galvanic cell

1. A galvanic cell is represented by a diagram.
   用简式表示自发电池。
2. For example, in the work of Hamer, who studied the galvanic cell.
   例如，在哈默研究的自发电池的工作中就显示出了这一点。
3. The utility model belongs to the lithium galvanic cell field, in particular to the field of the anode plate of the lithium galvanic cell.
   本实用新型属于锂原电池领域，特别是锂原电池负极片领域。
4. The form of a word that is used to denote a singleton. A galvanic cell is represented by a diagram.
   表示一个的单词形式。用简式表示自发电池。
5. A combination method for tin thickness determination of tinned steel wire by principle of galvanic cell and weight loss is presented in this paper.
   介绍利用原电池及失重法相结合测定镀锡钢丝的镀层厚度的方法。
6. Determination of trace oxygen in polymerization grade ethylene or propylene& Galvanic cell method
   GB/T3396-1982聚合级乙烯、丙烯中微量氧的测定原电池法
7. Methods based on electrometric measurements involving a galvanic cell may be utilized to determine the oxygen content of a gas.
   以电测法（包括原电池）为基础的方法可以用来测定气体的含氧量。
8. Research on Three Electrodes Galvanic Cell Hydrogen Sensor
   原电池型高分子电解质三电极氢传感器的研究
9. In case of cathode polarization, both the potential difference and the galvanic current between the occluded cell and the external surface were lined with the bulk potential.
   发现在局部腐蚀的引发和扩展阶段，外表面阴极极化时，闭塞区内外间电位差和电偶电流均与外部电位呈线性关系，闭塞区内电位正于外表面电位，闭塞区得到阴极保护。
10. A new mechanism for pressure solution of electrically-conductive minerals in shallow crust: a process of stress galvanic cell
    地壳浅部导电性矿物的一种新的压溶机制&应力原电池过程
11. In the research section, we have investigated on line galvanic cell and micro-batteries generated electrochemiluminescence. Using on line galvanic cell s, we determined isoniazid, Ca2+, aciclovir;
    在研究报告部分，本文研究了在线自发电池及微电池激发的电致化学发光，利用在线自发电池电致化学发光法检测了异烟肼、Ca~（2+）、阿昔洛韦；
12. A New Electrochemiluminescence Detection Microfluidic Chip Integrated with Micro-spontaneous Galvanic Cell
    一种新的与微型化自发电池整合的电化学发光检测芯片研究
13. Conclusion This study indicates that galvanic cell induced by multiphase structure of the low-noble alloy is the main reason of the corrosion.
    结论低贵合金的腐蚀源于多相结构之间电位差引起的原电池反应。
14. Galvanic Cell Oxygen Sensors with Active Copper Anode
    活性铜阳极原电池型氧气传感器
15. The preparation of active copper electrode and its application as anode in a KOH electrolyte based galvanic cell oxygen sensor were discussed.
    使用活性铜电极作为阳极、以金电极为阴极、以KOH溶液为电解液，制备了原电池型氧气传感器，并对活性铜电极的制备进行了细致的考察。
16. Galvanic cell type hydrogen sensors and fuel cells belong to the former, and hydrogen pump, steam electrolyzer and membrane reactors to the latter.
    原电池型的氢传感器和燃料电池属于前者，氢泵、蒸汽电解器和膜反应器属于后者。
17. Research of rechargeable Zn& mno_2 galvanic cell
    可再充电型Zn&MnO2电池的研究
18. Analyzing the mechanism of gas steel pipe's, corrosion causing by the galvanic couple or oxygen concentration difference cell, which are often ignored, also Presenting the anti-corrosion measures.
    分析了燃气钢制管道中电偶腐蚀和氧浓差电池这两种容易引起忽视的腐蚀产生的原因，并提出了防腐措施。
19. An Al/ Ag galvanic cell was investigated and integrated in flow injection electrochemiluminescence analysis system ( FI GCECL). The proposed method was applied to the determination of isoniazid content in isoniazid tablets.
    采用了一种与流动注射体系组合的在线自发电池作为电致化学发光的激发源（简称FIGCECL）。
20. The decoloring mechanism of dyes wastewater by iron scrap method was studied by using iron carbon galvanic cell electrochemical model and discussing the relation of self corrosive electro quantity and dyes concentration change in the iron carbon galvanic cell.
    采用铁碳原电池电化学模型，通过对原电池自腐蚀电量与染料溶液浓度变化关系的研究，探讨铁屑法处理染料废水的电化学脱色机理。
21. Simulated galvanic cell tests and stress corrosion tests using pre-creeping specimens were conducted.
    进行了模拟原电池试验和预蠕变试样的应力腐蚀试验。
22. The migration of copper in soil increased with the drop of soil pH. The series of multiple galvanic cells could expand the treatment area, but the migration of cadmium of each cell in the series was lower than that in separated cell.
    土壤中铜的迁移效果同土壤pH具有很强的相关性，pH越低迁移效果越明显。多个原电池的串联可以扩展处理区域，每个电池中镉的电迁移效率比在单个电池中的小。
23. The electrode ( galvanic cell) fabricated using nano-materials has excellent electrochemical performance, the discharge capacity increased, the electrochemical activity enhanced and the cycling stability improved.
    由纳米电极材料构成的电极（电池）具有很好的电化学性能，其放电容量增大，电化学活性增强，循环稳定性改善。
24. Galvanic Cell plays an important role in Senior Chemistry.
    原电池是高中化学的一个重要内容。

noun

1. an electric cell that generates an electromotive force by an irreversible conversion of chemical to electrical energy

   Synonym:    voltaic cellprimary cell