同时，吸附作用又会使粒子表面带电，产生团聚电垒。
The surface of particles was charged by adsorption effect and so the electric barriers against the aggregation between particles were established.
本研究报道了界面带电、浓度效应、阴离子共吸附对铜在金（ 100 ）表面的欠电位沉积层的稳定性所造成的影响。
We report here on the influence of surface electrification, concentration effects, and anion co-adsorption on the stability of the copper underpotential deposition layer on the gold (100) surface.
本研究报道了界面带电、浓度效应、阴离子共吸附对铜在金（ 100 ）表面的欠电位沉积层的稳定性所造成的影响。
We report here on the influence of surface electrification, concentration effects, and anion co-adsorption on the stability of the copper underpotential deposition layer on the gold (100) surface.
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