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Session 1: Review status of existing and planned PMI facilities

Session 1: Review status of existing and planned PMI facilities. Large scale linear facilities. GOL3 (Novosibirsk, Russia) – operational Multi-mirror trap studying electron transient heating PMI effects, limited pulse duration GDT (Novosibirsk, Russia) – operational

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Session 1: Review status of existing and planned PMI facilities

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  1. Session 1:Review status of existing and planned PMI facilities

  2. Large scale linear facilities • GOL3 (Novosibirsk, Russia) – operational • Multi-mirror trap studying electron transient heating PMI effects, limited pulse duration • GDT (Novosibirsk, Russia) – operational • Gas dynamic trap proposing PMI studies, limited pulse duration, possibly with neutron production in confinement region • MAGNUM PSI (FOM, Netherlands) – beginning operation • Cascade arc to study high flux PMI and transient power loading • GAMMA 10 (Tsukuba, Japan) – operational • Magnetic mirror proposing energetic plasma PMI program, limited pulse duration • PALOMA (Madrid, Spain) – proposed • Cascade arc source and coupled plasma gun facility • PMI-PFC Test Facility (Princeton, USA) – proposed • Studying sources for energetic PMI program emphasizing liquid metal capability • PMTS (Oak Ridge, USA) – proposed • Energetic plasma PMI program as a user facility

  3. Medium and smaller scale linear facilities • PSI2 (Julich, Germany) – beginning operation • PMI studies and diagnostic development in support of JULE PSI • JULE PSI (Julich, Germany) – proposed • Located in hot cell, activated and toxic sample PMI • PILOT PSI (FOM, Netherlands) – operational • High flux and transient PMI with limited pulse duration • VISION I (MOL, Belgium) – beginning operation • Tritium compatible, activated sample PMI • DiPS-II (Seoul, Korea) – operational • Edge plasma physics oriented research • TRED (Seoul, Korea) – operational • Dust research program • PISCES (San Diego, USA) – operational • Be material compatible PMI program, in-situ surface analysis

  4. Medium and smaller scale facilities (cont) • NAGDIS II (Nagoya, Japan) – operational • High target temperature PMI • MAP II (Tokyo, Japan) – operational • Edge plasma physics oriented research • APSEDAS (Tsukuba, Japan) – operational • Material surface diagnostic development • DT-ALPHA (Sendai, Japan) – operational • Recombining plasma physics • TPD-Sheet (Tokai, Japan) – operational • Edge plasma physics oriented research • TPE (Idaho, USA) – operational • Tritium compatible, activated sample PMI

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