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Performance testing of indigenously developed DC conduction pump for sodium cooled fast reactor

机译:自主研发的钠冷快堆直流传导泵的性能测试

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Liquid sodium is a good electrical conductor and this property enables utilization of electro-magnetic (EM) pump for sodium service. Being non-intrusive EM pumps are well suited to sodium system as the chance of any sodium leak is minimized. However, EM pump utilization is restricted to auxiliary sodium circuit and centrifugal pumps are preferred for main circuits in view of their higher efficiency. DC conduction type EM pump is utilized for low flow and high temperature application. It comprises of stainless steel duct through which sodium passes and the magnetic field is produced by an electromagnet covering the duct. A DC conduction pump has been designed, built and tested for its performance in sodium before putting in the reactor. This paper presents the design approach and the performance vis-a-vis prediction.
机译:液态钠是一种良好的电导体,该特性使电磁泵可以用于钠服务。作为非侵入式EM泵非常适合钠盐系统,因为任何钠盐泄漏的机会都可以最小化。但是,从效率较高的角度出发,EM泵的使用仅限于辅助钠回路,而对于主回路则首选离心泵。直流传导型电磁泵用于低流量和高温应用。它由钠盐通过的不锈钢导管组成,磁场由覆盖导管的电磁体产生。在放入反应器之前,已经设计,制造并测试了直流传导泵在钠中的性能。本文介绍了设计方法和相对于预测的性能。

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