aic/1-1 overview of c-2w: high temperature, steady-state

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Presenter: Hiroshi Gota IAEA FEC2020 (virtual) – May 12, 2021 Key Accomplishments on C - 2W: Established reliable beam - driven high - β field - reversed configurations (FRCs) Demonstrated FRC sustainment up to 30 ms via neutral - beam injection and edge biasing (limited by the energy storage on - site) Achieved total plasma temperature > 3 keV Extended operational boundary, S*/E > 3 (historical limit ~3), without tilting FRC Implemented reliable machine/FRC optimizations, using advanced Optometrist Algorithm and active feedback plasma control systems Continued successful external collaborations AIC/1-1 Overview of C-2W: High Temperature, Steady-State Beam-Driven FRC Plasmas hg20190813.tae.2 (C-2U) NB terminated C-2W/Norman C-2U (prior device)

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Page 1: AIC/1-1 Overview of C-2W: High Temperature, Steady-State

Presenter: Hiroshi Gota IAEA FEC2020 (virtual) – May 12, 2021

Key Accomplishments on C-2W:

• Established reliable beam-driven high-βfield-reversed configurations (FRCs)

• Demonstrated FRC sustainment up to 30 msvia neutral-beam injection and edge biasing (limited by the energy storage on-site)

• Achieved total plasma temperature >3 keV

• Extended operational boundary, S*/E >3 (historical limit ~3), without tilting FRC

• Implemented reliable machine/FRCoptimizations, using advanced Optometrist Algorithm and active feedback plasma control systems

• Continued successful external collaborations

AIC/1-1 Overview of C-2W: High Temperature, Steady-State Beam-Driven FRC Plasmas

hg20

1908

13.ta

e.2

(C-2U)

NB terminated

C-2W/Norman

C-2U(prior device)