我们有高速中子反应堆，那使用一个液态金属，以钠或者铅的形式。
We have fast reactors which use a liquid metal in the form of sodium or perhaps lead.
结构材料表面涂层是解决聚变堆液态金属自冷却包层中的磁流体动力学压降(MHD)的主要方法之一。
Surface insulating coating can significantly reduce the magnetohydrodynamic (MHD) pressure drop in self cooled liquid metal blanket for fusion reactors.
为了减少液态金属反应堆的体积和重量，需要设计一种高效的反应性控制方案。
An effective reactivity control scheme is necessary for reducing the volume and mass of the liquid metal reactor.
液态金属实验回路（LMEL）是国内唯一用于聚变堆磁流体动力学（MHD）效应和材料相容性研究的大型实验装置。
The Liquid Metal Experimental Loop(LMEL) is an unique experimental device of magnetohydrodynamic(MHD) effect and compatibility studies for fusion in China.
液态金属钠冷快堆电站蒸汽发生器的钠泄漏会导致钠水反应和氢的产生。
The sodium leak in the steam generator of LMFBR Nuclear Power Plant can result in Sodium-Water reaction and production of hydrogen.
液态金属钠冷快堆电站蒸汽发生器的钠泄漏会导致钠水反应和氢的产生。
The sodium leak in the steam generator of LMFBR Nuclear Power Plant can result in Sodium-Water reaction and production of hydrogen.
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