Electrorefining effectively separates metals from their corresponding alloys. To obtain Nd from Cu₆Nd alloy, cyclic voltammetry and square wave voltammetry were used to investigate the reduction behavior of Nd³⁺ and the anode dissolution behavior of Cu₆Nd in the NaCl–KCl–0.5mol%NdCl₃ melt at 1023 K. According to the analysis of the electrochemical behavior, the cell voltage was determined to be between 0.3 and 1.2 V for separating Nd from Cu₆Nd. After electrolysis at 0.6 V for 4 h, the Nd was found at the surface of the Mo cathode without any Cu. For the Fe cathode, a deposition with an atom ratio of Nd: Fe = 1:1 was formed on the surface. However, the low current density of separation remains a great experimental challenge that must be solved.

电精炼可以有效地将金属与相应的合金分离。为了从Cu ₆ Nd合金中获得Nd ，使用循环伏安法和方波伏安法研究了Nd ³⁺的还原行为以及1023 K下NaCl–KCl–0.5mol％NdCl ₃熔体中Cu ₆ Nd的阳极溶解行为。根据对电化学行为的分析，确定电池电压在0.3和1.2 V之间，用于从Cu _6中分离Nd。Nd。在0.6 V下电解4小时后，在Mo阴极表面发现Nd，没有任何Cu。对于Fe阴极，在表面上形成原子比为Nd∶Fe ＝ 1∶1的沉积物。但是，低电流分离密度仍然是必须解决的巨大实验挑战。