盐槽

神经网络在稀土熔盐电解槽槽压中的应用研究

Application of Neural Network for Rare Earth Electrolytic Cell Design

板网式氯酸盐电解槽的数学模拟（Ⅰ）&数学模型

Mathematical Modelling of a Plate - net Chlorate Electrolyser (ⅰ) ── Methematical Model

氯酸盐电解槽阳极组的研制与开发

The development of anode unit of chlorate electrolyzer

稀土熔盐电解槽的热平衡计算

Heat balance calculation in rare earth electrolysis cell

以一个稀土熔盐电解槽的生产纪录为样本，利用假设检验方法对生产设备进行校正，并提出了一种改进方法。

This article takes the productive records of one rare-earth-melt-salt-electrobath as sample , adjusts the productive equipment with the method of Hypothetical Testing , and one modified method is put forward .

冶金行业是能源消耗最多的行业之一，对于熔盐电解槽来说，降低其能耗不但会给社会带来能源消耗的降低，同时也会降低产品的成本，增加其市场竞争力。

Metallurgical industry is one of the most energy consumption industries . For the electrolysis cell , reducing their energy consumption will not only bring lower energy consumption , but also reduce the cost of the product and increase its market competitiveness .

钠及氟盐对铝电解槽中炭阴极石墨化过程的催化作用

The catalytic effects of sodium and flouride on Graphitization of carbon cathodes in aluminium cell

标准次氯酸钠发生器系统主要由溶盐箱，电解槽，整流器，储液罐和软水器组成。

And standard NaClO generator consists of a brine dilution device , an electrolytic cell , power rectifier , sodium hypochlorite storage tank and water softener .

通过实验研究了电流密度、温度和主盐含量对镀液电流效率的影响，并与常用的碱性P盐槽液、酸性P盐槽液和DNS槽液进行对比。

Were developed and compared with the common baths of alkaline P salt , acidic P salt and DNS . The influences of current density , temperature and major salt content on the current efficiency of each bath system were studied .