electrolytic cells
英
美
网络 电解池; 电解槽
双语例句
- A multi-dimensional analysis system of production data for aluminium electrolytic cells was established.
作者应用多维分析技术，建立了铝电解槽生产数据多维分析系统。 - Test methods for corrosion resistance of refractories for aluminium electrolytic cells to molten cryolitic are introduced by systematically comparing advantages and disadvantages of each method.
详细介绍了近年来国内外铝电解槽用耐火材料抗冰晶石侵蚀测试方法的现状，系统分析比较了各种测试方法的优缺点。 - Practices of reducing anode effect frequency of 200? kA aluminium electrolytic cells
降低200kA铝电解槽阳极效应系数的实践 - Failure of Pre-baking Al Electrolytic Cells Under Modern Technical Conditions& Causes and Solutions
现代工艺条件下预焙铝电解槽破损原因及解决对策 - Aluminium electrolysis is a complex production process with large numbers of aluminium electrolytic cells, high energy consumption, heavy dusty, strong magnetic field, bad environment and strong intensity of labor.
铝电解是一个电解槽数量多、高能耗、高粉尘、强磁场、环境恶劣、劳动强度大的复杂生产过程。 - The Early Damage and Baked Start-up of Aluminium Electrolytic Cells
铝电解槽早期破损与焙烧启动 - A fast Fourier transform technique and a digital filter designing technique have been used in the modelling of both control signal filtering and noise analysis for the aluminium electrolytic process. Experiments on 160 kA prebaked cells with point feeders have shown the effectiveness of our models.
将快速傅里叶变换技术和数字滤波器设计技术应用于铝电解过程控制信号的滤波与噪声解析模型中，在160kA中间点式下料预焙槽上的试验结果表明了模型的有效性。 - Research on Electrolytic Manganese Dioxide Used for the Rechargeable Alkaline Zn-MnO_2 Cells(ⅰ)
可充碱锰电池用电解锰的研究（Ⅰ） - Judgement of aluminium electrolytic cells life time
美国人的时间观铝电解槽寿命的判定 - The improvement of superstructure of electrolytic cells and pneumatic components of multi-function crane has been proven in practice and given tangible economic efficiency.
本文针对电解槽上部结构以及多功能天车中的气动元件改进加以论述，所做的改进在实践中得到充分验证，并取得明显的经济效益。 - Problem of useful lives of aluminum-electrolytic cells
也谈铝电解槽寿命问题 - Influences of the Additions on Carbon Anode Overvoltage in Aluminium Electrolytic Cells
添加剂对于炭阳极活性的影响 - The possible mechanism of electrolytic destruction of tumor cells was discussed briefly.
本文讨论了电解杀死肿瘤细胞的可能机制。 - Cause and remedial measurements of broken carbon block on side of large prebaked electrolytic cells for aluminium
大型预焙电解槽侧部碳块破损的原因及补救措施 - This indicate that the electrolytic leakage of cucumber seedlings 'cells decreased, the celluar capacity to keep water increased, which maintained the normal level of turgor and insured the physiologic and biochemical cellular process function normally.
说明适当浓度的羧甲基壳聚糖处理使黄瓜幼苗细胞的渗透势降低，细胞保水力增强，维持了细胞的正常膨压水平，保证了细胞的生理生化过程能够正常进行。 - Study on Damages of Inner Linings of Large Size Pre-bake Electrolytic Cells
大型预焙电解槽槽内衬破损问题的探讨 - Analysing and testing of heat balance in 110 kA non-separating plate electrolytic magnesium cells
110kA无隔板镁电解槽热平衡测试及分析 - The principle of the antifouling technology for electrolysis of seawater and the related electrolytic cells were introduced in this article.
介绍了海水电解防污技术的原理，并对目前常用的海水电解装置进行了介绍，指出各种装置的结构形式和各自的特点。 - Study on treating electrolytic manganese dioxide with inner-heated revolving stove Study on Damages of Inner Linings of Large Size Pre-bake Electrolytic Cells
内热式回转炉处理电解MnO2技术的研究大型预焙电解槽槽内衬破损问题的探讨 - Results In aluminum electrolytic workers 'peripheral lymphocyte chromosome, the percentage of tetraploid cells was higher than that of carbon workers and normal people, having significant difference.
结果铝电解工人外周血淋巴细胞染色体中四倍体细胞率高于碳素工人和正常人群，具有显著性差异； - China's Tech Progresses and Hereafter Direction to Develop Large-capacity Electrolytic Cells of PreRoasted Aluminium
我国开发大容量预焙铝电解槽技术进展及今后努力方向 - There are many problems in electrolytic production of aluminium in traditional Hall-Heroult aluminium-electrolytic cells such as high energy consumption, high carbon consumption, high cost and serious environmental pollution as a result of adopting consumable carbon anodes.
传统Hall-Heroult铝电解槽由于采用消耗式炭素阳极而存在能耗高，炭耗大，成本高和环境污染严重等问题。 - Aluminum reduction cell is the key equipment to produce electrolytic aluminum. Distribution of electric field, magnetic field, and flow field in aluminum reduction cells has a significant influence on critical performance criteria such as the current efficiency, energy consumption and the cells life.
铝电解槽是铝电解生产的核心设备，其内部电场、磁场及流场等物理场的分布对铝电解槽的电流效率、直流电耗、槽寿命等主要技术经济指标有重要影响。 - The aluminum electrolysis production flow of the roasting directly affect the service life of the aluminum electrolytic cells, use efficiency and energy dissipation index, is a very important link of electrolytic production process.
铝电解生产流程中的焙烧工艺直接影响铝电解槽的使用寿命、使用效率以及耗能指标，是铝电解生产过程中的一个十分重要的环节。