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摘要

已知有三种类型的磁流体动力装置用于液态金属循环回路。这些是电磁泵,流量计和节流阀。电磁泵和节流阀一般为感应式,使用交流电和交变磁场。用于液态金属的电磁流量计通常是采用直流电和永磁磁场的传导型流量计。每一个设备都只有一个功能。本文介绍了可同时提供两种功能(泵和流量计,或节流和流量计)的通用传导磁流体动力装置的工作原理和一些设计。它们被称为泵式流量计和节流式流量计。该装置适用于金属液流量1 ~ 500l /h的小型实验设施和大型设施的辅助循环回路。给出了两函数同时实现的理论基础和所需的数学公式。介绍了三种泵流量计的试验结果。
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MANIFUNCTIONAL MAGNETOHYDRODYNAMIC DEVICE
Three types of magnetohydrodynamic devices using in liquid metal circulating loops are known. These are electromagnetic pumps, flow meters, and throttles. Electromagnetic pumps and throttles are induction type, as a rule, using alternating current and alternating magnetic field. Electromagnetic flowmeters for liquid metals, as a rule, are conduction type using direct current and permanent magnetic field. Every of each device serves one function only. Operating principle and some designs of universal conduction magnetohydrodynamic devices, which are possible provide simultaneously two of three functions, (pump and flow meter, or throttle and flow meter) are described at the paper. They are called pump-flow meter and throttle-flow meter. These devices are proposed for small experimental facilities with flow rate of liquid metal 1-500 l/h and for auxiliary circulating loops of big facilities. Theoretical basis of fulfilment of two function simultaneously and needed mathematical formulas presented at the paper. Three variants of pump-flow meters tested and corresponding results are described.
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