Centrifugal Force Constrained
Plasma and Nuclear Fusion
By causing a spherical hollow container to rotate simultaneously around longitudinal and transverse axes, the generated inertial centrifugal force uniformly distributes dense liquid metal on all inner walls of the container, confining a spherical plasma at the center.
This method enables long-term plasma confinement, with the liquid metal layer serving to protect the container's inner walls from plasma damage, shield neutrons, regenerate fuel and reflect thermal radiation from the plasma.
Mechanism Visualization
Figure 1: Illustration of the centrifugal force constrained plasma model.
