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正在试验和研究中的硼中子治疗术（ＢＮＣＴ），要求设计专用反应堆，以适应大规模治疗的需要。在反应堆用于低温核供热的研究中，简单、安全、无压力的池式堆能够满足城市供热的需要，而池式堆又可提供廉价的辐射能。所以提出了一种新的池式耦合堆的设计，将ＢＮＣＴ及成熟的医用放射性同位素的生产相结合，建造功率为１２ＭＷ的医用堆。医用堆与１２０ＭＷ核供热堆耦合建造，建设投资较低。辐射和供热综合利用，医用堆的核燃料成本大为下降。这种低成本反应堆为这类专用堆的建设提供了良好的现实性。
Boron neutron therapy (BNCT) in trials and studies requires the design of dedicated reactors to meet the needs of large-scale treatment. In studies of reactor use for low-temperature nuclear heating, simple, safe and pressure-free cell stacks can meet the needs of urban heating while pool heaters provide inexpensive radiant energy. Therefore, a new design of the pool coupling reactor is proposed, which combines the production of BNCT with mature medical radioisotopes to construct a medical reactor with a power of 12 MW. Medical heap and 120MW nuclear heating reactor coupling construction, construction investment is low. Comprehensive utilization of radiation and heat supply, medical reactor nuclear fuel costs dropped significantly. This low-cost reactor provides a good reality for the construction of this type of dedicated reactor.