熔盐电解

传统的氟盐体系熔盐电解法生产稀土金属工艺由于受到多种因素影响，生产的单一稀土金属产品相对纯度（RE/IRE）一般在99%～99.9%，稀土总量（TRE）一般在99.8%以下。

The conventional fluoride fused-salt electrolysis process can produce rare earth metals with purity of 99 % - 99.9 % , and REO with sub-99.8 % affected by lots of factors .

简要地说明熔盐电解法精炼锑的基本原理，详细地介绍了试验结果及其分析讨论。

Authors present the basic principle of fused-salt electrolysis and the results of research work and its discussion .

通过SEM和电子探针分析，提出了钙熔盐电解过程石墨阳极的破损机理。

With the analysis of SEM and electron probe , the destroying mechanism is put forward .

熔盐电解还原TiO2制取海绵钛新技术研究

Study on the Direct Electrolysis Reduction of Titanium Dioxide to Sponge Titanium

熔盐电解TiO2制备海绵钛过程中电解温度的确定

Temperature confirmation for electrolysis reduction of TiO_2 to spongy titanium in molten CaCl_2

阴极制备条件对熔盐电解法由TiO2直接制备金属钛的影响

Direct Preparation of Titanium by Electrolysis in Molten Salt

制备了熔盐电解TiO2制备海绵钛所需的TiO2电极，并对电解过程中电解温度进行了研究。

The TiO_2 electrodes for preparing spongy titanium metal in molten CaCl_2 system were prepared . This paper studies the electrolysis temperature .

石墨－AlCl3的熔盐电解合成及电化学性能

Electrolytic synthesis of graphite-alcl_3 in malcl_4 melt salt and electrochemical properties

熔盐电解生产Al-Sr合金的新工艺及其加料周期

New process for preparation of Al-Sr alloys by molten salt electrolysis and its feeding study on period

本文研究了熔盐电解TiO2制取海绵钛新技术，对熔盐、TiO2及某些金属进行了热力学分析、计算和选择、并设计了电解实验装置；

The thermodynamical analysis and calculation of molten salt , TiO2 and some of metal has been carried out . Varieties of molten salt have been selected . An experimental apparatus of electrolysis has been designed .

采用熔盐电解法研究了La2O3电脱氧反应过程。

The method of electro-deoxidation was used to reduce solid La_2O_3 to lanthanum metal in eutectic melt .

熔盐电解法制备Yb-Co合金的研究

Study on electrodeposition of Yb-Co alloy film by molten salt

所以，用熔盐电解法并采用铅阴极直接生产Pb-Ca合金仅电解工序就比对掺法节省大约1V的电能。

Therefore , the optimal process of Pb-Ca alloy production is regarded as the electrolysis with lead cathode which can save about 1V electric power in electrolysis .

用上述两种工艺已分别产出MoO3和钼金属半成品，所得半成品再分别用炭吸附&解吸法和熔盐电解精炼法进一步提纯，最终产品的纯度分别达到99.9%和99.8%。

MoO_3 and molybdenum metal , so prepared , were further refined by carbon adsorption desorption and molten salt electrorefining techniques respectively . The final purity of MoO_3 and molybdenum metal were 99.9 % and 99.8 % respectively .

SrCO3为原料熔盐电解法生产Al-Sr合金新工艺，采用连续脉冲-示波器法测定电解过程的反电动势。

A new process for Al-Sr alloy preparation by molten salt electrolysis with SrCO_3 for raw materials is studied . The back EMF in the process of electrolysis is measured by continuous pulse-oscillograph .

列举了熔盐电解法在制取Nd-Fe和Cu-R等中间合金中应用的实例。

The indispensable conditions for cathodic alloying . Besides , the preparation of intermediate alloys Nd-Fe and Cu-R by molten salt electrolysis is described as on example in the paper .

本文利用Ⅰ-Ⅴ曲线法测定了锂和钠离子在二元混合氯化物体系（LiCl-KCl；NaCl-KCl）中的析出电位，为利用熔盐电解法制备低钠高纯铝-锂合金提供了理论依据。

Deposition potentials of Lithium and Sodium ions have been measured in binary chloride systems ( LiCl-KCl , NaCl-KCl ) by I-V curve method , to provide a theoretical base for preparing high purity Al-Li alloy by electrolysis in molten salt .

熔盐电解法制备Mg-Li-RE合金作为一种新工艺、新方法，具备可以通过调节电化学参数控制合金相，简化生产设备及流程，易于大规模生产等优点，成为近年来研究制备Mg-Li-RE合金的热点之一。

Mg-Li-RE alloy was prepared by a novel technique and method owing to molten salt electrolysis , which had the advantages of controlling the alloy phases by regulating electrochemical parameters , simplifying the production equipment and processes , being easy for mass production , and so on .

电流密度对稀土熔盐电解影响的探讨

Study of the Effect of Current on RE in Molten-salt Electrolysis

氯化钕熔盐电解制取钕铁中间合金

Electrowinning of Nd-Fe Intermediate Alloy in Molten Salt Containing Neodymium Chloride

熔盐电解氧化亚镍制备镍粉新工艺研究

Research on Preparation of nickel powder by electrolytic deoxidation from NiO

熔盐电解法制备纳米碳管及纳米线

Preparation of Carbon Nanotubes and Nanowires by Electrolysis in Molten Salts

熔盐电解法制备铝钙合金中的反电动势

Back electromotive on preparation of Al-Ca alloys by molten salt electrolysis

粗铋二段阳极熔盐电解精炼第二段工艺

Second stage of two-stage anodic electrolytic refining of bismuth in fused salts

熔盐电解法制取铝铒合金的研究

Investigations of the Preparation of Al-Er Mother Alloys by Molten-Salt Electrolysis Method

熔盐电解法制备镁-铝-锶-钙合金新工艺

Preparation of Mg-Al-Sr-Ca Alloy by a New Technology of Molten Salt Electrolysis

用熔盐电解法制备超细钨粉

Preparation of ultrafine tungsten powder by electrolyzing in molten salts

浅议提高熔盐电解金属镨生产稳定性的途径

Improving the Production Stability of Producing Pr-metal in Molten-salt Electrolysis

稀土熔盐电解用的惰性阳极的研制

Development of Nonconsumable Anode for Rare Earth Molten Salt Electrolysis

熔盐电解制备难熔金属的现状与展望

Prospect and Retrospect of Fused Salt Electrolysis Process for Producing Refractory Metals