方法按照国家《地方病防治项目技术方案》进行，水氟测定用氟离子选择性电极法。
Methods According to "The National Technical Scheme for Endemic Disease Control", the content of fluoride in drinking water was assassed by F-ion selective electrode.
提出了一种新的离子选择性电极分析方法，即等电位差-离子选择性电极法，该方法已用于氟的测定。
A new analytical method of ion selective electrode, that is, equal potential difference-ion selective electrode, has been developed.
应用氟离子选择性电极法对茶叶中氟含量进行了测定。同时，对影响茶叶中氟浸出的相关因素作了初步探讨。
Fluorine content of tea was studied by fluorine ion selectivity electrode and the relative factors which make influence to fluorine extraction were researched.
从理论上导出了离子选择性电极一次标准加入法测量结果的相对误差计算公式。
The calculating formula for the measuring relative error of standard addition method of ion selective electrode was obtained.
研究了离子选择性电极标准加入法的测量误差与标准溶液加入量的关系。
The relation between the measuring error of standard addition method for ion selective electrode and the added amount of the standard solution was studied.
测定结果表明，采用离子选择性电极方法（ISE）和电导法所得CMC结果均与文献值相一致。
The experimental results showed that the CMC measured by ISE and the conductance are in agreement with the literature value.
在低浓度范围，以静态浸入法研究了碘离子选择性电极的响应动力学。
The dynamic response of iodide selective electrode was studied with stationary immersion method in low concentration.
在低浓度范围，以静态浸入法研究了碘离子选择性电极的响应动力学。
The dynamic response of iodide selective electrode was studied with stationary immersion method in low concentration.
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