The Electrolytic Copper Cathodes shall conform to LME ( BS 6017 ) Standards and Specifications in Appendix hereto.

Carbon nanotube ( CNT ) cathodes with different CNT contents were prepared by screen-printing method.

采用丝网印刷法制备了不同碳纳米管含量的 冷阴极.

The displacement of different cathodes increases, and the maximal thermal stress decreases.

炭块的位移增大, 而炭块内的最大热应力有不同程度的降低.

Applied for marking filament, cathodes, setting rod at H . t, electrode etc.

用于制作灯丝, 发射阴极,高温定型杆, 电极等.

Finally we concluded the characters of the fabrication of field emission cathodes in large.

总结了规模化碳纳米管场发射阴极制备工艺应具有的特点.

Processes which can lead to cathodic protection, phosphating, pickling, and electroplating.

阴极保护, 磷化反应, 酸洗和电镀都会造成氢脆变.

A chemical substance that prevents or slows a cathodic or reduction reaction.

一种阻止或减缓阴极反应的化学物质.

Cathodic polarization curves of sulphamate basic lead, cadmium and lead-cadmiumelectrolytes were studied.

研究了在氨基磺酸盐体系中铅 、 镉和铅一镉镀液的阴极极化曲线.

Cathodic polarization curves of lead, cadmium and lead cadmium fluorosilicate baths were studied.

研究了氟硅酸酸盐体系中铅 、 镉和铅镉混合镀液的阴极极化曲线.

The result of cathodic protection has direct relationship with buried pipelines life span and operation safety.

阴极保护效果直接关系到埋地管道的寿命和运行安全.

The cathodic electrophoretic coating of epoxy resin was prepared with half blocked isocyanate as curing agent.

在此采用半封闭的甲苯二异氰酸酯作为固化剂制得了环氧树脂阴极电泳涂料.

All associated factors shall be considered to optimize the cathodic protection design.

最后阐明采用阴极保护时,应综合考虑多种因素,选择优化的保护配置.

Several test methods of performances of the cathodic electrophoresis paints are introduced.

介绍了阴极电泳漆的几种性能测试方法.

Active SRB can promote hydrogen permeation and cathodic polarization accelerates the effect.

在阴极极化条件下,海泥中的SRB对氢渗透的促进作用显著.

The coating and the cathodic protection are two important parts of buried pipeline system.

防腐蚀层和阴极保护体系是埋地管道系统完整性的重要组成部分.

The behaviour of cathodic process of leaching gold with thiosulfate has been investigated in this paper.

研究硫代硫酸盐浸金的阴极行为及浸出机理.

Man invents the technology of cathodic protection in order to prevent metal from corrosion.

为了防止金属腐蚀,人类发明了阴极保护技术.

Electrochemical corrosion of metal and principle of the applied current cathodic protection are expounded.

论述了金属的电化学腐蚀和外加电流阴极保护原理.

The features of sacrificing-anode and applied current cathodic protection technologies are described.

介绍了牺牲阳极和强制电流两种阴极保护技术的特点.

Cathodic protection ( CP ) is a primary technology of metallic corrosion control.

阴极保护是金属腐蚀的重要控制技术.

They began by brutally persecuting the Catholic Church.

他们开始残酷迫害天主教。