CAJ | 학술논문

为克服钠冷快堆机械式钠泵机械磨损、噪声大、泄漏以及普通电磁泵流量小、扬程小等问题，提出了大流量鞍型磁体的电磁泵作为驱动钠循环的主泵设计方案。对其结构进行了研究并建立了相应的数学模型，利用M atlab编写程序进行了不同电流、磁感应强度和温度条件下泵的扬程、流量和效率的性能研究。结果表明，扬程随通道宽度的增加、电流的减小、磁感应强度的减小而减小，效率随电流的减小、磁感应强度的减小而减小，温度高于400℃时由于接触电阻的降低可使效率提高，鞍型超导钠泵的流量可由电流、磁感应强度控制，但较为实用的是电流控制。该研究可为具体设计提供依据。
위극복납랭쾌퇴궤계식납빙궤계마손、조성대、설루이급보통전자빙류량소、양정소등문제，제출료대류량안형자체적전자빙작위구동납순배적주빙설계방안。대기결구진행료연구병건립료상응적수학모형，이용M atlab편사정서진행료불동전류、자감응강도화온도조건하빙적양정、류량화효솔적성능연구。결과표명，양정수통도관도적증가、전류적감소、자감응강도적감소이감소，효솔수전류적감소、자감응강도적감소이감소，온도고우400℃시유우접촉전조적강저가사효솔제고，안형초도납빙적류량가유전류、자감응강도공제，단교위실용적시전류공제。해연구가위구체설계제공의거。
In order to overcome the shortcoming of sodium cooled fast reactor mechanical sodium pump including mechanical wear ,large noise ,sodium leakage and the shortcom-ing of electromagnetic pump including small flow rate and small pump head ,the large flow rate sodium pump design based on saddle superconductive magnet was put forward . The structure of sodium pump was researched and the mathematic model was estab-lished .The performance including pump head ,flow rate and efficiency were researched at different currents ,magnetic flux densities and temperatures using the computer code programmed with Matlab .The result shows that the pump head will reduce with the channel width increasing ,current reducing and magnetic flux density reducing ,and the efficiency will reduce with the current reducing and magnetic flux density reducing .If the temperature overtops 400 ℃ ,the efficiency will be high because of contact resistance disappearing .T he flow rate of the saddle type superconductive sodium pump can be controlled by current and magnetic flux density ,and the current is more suitable .This research can provide foundation for concreting design .