电导池

经改进后的电导池稳定性好，滞后时间小于5min，测定的精确度可稳定在±1%左右。

The improved conductivity cell is characterized by good stability , shorter delay time ( within 5 min ) and better analysis precision about ± 1 % .

探讨了电导池结构对测量精度的影响，电极间距离短的电导池测量结果的相对误差小。

The effect of the structure of the conductivity cell on the measurement accuracy was investigated , and the conductivity cell with a shorter distance between two electrodes had smaller relative error of the measurement results .

JONES型电导池测量的LCR电桥等效电路选择

Choice of equivalent circuit for Jones type conductivity cell

JONES电导池系统的交流阻抗由电极过程的相关阻抗和电极间溶液的电阻两部分组成，可用适当的等效电路模拟。

The AC impedance of JONES type cell compose impedance corresponding to the electrodes surface process and the solution resistant between the two electrodes can be simulated by a suitable equal circuit .

通过等效电路的分析发现，选择串联电路作为LCR电桥的解析等效电路测量JONES型电导池中溶液的电阻时引入的误差比并联电路小。

According to the equal circuit modeling JONES type cell , serial circuit servicing as a model to calculate the resistant of solution in JONES type cell , compared with parallel circuit , result in less error .

本文叙述了制作微型电导池的一种方法。

A method for making micro conductivity cell was described .

文中对电导池式电阻率传感器的设计进行了初步分析。

In addition , some principles of designing resistivity transducer of electrolyte cell type are also analyzed .

采用“电导池”法测量了模拟矿热炉混合炉料的电阻。

The resistance of charging stock used for the submerged arc furnace has been measured with the conductance pool method .

利用精度高的电导池测定了8种离子交换膜的面电阻，结果与厂家公布的数据相差不大。

The area resistances of eight kinds of ion-exchange membranes were measured by the conductivity cell with higher precision , the results were similar to those provided by the manufacturers .

使用简便的方法制作了电极面积大、无死体积、分辨率高、检测限低的微型电导池；

A new kind of miniature conductivity cell was made with a clever and handy method , which has no dead volume and has large area of electrode , high resolution and sensitivity .

该检测器共用非接触电导检测池，实现了双检测器响应同步。

The detector shares a common detection zone and has synchronized responses in both detection modes .

双脉冲电导检测技术克服了电导池双电层极化电容的影响，能较准确地测置出溶液的电导值。

Bipolar-pulse conductance measurement technique can overcome the effect of double layer polarization capacitance in electric cell and detect the conductance of solution accurately .

较好地消除了毛细管电泳（CE）在柱电导检测装置中存在的共地效应，排除了在线检测时高压分离回路对电导检测回路的干扰.新型微型电导池的研制及共地效应的消除

Moreover the effect of common-ground and the influence of high voltage on detective system was eliminated effectively . A New Type of Miniature Conductivity Cell and Eliminating Common-ground Effect in Capillary Electrophoresis