electrochemical potential

美 [əˌlɛktroʊˈkɛmɪkəl pəˈtenʃl]英 [ɪˌlɛktrəʊˈkɛmɪkəl pəˈtenʃl]
  • 电化学电位;电化学势;电化学位
electrochemical potentialelectrochemical potential
  1. Experimental study on electrochemical potential in the process of cavitation damage

    空蚀过程中电化学电位变化规律研究

  2. Furthermore , electrochemical potential noise was carried out to explore the relationship between the potential noise features and the tinplate structure .

    进一步采用电化学电位噪声的方法探讨了电位噪声特征与镀层结构间的对应关系。

  3. Electrochemical potential of pure metals in seawater flotation of pyrite pretreated by electrochemical ways under externally controlled voltages

    海水中纯金属的电化学电位外控电位电化学处理黄铁矿的浮选

  4. Bacterial flagellar motor is a kind of revolving molecular motor which converts electrochemical potential energy of H + into the mechanical energy of rotation .

    鞭毛电机(BFM)是微观世界里的一种分子旋转电机,其利用H+的电化学势能转化为机械能推动转子旋转。

  5. The principle and character of the nondestructive test method for steam turbine rotor steel were reviewed . A kind of improved nondestructive test method based on electrochemical potential technique was proposed .

    本文对当前汽轮机转子钢热脆性非破坏性检测方法的原理及其特点进行了概述,提出了采用改进的电化学法无损检测转子钢热脆性的方案。

  6. Diffusion behaviour of H atom in solidified microstructure of the metal hydride electrodes are investigated by using electrochemical potential step method and galvanostatic charge / discharge respectively .

    用电位阶跃法和恒流充放电法研究了贮氢合金凝固组织中氢的扩散行为和合金氢化物电极放电的速度特性。

  7. The PANI / C electrode is attempted to apply as negative electrode , the electrochemical potential window can be expand from 0.6 ? V to 1 ? V.

    将PANIC电极作为负极使用,可将电化学窗口由0.6V扩展至1V。

  8. Non-silicon cells usually have a built-in electrochemical potential that encourages the electrons to move away from areas where they are concentrated and towards places where they have more breathing space .

    而非硅类电池通常构筑一个电化学容量以鼓励电子从拥挤的地方移向更广阔的空间。

  9. Plant cell plasma membrane and vacuolar membrane H + - ATPase consumes ATP energy establishment of transmembrane proton electrochemical potential gradient , promoting a variety of ions and small molecule metabolites to transmembrane transport .

    植物细胞质膜和液泡膜上的H+-ATPase消耗ATP能量建立跨膜质子电化学势梯度,推动各种离子和小分子代谢产物进行跨膜运输。

  10. In order to design appropriate SACP system , acknowledge of the electrochemical potential across condenser surface is necessary . At the same time , it is the important accordance of the optimization SACP design and evaluation of SACP protection quality .

    了解凝汽器阴极保护电位分布的规律是合理地设计阴极保护系统的必要条件,是优化阴极保护计算机辅助设计和评价阴极保护效果的重要依据。

  11. I-V characteristics of p-type Silicon electrode in HF solutions with different concentrations and electrochemical potential transients under galvanostatic condition , which accurately reflect the early-stage nucleation process of PS , were monitored by the electrochemical workstation ( CHI660A ) .

    采用电化学工作站(CHI660A)监测p型硅电极在不同浓度HF溶液中的电流-电压特性,记录恒电流情况下硅电极的电压变化。这些曲线可从精确反映多孔硅形成的早期成核过程。

  12. Bayesian Regularized BP Neural Network Model for Quantitative Relationship Between the Electrochemical Reduction Potential and Molecular Structures of Chlorinated Aromatic Compounds

    氯代芳香族化合物结构电化学还原电位定量关系的贝叶斯规整化BP神经网络模型

  13. Titanium sub-oxides conductive ceramic with excellent electrical conductivity , strong chemical stability and wide electrochemical stable potential window , which have good prospects in a variety of batteries .

    亚氧化钛导电陶瓷具有优异的导电性、极强的化学稳定性和宽的电化学稳定电位窗口等优点,因而在各种化学电源上均有较好的应用前景。

  14. Study on Aniline Electrochemical Polymerization with Potential Scanning Ellipsometry

    电位扫描椭圆法对苯胺电聚合的研究

  15. With the electrochemical skills of potential steps , in the CO2 concentration ranging from 0 . 3 % - 50 % . in short absorption time .

    在SPE-Au-Pt电极上,采用电势阶跃法,在空气中CO2浓度为0.3%~50%时,短时间吸附(t≤1min)电量与CO2浓度成正比。

  16. SO_2 Gas Electrochemical Sensor at Fixed Potential Using Solid Electrolyte of Proton Exchange Membrane Modified with Phosphoric Acid

    以磷酸型质子交换膜为固体电解质的定电位电解型气体传感器

  17. Cyclic voltammetry , electrochemical impedance spectrometry and potential step were used to test the electrochemical performance of these ionic liquid electrolytes on porous carbon electrode .

    并通过循环伏安、交流阻抗、电势阶跃等电化学方法,对它们在多孔碳电极中的电化学性能进行了研究。

  18. The effect of various factors on the percentage of chelation was studied by spectroanalysis ( UV , IR ) and electrochemical analysis ( concentration potential ) .

    通过光谱分析(UV,IR)和电化学分析(浓差电位),重点考察了不同因素对复合氨基酸锌络合程度的影响。