本研究采用铂阳极、铅阴极，阳离子膜和滤布分别作为隔膜，通直流电进行电解操作。
In our research, we adopt platinum as anode lead as cathode cation membrane and filtration fabric as septum separately, electrolysis operation was carried out through electrifying DC.
在可得到的可用作二氧化铅电沉积的阳极的各种惰性材料中，铂与金是最合适的。
Of various inert materials available as anodes for the electrodeposition of lead dioxide, Pt and Au are the most suitable.
采用高纯铝作阳极，铂网作为阴极，在草酸溶液中进行恒压阳极氧化。
Thus the anodic oxidation was performed at a constant voltage in an oxalic acid solution using highly pure al as the anode and platinum net as the cathode.
采用铅火试金预富集，ICP - AES法同时测定铜阳极泥中微量铂和钯含量。
The method of ICP-AES for simultaneous determination of Platinum and Palladium content in copper anode mud with lead fire assaying pre-concentration has been established.
镀铂钛阳极是海水阴极保护中广泛使用的辅助阳极。
Platinum plating on titanium anode is widely used in seawater cathodic protection.
钛阳极也称DSA，是以金属钛为基体在其表面涂覆以铂族元素氧化物的一种电极材料。
Titanium anode called DSA, is a kind of electrode material with metallic titanium as substrate which is coated with platinum group element oxide on the surface.
阳极极化曲线表明涂层电极的极化性能优于铂电极，槽压和能耗均低于铂电极。
The polarization of the composite coating anode was better than pt anode, and both its voltage and energy consumption were lower than pt anode.
本文研究了铂球真空镀汞膜电极用于阳极溶出伏安法的性能。
In this paper, the character of platinum sphere electrode with mercury film made by the vacuum plating has been Studied in anodic stripping voltammetry.
采用电化学阴极还原阳极氧化方法制备了纳米铂微粒电极。
The nanoparticle platinum electrode owned plenty of active points and well electrocatalytic property based on the exposed platinum particles with v.
一种液相进样直接燃料电池的阳极催化剂层，其包含铂-钌黑或铂-钯黑 催化剂和在碳基载体上载有铂-钌或铂-钯的铂-钌或铂-钯载体催化剂。
An anode catalyst layer of a direct liquid feed fuel cell includes a Pt-Ru or Pt-Pd black catalyst; and a supported Pt-Ru or Pt-Pd catalyst having Pt-Ru or Pt-Pd supported on a carbon-based support.
研究了汞膜电极阳极溶出伏安法的电化学机理及其简单的制作方法，并对常用的铂球镀银汞膜电极和旋转玻璃炭汞膜电极进行了比较。
DNA was studied by means of cyclic voltammetry (CV) with a mercury film electrode (MFE) using conventional CV, differential pulse voltammetry and alternating current voltammetry.
研究了汞膜电极阳极溶出伏安法的电化学机理及其简单的制作方法，并对常用的铂球镀银汞膜电极和旋转玻璃炭汞膜电极进行了比较。
DNA was studied by means of cyclic voltammetry (CV) with a mercury film electrode (MFE) using conventional CV, differential pulse voltammetry and alternating current voltammetry.
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