1) water electrolysis
电解水
1.
This paper reports a newly developed photovoltaic driven water electrolysis system which produces purified hydrogen (99.
文章报道了一种运用单晶硅太阳电池组件电解水生产实验室应用的超纯氢 ( 99。
2.
Aiming at the existing problem on oxygen supply device in the submarine,a new method of oxygen production through water electrolysis with solid polymer(SPE) as electrolyte was proposed.
针对目前潜艇中供氧装置存在的问题,提出了一种利用固体聚合物(简称SPE)作为电解质的电解水制氧方法,并将其与目前核潜艇上常用的碱性电解质电解水供氧方法进行了比较,证实SPE电解水制氧方法是一种适用于潜艇使用的供氧方法。
3.
The electrocatalytical activity of the powder catalyst of IrO_2+Ta_2O_5 supported on nanoparticle TiN has been studied primarily for fuel cell and water electrolysis with SPE .
首次利用热分解法制备了以TiN为载体的IrO_2+Ta_2O_5涂层和粉体电催化剂,采用电化学测试技术和物性分析研究了其析氧、析氢电催化性能以及结构,比较了TiN基体和Ti基体的析氧涂层阳极的电催化活性和寿命,初步研究了以纳米TiN粉体为载体的IrO_2+Ta_2O_5粉体催化剂担载Pt用于SPE(Solid Polymer Electrolytes)电解水和燃料电池的电催化活性。
2) electrolyzed water
电解水
1.
This paper reviewed the principle and instajlations of electrolyzed water sterilization technology, discussed the factors influencing the effect of sterilization, and gave an account of the application of this technology.
本文综述了电解水杀菌技术的原理、设备以及影响杀菌效果的各种因素,并对其应用状况作了概括性的介绍。
2.
It is characterized in two types,acidic electrolyzed water and alkaline electrolyzed water,by the elec- trolysis extent.
电解功能水是稀食盐水或稀盐酸溶液在电场作用下电解出的水溶液,根据电解程度不同可分为酸性电解水和碱性电解水。
3.
The widely used production methods of hydrogen contains:electrolyzed water, solar energy, biology energy, primary energy conversion, material decomposition and NaBH4 catalytic new technology.
目前应用较为广泛的氢气生产工艺主要有:电解水制氢;太阳能制氢;生物制氢;一次能源转换制氢;含氢物质分解制氢以及近年来发展的硼氢化钠制氢新技术。
3) electrolytic water
电解水
1.
The comparative research on influencing factors of electrolytic water experiment;
电解水实验影响因素比较
2.
The choice for catalyst of hydrogen evolution electrodes in SPE electrolytic water,the performance and preparation methods have been summarized in detail.
对SPE电解水技术中析氢电极的结构、催化剂的选择、制备方法以及性能作了较详尽的概述,指出了影响其性能的因素以及提高其性能的可能措施,并对电解水析氢电极的开发研制作了展望。
3.
When the experiment of electrolytic water has been carried on for a certain time,some hydrogen(H2) and oxygen(O2) will exist in the device.
电解水是初中化学一个重点实验。
4) electrolysis water
电解水
1.
Stressing green experiment teaching and improving experimental technique of electrolysis water;
注重绿色实验教学改进电解水实验方法
2.
The anode material main consisting of Ru-Ir has a very wide application,but it is controversial in electrolysis water field,because Ru8+ is highly toxic.
以Ru-Ir为主要成分的阳极材料具有广泛的应用领域,但在电解水这一领域的应用一直颇受争议,因为Ru8+有剧毒,而以Pt-Ir为主要成分的新型阳极材料则很好地解决了这一问题。
5) electrolysis of water
电解水
1.
a new device of ozone generating byelectrolysis of water has been s tudied and designed.
采用ＡＢＳ塑料基二氧化铅电极作用极，研究设计了一种电解水制取臭氧的新型装置，考察了二氧化铅电极的特性和臭氧发生器某些性能，该阳极对臭氧的析出具有良好电催化活性，臭氧产率可达３００ｍｇ·ｈ￣（－１）·ｄｍ￣（－２）左右，阳极电流效率（以Ｏ＿３％表示）可达１０％～１３％。
6) water electrolysis
水电解
1.
Research progress in decreasing the anodic overpotential for oxygen evolution in water electrolysis;
降低水电解中阳极析氧过电位的研究进展
2.
Research of SPE Water Electrolysis Technology;
固体聚合物电解质水电解技术研究
补充资料：电解沉积(见水溶液电解)
电解沉积(见水溶液电解)
electrowinning
d lanJ一e ehenji电解沉积(eleetrowinning)见水溶液电解。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条