片语

alumina reduction cell铝电解槽

reduction cell shells电解槽壳

design of reduction cell电解槽设计

ectrochemical reduction cell电化还原电池

electrolyser电解槽

aluminum reduction cell shells槽壳

electrolysis bath电解槽

large aluminum reduction cell大型预焙铝电解槽

Large Scale Reduction cell大型电解槽

oxidation reduction cell氧化还原电池

英汉例句

• the simulation of the electromagnetic field of large prebaked aluminum reduction cell based on ansys;

  利用该控制器实现对预焙铝电解槽的温度控制。

• the service life of aluminum reduction cell can be prolonged by optimization of the cathode material, heat field distribution, roasting and starting process, normal operation.

  通过对内衬材质、热场设计、焙烧与启动制度及正常生产维护的优化可有效提高电解槽寿命。

• in the end, the program block diagram of calculating magnetic field in aluminium reduction cell using two sealer potentials method was given.

  最后给出了用双标量位法求解铝电解槽磁场的程序框图。

• the 3d finite element model of a single aluminum reduction cell for calculating the magnetic field is given.

  据此建立了计算槽内熔体电流产生的三维磁场的有限元模型，得到了槽内的磁场分布图。

• the development of aluminum industry is restricted by the technical matters of aluminum reduction cell life and cur- rent efficiency in china.

  最近几年，我国铝电解得到飞速的发展，但仍存在槽寿命短电流效率低等问题。

• the intelligent multi-control of alumina in aluminum reduction cell is investigated on the basis of the adaptive control and the practical operating conditions.

  以自适应控制为基础，结合实际生产条件变化，研究铝电解槽氧化铝浓度智能多模式控制策略。

• aluminum reduction cell is a nonlinear, multi-coupled, time varying delay system of industrial process.

  铝电解槽是一个非线性，多耦合，时变和大时滞的工业过程体系。

• so, reforming the smoke capture system and developing a high efficiency gas-collecting hood technology suitable to large-scale aluminum reduction cell become more and more particularly urgent.

  因此，对现有集气系统进行改造，并研究开发一种适合大型铝电解槽的高效集气排烟技术就显得尤为迫切。

• according to fourier「s law and kirchhoff」s law, a mathematical model of prebaked anode current and temperature fields of aluminum reduction cell was built.

  根据傅里叶传热定律和基尔霍夫导电定律，建立了预焙阳极铝电解槽阳极传热、导电的数学模型。

• the magnesite-chrome refractories used in the critical parts of copper, nickel and lead making furnaces, and refractories used in various parts of aluminium reduction cell are described as well.

  并对炼铜、炼镍、炼铅炉关键部位所用镁铬材料，炼料、铝电解槽各部位所用材料进行了阐述与介绍。

• the aluminum reduction cell begins to start up when the temperature is about 850 c, so the interface chemical reaction is a restrictive link of electrode oxidation in the whole bake-out process.

  因为铝电解槽在850℃左右时就开始启动，因此在整个焙烧过程中，界面化学反应是电极氧化的限制性环节。

• the excellent results for reduction cell parameters control and easy operation are achieved by use of this technology.

  智能多模式氧化铝浓度控制策略的实施，不仅取得了良好的控制效果，也方便了操作。