对电极供电才是巧妙之处。
对电极的响应机理进行了研究。
The response mechanism of the selective electrode was discussed.
本文对电极电导率法进行了研究。
In this paper, the electrode electrical conductivity measurement method is deeply studied.
这对电极测的是大脑上两点间的电位差。
The pair of electrodes measures the difference in electrical potential (voltage) between their two positions above the brain.
对电极材料进行了选择；
对电极机理进行了研究。
增塑剂对电极的电位响应及膜电导有明显的影响。
The plasticizer has obvious influence on the potential response and membrane conductivity of the electrode.
此外，还试验了对电极与电解液对转换效率的影响。
Furthermore, the influence of the counter electrodes and electrolytes on the conversion efficiency have been tested.
修饰二苯并18冠6膜对电极活性起到了一定的保护作用；
The film of dibenzo-18-crown-6 may protect electroactives of the modified electrode .
采用充放电测试技术对电极材料的电化学性能进行了研究。
The electrochemical properties of the cathode material were studied by charge discharge technology.
等离子体炬的核心部分是一对电极，通常用以镍为基础的合金制成。
The core of a plasma torch is a pair of electrodes, usually made from a nickel-based alloy.
模拟结果对电极微观结构优化及电池运行提供了一定的理论指导。
The model results could provide some fundamental guidelines for SOFC cathode microstructure optimization and SOFC operation.
通过对电极斜率和SPAN值的观察表明，自制试剂对电极无影响。
NO influence on the electrode has been found through observing electrode slopes and SPAN values.
测定了配合物的组成及条件生成常数，对电极反应机制也进行了探讨。
The composition, stability constant and diffusion coefficient of the complex are determined. The mechanism of electrode process has also been discussed.
文中对电极的制备技术和电池的水管理、热管理方法也作了简要介绍。
Electrode preparation technique, water and heat management of fuel cells is also discussed.
针对电极罩的结构及生产设备的实际情况，设计了实用的多工位级进模。
With the construction of the electrode cover and the actual circumstance of the production equipmentses, practical the Multi-Position progressive die was designed.
氢气气泡的形式对电极，和带负电荷的哦-离子迁移脱离带负电荷的电极。
Hydrogen gas bubbles form on the electrode, and the negatively charged OH - ions migrate away from the negatively charged electrode.
计算分析了阴极表面电场与电子初(？)对电极形状和电子注特性的影响。
The effects of the cathode surface electric-field and electron initial velocity on the electrode shape and characteristics of electron beam are calculated and analysed.
探讨了机械抛光、化学抛光和光抛光等不同表面处理方法对电极特性的影响。
The affections of different surface treatments by mechanical polishing, chemical etching and photoetching to the properties of electrodes have also been discussed.
本文还从电极表面C60晶型结构出发，对电极的响应机理进行了初步探讨。
The electrode response mechanism is investigated primarily through the discussion of C60 crystal structure on the ele…
本文还从电极表面C60晶型结构出发，对电极的响应机理进行了初步探讨。
The electrode response mechanism is investigated primarily through the discussion of C60 crystal structure on the electrode surfa…
本文还从电极表面C60晶型结构出发，对电极的响应机理进行了初步探讨。
The electrode response mechanism is investigated primarily through the discussion of C60 crystal structure on the electrode…
供电系统可操作为提供透皮输送装置的有源电极组件和对电极组件之间的电压。
A power supply system is operable to provide a voltage across at the active and the counter electrode assemblies of a transdermal delivery device.
研究了增塑剂的性质、载体的含量及阴、阳离子添加剂对电极电位响应的影响。
The effect of nature of plasticizer, concentrations of ionophore and anionic and cationic additives on the potential response of the electrode was investigated.
对电极经过优化设计的场畸变间隙开关的可控特性和击穿时延进行了较深入的研究。
The triggering feature and break down delay for the field distortion spark gap with optimized electrodes have been studied.
讨论了电化学方法处理金属着色废水的工艺条件和效果，对电极效应作了深入分析。
The process conditions and effects for electrochemically treating metal dyeing wastewater are discussed, and the polar effect is analysed in deep.
代替了每个胶囊的一对电极，平面电泳用安装在对立块的数对直线型电极来控制胶囊块。
Instead of having a pair of electrodes for each capsule, in-plane electrophoresis controls blocks of capsules using pairs of linear electrodes that are arranged along opposite edges of a block.
对电动生物修复中单对电极间的电场分布进行了模拟，并以此定义了修复的有效作用区。
The electric field distribution between the single electrodes in the electrokinetic bioremediation was simulated; and the effective area of the remediation was defined.
膜电导的上述行为可用离子在膜中的扩散解释，还可用电荷对电极等效线路的充电解释。
The kinetic mechanism for the behaviour of membrane conductance was given according to the ion diffusion in the membrane and the charging process in the equivalent circuit.
在电渣熔铸过程中，对熔铸质量、消耗的电能和生产效率影响最大的环节是对电极的控制。
In the refinery process, the key of influencing quality of melt and wasting of the electric power and efficiency is to control the electrode.
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