1) TiB 2-C composite layer cathode block
TiB_2-C复合层阴极炭块
2) TiB2-C compound layer cathode carbon plate
TiB_2一C复合层阴极恢块
3) TiB_2/C composite cathode
TiB_2/C复合材料阴极
4) TiB_2 cathode coating
TiB_2涂层阴极
1.
The aim of this paper is to develop large-thickness, long-life TiB_2 cathode coating that possesses excellent performances needed by the drained cell, such as thermal shock resistance, wettability of .
本文的目的就是研制能够满足导流型铝电解槽要求的厚度大、寿命长,同时又具有优良性能(抗热震性、与铝液润湿性、抗腐蚀性、耐磨性和抗钠渗蚀性等)的TiB_2涂层阴极。
5) cathode block
阴极炭块
1.
Baking cathode block with open type anode furnace;
用敞开式阳极焙烧炉焙烧阴极炭块的技术尝试
2.
Study on the wettability of electrolyte for graphite cathode blocks;
电解质对石墨质阴极炭块的润湿性研究
6) cathode carbon block
阴极炭块
1.
The process parameters involved in the vibration molding technique that was used to make cathode carbon blocks with large size for electrolytic aluminum have been analyzed according to the theory of vibrating technology,and have been optimized in industrial scale production.
根据振动成型工艺技术原理,分析了影响振动成型生产大规格铝用阴极炭块质量的工艺技术因素。
2.
The preparation process of cathode carbon block with low specific electric resistance for aluminium elec- trolysis,including selection of formula,determination of binder amount and optimization of technolgical parameters, was introduced.
介绍了试制低电阻率铝用阴极炭块生产工艺条件,包括骨料配方的选定、粘结剂用量等,并将所制得工业试验炭块应用于铝电解。
3.
This text analyzes the characteristics for damaged cathode carbon block of 240 kA pre-baked aluminium electrolyzer and the operation examples of damaged electrolyzer,and proposes the methods to determine the lining damaged points,the repairment process,and the strategies for operation and maintenance after electrolyzer repairment.
本文通过分析240 kA预焙槽阴极炭块破损的现场特征与破损槽运行实例,提出了确定内衬破损点位的方法、修补程序及修补后槽的运行维护的工艺策略。
补充资料：阴极层富集法
分子式：
CAS号：
性质：也称阴极层激发法(cathode layer excitation)。发射光谱电弧法利用电极富集待测元素，提高灵敏度的一种方法。将微量试样置于下电极(阴极)上，待测元素被电离，由于电场作用，离子重新得到电子，复合成中性原子。阴极附近形成离子及原子富集区，致使元素发射谱线增强。
CAS号：
性质：也称阴极层激发法(cathode layer excitation)。发射光谱电弧法利用电极富集待测元素，提高灵敏度的一种方法。将微量试样置于下电极(阴极)上，待测元素被电离，由于电场作用，离子重新得到电子，复合成中性原子。阴极附近形成离子及原子富集区，致使元素发射谱线增强。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条