阳极的

All renascent oxygen is consumed for oxidizing metal anode to form metal oxide film.

当形成足够厚的氧化膜后， 阳极的氧化速度减慢， 阳极析出氧气。

To improve the anti-corrosion performance of electrocoating,organic andinorganic inhibitors are applied in an anodic electrophoretic-coating.

在电泳涂装艺中使用缓蚀剂，可提高阳极电泳涂层的防腐蚀性。

Application of anodic electrocoating including pretreatment, bath composition and quality control is decribed.

论述阳极电泳涂装的艺,包括前处理、电泳液成分、质量控等.

The key technology and technics,which use Simons electrolyze trough with a falcial anode to synthesize lithium fluoroalkylphosphates,are discussed in this paper.

本文探讨了采用以镍板为阳极的西蒙斯电解槽电解氟化备氟烷基膦酸锂的有关艺和关键技术。

Based on different soil corrosion factors and pipe corrosion principle, obligated current negode protection and sacrifice anode protection can be used here.

根据不同的土壤腐蚀因素以及管道腐蚀原理，可以采用强电流阴极保护和牺牲阳极的阴极保护。

This paper introduces an improved porcelainous anodic oxidation and analyzes the effect of different process parameters on quality of oxide films.

本文主要介绍了一改进后的瓷质阳极氧化艺,并就艺参数对氧化膜的影响进行了分析。

An annular cavity placed around the anode of arcjet was designed to form a regenerative cooling channel on the base of an arc jet.

该文在原有电弧加热发动机基础上进行改进，设计了覆盖发动机阳极的环形空腔，形成再生冷却通道。

This paper introduces the technical condition of electrorefine high-nickel and high-sulphur copper anode and analyzes the problem and the reason in the practise.

介绍了高镍高硫铜阳极电解的技术条件,分析了电解过程中产生的问题及其原因,提出了解决的对策。

The selective oxidation of ethers by chromic reagent, peroxide, nitric acid, oxygen and ozonide, as well as the ethers anodic oxidation are particularly introduced.

主要介绍了铬(Ⅵ)类试剂,过氧化物、硝酸、氧和臭氧等类氧化剂对醚选择性氧化以及醚的阳极电氧化研究状况。

The structure of the MIGmust be carefully selected, as the tiny change on it will affect beam performance highly, and beam current will fluctuate punily.

同时，还发现由于阳极结构的变化导致阴极电场分布的变化，使电子注的注电流在因子变化过程中出现了微小的扰动。

The process of decoppering through insoluble anode electrolysis in the solution produced by leaching high grade matte nickel using chlorine is intro-duced in this paper.

本文介绍了氯化浸出高冰镍溶液采用不溶阳极电解脱铜的方法。