The reactor plasma system manages the ‘triple product’ necessary to maintain a self-sustaining fusion reaction: plasma density, temperature and energy confinement time.
The ISDC’s Generation Program has released an overview of the fusion reactor’s coolant system, coinciding with the commencement of system prototyping. This prototyping is an important next step in the development of a working power system for vessel construction
Fusion reaction is fueled by hydrogen isotopes that are heated to create plasma, which is then excited to reach the energy level required for fusion to begin. The plasma must then be maintained at sufficient density to ensure the reaction remains self-sustaining.
The main function of the reactor chamber is to isolate the reaction from the general environment. The chamber must contain the extreme heat and radioactivity generated by reaction and maintain the vacuum necessary for the reactor to operate.
The choice of primary power source was one of the first technology hurdles that the vessel construction program had to overcome. The power requirements of the main engines and superluminal drive required a significant energy source that also did not have prohibitive mass...
