Based on the established physical mechanism of low-energy double resonant lattice-coupled fusion, this paper carries out systematic engineering expansion research on the particle supply mode, raw material preparation path and product utilization system of the fusion system. Protons and newly generated free neutrons required for fusion reactions can be prepared by independent external devices and fed into the reaction cavity through pipelines, replacing the internal self-sustaining particle generation mode of traditional reactor cores. This layout can greatly simplify the structure of the main fusion equipment and realize steady-state, low-energy and controllable operation. The generated bare deuterium nuclei can be subjected to charge neutralization, stable storage and industrial sales as needed, forming a complete closed-loop engineering system of "external particle energy supply, stable nuclear energy output and resource utilization of products", which has strong implementation feasibility and industrial application value.
Jiaqing Yan (Sat,) studied this question.