Magnetic Confinement In Nuclear Fusion

Nuclear fusion reactions need to be carried out at extremely high temperatures and pressures, and the magnetic confinement technology is precisely to confine the high-temperature, high-pressure fusion fuels (e.g., deuterium, tritium) in a small space by means of a powerful magnetic field to realize stable combustion over a long period of time.

This technology not only provides the possibility of clean energy, but also promotes the in-depth study of magnetism and plasma physics.