Neutrons produced in this reaction, being chargeless, cannot be contained within the electromagnetic field, thus leaving plasma and reacting with the surrounding material (e.g. tokamak chamber walls) and producing radioactive elements. This leads to activation and radioactive degradation of the reactor itself.
Neutrons produced in this reaction, being chargeless, cannot be contained within the electromagnetic field, thus leaving plasma and reacting with the surrounding material (e.g. tokamak chamber walls) and producing radioactive elements. This leads to activation and radioactive degradation of the reactor itself.