drop electrode

英 [drɒp ɪˈlektrəʊd] 美 [drɑːp ɪˈlektroʊd]

滴汞电极

机械



双语例句

  1. Development of model SH-84 hanging mercury drop electrode
    SH-84型精密挤压式悬汞电极的研制
  2. A method of measuring contact voltage drop between electrode and conducting paper
    电极与导电纸之间接触压降的测量方法
  3. Blockage-treatment and Maintenance of Mercury Drop Electrode Capillary
    滴汞电极毛细管的阻塞处理和保养
  4. In the second and the third parts, the interactions of malachite green with DNA have been investigated by carbon glassy electrode ( GCE) and drop mercury electrode ( DME), respectively.
    第二、三章分别使用玻碳电极和滴汞电极研究了孔雀石绿与DNA的相互作用。
  5. Determination of Trace Selenium in human hair by cathodic stripping voltammetry at a hanging mercury drop electrode
    悬汞电极阴极溶出伏安法测定人发中的痕量硒
  6. Determination of VB_1 in the Medicine by Hanging Mercury Drop Electrode Voltammetry
    悬汞电极伏安法测定药物中维生素B1的含量
  7. It has been proved that, with the new electrodes, the influence of the floating of corrsion potential and the ic drop between the reference and research electrodes can be effectively eliminated. A new electrode system was provided for the measurement of soil corrosion.
    这一电极体系能很好地克服自腐蚀电位漂移的影响和有效降低IR降,为土壤体系的腐蚀测试提供了一种可靠的电极体系。
  8. The Electrochemical Behaviour of TeO_3~ ( 2-) on Hanging Mercury Drop Electrode in Sodium Hydroxide Solution
    在氢氧化钠溶液中TeO3~(2-)在悬汞电极上的电化学行为
  9. Discussion on reasons of burning loss, unfixing and drop, wreckage caused by connection between graphite electrode and nipple and suitable solutions
    从机械加工角度探讨石墨电极与接头连接烧损、松脱、折断的原因及解决方法
  10. Observation and Analysis of Molten Drop Transfer Process for CO_2 Shielded Arc Welding with Flux Cored Electrode
    药芯焊丝CO2气体保护焊熔滴过渡形态观察分析
  11. This paper analyses the effects of several factors on the power output, including load coefficient, voltage drop in electrode boundary layer, electrode resistance, axial and transverse leakage current and finite segmentation of electrodes.
    本文分析负载系教、电极边界层电压降、电极电阻、轴向与横向漏电以及电极有限分段对输出功率的影响。
  12. The Electrochemical Adsorption Behaviour of Tumour Medicine Methotrexate ( MTX) on Hanging Mercury Drop Electrode
    肿瘤药物甲氨蝶呤在悬汞电极表面电化学吸附性质的研究
  13. Measurement of Interfacial Tension Electrochemistry on a Mercury Drop Electrode and a New Approach of In-cell iR Compensation
    汞滴电极上的张力电化学测量及电化学池内电位降落补偿新方法的研究
  14. The adsorptive species and voltammetric behaviour of copper complexes with adenine ( Ade) at the surface of hanging mercury drop electrode have been studied in detail.
    本文详细地研究了铜的腺嘌呤(Ade)络合物在悬汞电极(HMDE)表面上的吸附形态和伏安行为。
  15. The results show that a ground fault in high-voltage part will bring on the increase of voltage drop of ground electrode in low-voltage part, and influence the safety performance of low-voltage distribution system.
    结果表明,高压侧发生接地故障时将引起低压侧接地极对地电压的升高,从而影响低压电网的安全性能。
  16. A chronopotentiometric study of the cathodic reduction of nickel(ⅱ) ion at a hanging mercury drop electrode
    Ni(Ⅱ)离子在悬汞电极上阴极还原的计时电位法研究
  17. Adsorptive Species and Voltammetric Behaviour of Copper Complexes With Adenine at the Hanging Mercury Drop Electrode Surface
    铜的腺嘌呤络合物在悬汞电极表面上的吸附形态和氧化还原行为
  18. A Study on Mechanism of the Electrochemical Reduction of Co(ⅱ)-Dimethylglyoxime System at Hanging Mercury Drop Electrode in NH_3/ NH_4Cl
    NH3/NH4Cl中钴(Ⅱ)-丁二肟体系在悬汞电极上电化学还原机理的研究
  19. Using capillary draw off a drop of amalgam and hang it to hanging mercury drop electrode, the hanging amalgam drop electrode used as the working electrode.
    用毛细管取一小滴汞齐挂于悬汞电极上,以悬汞电极作工作电极,用计时安培法在-0.2V下测定了锂、钙在汞中的扩散系数。
  20. Anodic stripping voltammetry with hanging mercury drop electrode ⅳ. determination of trace amounts of indium, cadmium and lead in pure gallium
    悬汞电极阳极溶出伏安法&Ⅳ.纯镓中微量铟、镉、铅的测定
  21. The polarographic catalytic wave of Cobalt in Ethylene Diamine-Nitrite solution has been applied to determine trace Cobalt in soil and plant by staircase voltammetry on static mercury drop electrode.
    用阶梯扫描伏安法研究了钴亚硝酸盐乙二胺体系在静汞电极上的催化波,用以测定土壤和植物中的微量钴。
  22. However, the utilization of catalyst surface is not only affected by the IR drop within the electrode but also by the eXChange current density of the targeted reaction.
    然而,催化剂的利用率不仅受电极内IR降的影响,还受电化学反应的交换电流密度的影响。