1) Chloride ions distribution
微Cl-复合电极
2) micro Cl~-combination electrode
微 CI~-复合电极
3) Composite miniature electrode
微型复合电极
4) CL Compound Wallboard
CL复合墙板
1.
The Discussion of CL Compound Wallboard System Construction;
CL复合墙板体系施工探讨
5) compound electrode
复合电极
1.
Optimizing design of compound electrode structure parameter in electrical impedance tomography;
医学EIT复合电极结构参数优化设计
2.
The Cu/SnO2+Bi2O3/SeO2-V2O5 compound electrode is prepared using the electrodeposit and heat treatment method, and is used in the oxidation reaction of myrtenal and α-pinene to probe into the influence of density of electric current, reaction temperature, reaction time,concentration of KOH on the electrochemistry reaction of myrtenal.
用电沉积和热处理方法制备Cu/SnO2+Bi2O3/SeO2-V2O5复合电极,将该电极应用到α-蒎烯氧化合成桃金酿烯醛的反应中,探讨电流密度,反应温度,反应时间和KOH浓度对电化学合成桃金酿烯醛的影响。
3.
With resin carbon material as carrier,the third different types of platinum carbon compound electrodes were prepared by chemical adsorption reduction method,galvanization reduction method and ion sputter method.
以树脂碳为载体 ,用化学吸附还原法、电镀还原法和离子溅射法制备了 3种不同类型的铂碳复合电极 ,然后采用恒电位法测定了铂碳复合电极的阴极极化曲线 ,并以此为基础求出了这些铂碳复合电极的有关电化学参数。
6) Composite electrode
复合电极
1.
Study of electrochemical catalytic behavior of hydrogen evolution on electrodeposited nickel-phosphorus-zirconium dioxide composite electrode;
电沉积Ni-P-ZrO_2复合电极析氢电催化性能的研究
2.
Performance of graphite powder-carbon black composite electrodes for the vanadium redox flow battery;
钒氧化还原液流电池石墨-炭黑复合电极性能
3.
In order to know the optimal measurement conditions and further to obtain more precise measurement results, the effects of some factors including water quality, buffer solution of different purity, the application of composite electrode, the concentration of NaOH solution etc.
探讨所用水质、不同纯度的缓冲溶液、复合电极的使用、NaOH溶液的浓度等条件对兰陵美酒中氨基酸态氮含量测定的影响,从而得出最佳测定条件,达到较为准确地测定氨基酸态氮的含量。
补充资料：微电极
| 微电极 microeleotrode 工作面积很小的电极。电极面积大小的界限并不十分严格。微电极包括两种涵义：①指电极的微型化。如微型化离子选择性电极，用于直接观察体液甚至细胞内某些重要离子的活度变化。玻璃毛细管(尖端内径在百万分之一米以下)电极，在微操纵仪控制下，安置在细胞表面附近或插入细胞内以观察单个细胞的电活动。在医学上微电极是研究细胞的一种工具。②指在电化学分析中电极面积很小但整个电极并非微型化的一类电极。如极谱法和伏安法中用的指示电极、滴汞电极、悬汞电极，库仑滴定中的指示电极、微铂电极等也称为微电极 。这类电极由于电极面积极小 ，电流密度很大，容易发生浓差极化。 |
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条