新闻动态
新闻动态 当前位置:首页>新闻动态>新闻动态

浓度和温度将直接影响不锈钢方管的加工速度

网址:www.buxiugangw.cn  2019-05-07  作者:admin    阅读:

电解质浓度和温度:电解质浓度的差异通过控制电解质中的离子量直接影响电解质的电导率。在低浓度下,电解质的电导率随着浓度的增加而线性增加。当达到高浓度范围时,电导率的后期变化不再显着。温度对电化学处理的影响类似于浓度,主要是通过影响电解质中离子的运动。根据热力学定律,离子的活性随着温度的升高而增加。
Electrolyte concentration and temperature: The difference of electrolyte concentration directly affects the conductivity of electrolyte by controlling the amount of ions in electrolyte. At low concentration, the conductivity of electrolyte increases linearly with the increase of concentration. When the high concentration range is reached, the later change of conductivity is no longer significant. The effect of temperature on electrochemical treatment is similar to that of concentration, mainly by affecting the movement of ions in electrolyte. According to the law of thermodynamics, the activity of ions increases with the increase of temperature.
电解质浓度和温度对加工过程中的电流效率有直接影响,并且这种效应对于线性电解质和非线性电解质也是不同的。同时,当电解质的温度和浓度改变时,电解质本身的粘度相应地改变,这又影响电解质的流动特性。
Electrolyte concentration and temperature have a direct impact on the current efficiency in the process of processing, and this effect is different for linear electrolyte and non-linear electrolyte. At the same time, when the temperature and concentration of the electrolyte change, the viscosity of the electrolyte itself changes accordingly, which affects the flow characteristics of the electrolyte.
因此,选择合适的电解质浓度和温度将直接影响不锈钢方管的电化学抛光过程的抛光效率和加工速度。然而,电解质浓度和温度对电化学处理效率的影响是复杂的。到目前为止,这方面的实验研究还不够。
Therefore, the selection of appropriate electrolyte concentration and temperature will directly affect the polishing efficiency and speed of electrochemical polishing of stainless steel square tubes. However, the effect of electrolyte concentration and temperature on the efficiency of electrochemical treatment is complex. So far, the experimental research in this area is not enough.

转让电话
13313028229