|17<sup>th</sup> PSI (2006): Hefei, China|| [https://www.sciencedirect.com/journal/journal-of-nuclear-materials/vol/363/suppl/C J. Nucl. Mat. 363-365] | |17<sup>th</sup> PSI (2006): Hefei, China|| [https://www.sciencedirect.com/journal/journal-of-nuclear-materials/vol/363/suppl/C J. Nucl. Mat. 363-365] | ||
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|[ | |[https://info.fusion.ciemat.es/psi2008/ 18<sup>th</sup> PSI (2008): Toledo, Spain]|| [https://www.sciencedirect.com/journal/journal-of-nuclear-materials/vol/390/suppl/C J. Nucl. Mat. 390-391] | ||
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|19<sup>th</sup> PSI (2010): San Diego, USA|| [https://www.sciencedirect.com/journal/journal-of-nuclear-materials/vol/415/issue/1/suppl/S J. Nucl. Mat. S415] | |19<sup>th</sup> PSI (2010): San Diego, USA|| [https://www.sciencedirect.com/journal/journal-of-nuclear-materials/vol/415/issue/1/suppl/S J. Nucl. Mat. S415] | ||
Latest revision as of 22:00, 8 March 2024
Topics
- Plasma facing materials, coatings & conditioning techniques
- Erosion and Deposition
- Plasma fuelling, recycling and tritium inventory
- Plasma surface interactions in future fusion devices
- Plasma edge diagnostics
- Plasma boundary physics
- Plasma properties near surfaces
- Plasma impurities, their transport & control
- Control of the plasma boundary, e.g. by divertors, pumping and biasing
List of conferences
| Conference | Publication |
|---|---|
| 1st PSI (1974): Argonne National Laboratory, USA | J. Nucl. Mat. 53 |
| 2nd PSI (1976): San Francisco, USA | J. Nucl. Mat. 63 |
| 3rd PSI (1978): Culham, UK | J. Nucl. Mat. 76-77 |
| 4th PSI (1980): Garmisch-Partenkirchen, Germany | J. Nucl. Mat. 93-94 |
| 5th PSI (1982): Gatlinburg | J. Nucl. Mat. 111-112 |
| 6th PSI (1984): Nagoya, Japan | J. Nucl. Mat. 128-129 |
| 7th PSI (1986): Princeton, USA | J. Nucl. Mat. 145-147 |
| 8th PSI (1988): Jülich, Germany | J. Nucl. Mat. 162-164 |
| 9th PSI (1990): Bournemouth, UK | J. Nucl. Mat. 176-177 |
| 10th PSI (1992): Monterey, California, USA | J. Nucl. Mat. 196-198 |
| 11th PSI (1994): Mito, Japan | J. Nucl. Mat. 220-222 |
| 12th PSI (1996): Saint-Raphael, France | J. Nucl. Mat. 241-243 |
| 13th PSI (1998): San Diego, California, USA | J. Nucl. Mat. 266-269 |
| 14th PSI (2000): Rosenheim, Germany | J. Nucl. Mat. 290-293 |
| 15th PSI (2002): Gifu, Japan | J. Nucl. Mat. 313-316 |
| 16th PSI (2004): Portland, Maine, USA | J. Nucl. Mat. 337-339 |
| 17th PSI (2006): Hefei, China | J. Nucl. Mat. 363-365 |
| 18th PSI (2008): Toledo, Spain | J. Nucl. Mat. 390-391 |
| 19th PSI (2010): San Diego, USA | J. Nucl. Mat. S415 |
| 20th PSI (2012): Aachen, Germany | J. Nucl. Mat. S438 |
| 21st PSI (2014): Kanazawa, Japan | J. Nucl. Mat. 463 |
| 22nd PSI (2016): Rome, Italy | Nucl. Mat. En. 12 |
| 23rd PSI (2018): Princeton, NJ, USA | Nucl. Mat. En. 20 |
| 24th PSI (2020): Jeju, Korea[1] | Nucl. Mat. En. 26 |
| 25th PSI (2022): Jeju, Korea | Nucl. Mat. En. 34 |
| 26th PSI (2024): Marseille, France |
Notes
- ↑ The 2020 PSI Conference was postponed to 2021 due to the coronavirus crisis and was celebrated as a virtual conference.