The electrolyte within the glass electrode is an acid solution of definite strength.
玻璃电极中的电解质是具有一定浓度的酸溶液。
In this media the proton activity can be measured by using a glass electrode with an aqueous pH scale.
溶液中质子活度可以用水标准溶液标定的玻璃电极用电位法来测定。
A resolution is put forward to eliminate the influence caused by three factors, i. e. solution temperature, high inner impedance of glass electrode and deviation of electrode.
针对影响测量准确性的三个因素：溶液温度、玻璃电极高内阻和电极偏差，提出了解决办法。
The specially made conductivity electrode has small size and long life time, overcoming the shortcomings of common glass electrode which is fragile.
特制的电导电极体积小，寿命长，克服了玻璃电极易碎的缺点。
Its fixed electrode is concave glass surface layer is made of gold.
它的固定电极是在凹曲的玻璃表面上镀金属层而制成。
In this paper, an intelligent acidity meter is designed which takes glass electrode as its sensor and measures acidity of solution through potentiometry.
论文设计了一台智能酸碱浓度测试仪，选用玻璃电极作传感器采用电位法测量溶液酸碱浓度。
The center wire assembly includes a firing electrode, a conductive glass seal, an intermediate electrode, the noise suppressing glass seal, and a terminal electrode.
该中心导线组件包括点火电极、导电玻璃密封、一个中间电极、噪音抑制玻璃密封和一个端电极。
To protect a hydrated gel layer on the surface of a glass electrode, a measuring end is sheathed with a bottle shape plastic seal container;
为了保护玻璃电极表面的水合凝胶层，在测量端套有一个瓶状塑料密封容器。
The electrolyte within the glass electrode is an acid solution of definite strength.
电极中的电解质是具有一定浓度的酸溶液。
Using investment casting technology and the colophony prototype of the glass an electric spark machining electrode was made for machining glass mould.
利用熔模铸造技术和树脂原型来制作模具电火花加工的电极。
Firstly, the mixture of gold nanoparticle, carbon nanotube and chitosan was dripped on the glass carbon electrode to obtain a composite film with good conductance and high surface area.
本文将纳米金与碳纳米管共同与壳聚糖进行掺杂，制得导电性好、比表面积高的壳聚糖复合膜，并且兼具有生物兼容性好、易成膜性的优点。
Firstly, the mixture of gold nanoparticle, carbon nanotube and chitosan was dripped on the glass carbon electrode to obtain a composite film with good conductance and high surface area.
本文将纳米金与碳纳米管共同与壳聚糖进行掺杂，制得导电性好、比表面积高的壳聚糖复合膜，并且兼具有生物兼容性好、易成膜性的优点。
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