We need Graphite Dies for Continuous Casting, and Graphite Electrodes.
我们急需连铸用的石墨模具，石墨电极。
The current efficiency of the Br - oxidation on graphite electrodes is normally over 80% with the highest being 88. 5%.
溴离子在石墨电极上氧化的电流效率一般在80%以上，最高可达88.5%。
The rapid abrading technique on graphite electrodes is a very important link in the system , and comprehensively researched in this paper.
快速石墨电极研磨技术就是这一系统中的一个重要环节。
The consumption of graphite electrodes during electric steelmaking was classified and analyzed. The countermeasure of reducing consumption was given.
对石墨电极在炼钢过程中的消耗进行了分类分析，并提出了降低电极消耗的对策。
The real density of needle coke strongly influences the bulk density of graphite electrodes: a coke of high real density tends to yield low density rods.
针状焦的真密度强烈地影响着石墨电极的体积密度：真密度高的焦炭往往产生低密度的电极。
The way of velocity governing of graphite electrode extruder and the stability of velocity control can influence the product and the quality of graphite electrodes.
石墨电极生坯生产的压型工序中压型调速方法的选择及其速度控制的稳定性直接影响着石墨电极的产量和质量。
The results of degradation experiments indicate that the modified electrode gets better electrocatalytic activity than the pure PbO2 electrodes and graphite electrodes.
降解实验结果表明改性电极的电催化活性高于未改性电极和石墨电极。
The principal reasons for the consumption of graphite electrodes in steel production are reviewed. The relation between the consumption of graphite electrode and its quality is analyzed.
综述炼钢用石墨电极在工作中消耗的主要原因，分析了电极消耗和电极质量的关系。
Calcination of petroleum coke can yield almost pure carbon or artificial graphite suitable for production of electrodes, motor brushes, dry cells, etc.
石油焦的煅烧可产出几乎纯的碳或人造石墨，适于生产电极、电机刷和干电池等。
The material can be used to repair cracked, chipped or broken graphite trays, boats, heating elements, susceptors, dies and electrodes.
这种水泥材料可被用来修复开裂、破碎的石墨浅盘，挑料环、加热元件、感应器、模具和电极等。
Carbon electrodes, carbon brushes, lamp carbons, battery carbons and other articles of graphite or other carbon, with or without metal, of a kind used for electrical purposes.
碳电极、碳刷、灯碳棒、电池碳棒及电气设备用的其他石墨或碳精制品，不论是否带金属。
In this paper, integral composite electrodes of vanadium REDOX flow battery were prepared using modified PAN-based graphite felt and carbon plastic plate with polymer matrix.
采用改性处理的聚丙烯腈基石墨毡和聚合物为基体的碳塑板制备得到了钒电池用一体化复合电极。
In this paper, integral composite electrodes of vanadium REDOX flow battery were prepared using modified PAN-based graphite felt and carbon plastic plate with polymer matrix.
采用改性处理的聚丙烯腈基石墨毡和聚合物为基体的碳塑板制备得到了钒电池用一体化复合电极。
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