charge neutralization meaning in Chinese

电荷中和作用

The result showed that mechanisms for the removal of turbidity from kaolin suspension by coagulation with ddmbac were charge neutralization and bridging . the coagulating property of ddmbac was comparable to as and pac
实验结果表明:对高岭土悬浮液, ddmbac的混凝除浊机理为电性中和及吸附架桥,其混凝除浊性能不亚于硫酸铝和聚合氯化铝。
In the study , the author questions and analyzes why the secondary coagulation has the advantages on the fractal theory and traditional coagulation mechanisms , such as charge neutralization and effective collision of the particle and so on , and combine the theory of quality research and quantity analysis
本研究对二次凝聚优于常规凝聚的原因从电性中和、颗粒的有效碰撞等传统混凝机理及分形理论方面进行了探讨和分析，并实现了定性理论研究和定量理论分析的统一。
When as or pac was used as a coagulant , coagulation removal of turbidity was enhanced at low ddmbac concentration ( 10mg / l ) , but hindered at high ddmbac concentration ( 350mg / l ) . however , its effect on pac was slightly smaller than that on as . ddmbac impacted the coagulation primarily through enhancement for charge neutralization and bridging of
低浓度的ddmbac ( 10mg / l )可适当增强硫酸铝和聚合氯化铝的混凝效果,高浓度的ddmbac ( 350mg / l )则显著干扰混凝,但ddmbac对聚合氯化铝混凝效果的促进作用不如对硫酸铝明显。