Field-Reversed Configuration

Field-reversed configuration (FRC) power plants appear likely to provide an excellent balance between potential reactor attractiveness and technical development risk. In particular, (1) the linear, cylindrical FRC geometry facilitates the design of tritium-breeding blankets, shields, magnets, and input-power systems, and (2) the high FRC beta (plasma pressure/magnetic field pressure) increases the plasma power density and allows a compact reactor design.
With regard to fusion development, the FRC provides a good balance between physics uncertainty and engineering attractiveness. The trade-offs among physics, engineering, safety, and environmental considerations have only recently gained prominence, and excellent progress is being made by the small worldwide FRC research community regarding physics obstacles.

Publications

Results: 1 to 14 of 14 order by: Num Author Title Date Size Length
Results: 1 to 14 of 14 order by: Num Author Title Date Size Length