讨论了新型镀锌光亮剂的用量对锌镀层含碳量的影响。
The influence of new brightener dosage on the carbon content of zinc deposit was discussed.
采用缩合、季碱化及酯化反应研制了一种“178”碱性锌酸盐镀锌光亮剂。
A called "178" brightening agent for alkaline zincate bath was prepared by condensation, quaternization.
锌镀层的含碳量起初随着新型镀锌光亮剂用量的增加而逐渐增大，然后趋向于平稳。
Carbon content of zinc deposit is increased firstly and then tends to be stabilized gradually with increasing new brightener dosage.
前言：采用缩合、季碱化及酯化反应研制了一种“178”碱性锌酸盐镀锌光亮剂。对使用该光亮剂镀锌的工艺条件，镀液性能和镀层性能进行了较为全面的考察。
A called "178" brightening agent for alkaline zincate bath was prepared by condensation, quaternization. The process conditions, properties of the bath and the deposit were also investigated.
合成了一种新型氯化钠镀锌的主光亮剂。电镀实验结果表明，在较大的电流密度范围内有较好的电镀效果。
The new main brightener was synthesized. The electroplating experimental results showed it had a fine effect in the wider range of cureet density.
详细阐述了氯化物镀锌工艺中光亮剂的使用、选择、添加量、使用注意事项及常见故障排除等。
Application and selection of brightening agent, additive, matters needing attention, common trouble removal and so on in zinc plating of chloride compound process are detailed.
载体光亮剂在氯化物镀锌中起着细化晶粒和增加主光亮剂溶解度的作用。
Carrier of brightener ACTS as fining the crystal size, making main brightener more soluble in chloride zinc plating.
根据阴极沉积物生成机理及甲壳胺分子结构，探讨了甲壳胺分子对铵盐镀锌过程的影响。结果表明甲壳胺可以作为铵盐镀锌的一种有效的光亮剂。
Based on formation mechanism of cathodic deposits and molecular structure of carapace amine, effects of carapace amine molecules on process of ammonium Zn plating are studied.
根据阴极沉积物生成机理及甲壳胺分子结构，探讨了甲壳胺分子对铵盐镀锌过程的影响。结果表明甲壳胺可以作为铵盐镀锌的一种有效的光亮剂。
Based on formation mechanism of cathodic deposits and molecular structure of carapace amine, effects of carapace amine molecules on process of ammonium Zn plating are studied.
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