1.
Particularly the advantage and disadvantage of some redox medium and their application in anodic?
重点介绍了几种氧化媒质的优缺点以及分别在阳极、极和成对间接电氧化中的应用。
2.
The Electrochemical Synthesis of 2,2 -diphenyl Disulfide;
2,2’-二苯基二硫的间接电解氧化合成
3.
The Synthesis of Anisaldehyde by Indirect Electrochemical Oxidation from Anethole;
茴香脑间接电化学氧化合成茴香醛的研究
4.
Indirect Electrosynthesis of Double Aldehyde Starch Using Pb-(BrO_3~-/Br~-) as Electro-catalytic Mediator
以Pb-(BrO_3~-/Br~-)为媒介间接电氧化合成双醛淀粉
5.
Study on Synthesis of Benzaldehyde and Its Derivatives by Indirect Electrooxidation with On-Line Ultrasound;
在线超声间接电氧化合成苯甲醛及其衍生物的过程和机理研究
6.
Tungstate/Pertungstate System Cathodic Indirect Oxidation to Synthesis Hydrophobic Monascus Yellow Colorant
钨酸盐/过钨酸盐体系阴极间接电氧化合成红曲黄色素
7.
The cathode indirectly giving electric shocks to oxidize the oxidizing system to restore the medium;
浅析阴极间接电氧化体系的氧化还原媒质
8.
Study on Preparation of 2-methylnaphthoquinone-1, 4 by "In-Cell" Indirect Electrooxidation;
“槽内式”间接电氧化制备2-甲基-1，4-萘醌的研究
9.
Indirect Electro-Synthesization of Benzoic Acid and Its Derivatives;
苯甲酸及其系列化合物的间接电合成
10.
Zinc oxide (Indirect method)
GB/T3185-1992氧化锌(间接法)
11.
Studies of the Preparation of Hexyl Capronate by Direct Electrical Oxidation of n-Hexanol;
乙醇直接电解氧化合成已酸已酯的研究
12.
Study on the preparation of isobutyl isobutyrate by direct electrooxidation;
异丁醇直接电解氧化合成异丁酸异丁酯的研究
13.
Sonoelectrosynthesis of Benzaldehyde and Its Derivatives with Mid-valence Manganese as Medias;
以中间价态锰为媒质超声间接电氧化制备苯甲醛及其衍生物
14.
Simulation of indirect electro-oxidation process for pollutants treatment in a filter-press type electrochemical reactor
滤压式电解槽间接电氧化处理污染物的过程模拟
15.
Study the effect of composition variation within the constituent oxides in the high-Tc superconductors to the structure, Tc and hole concentration.
研究高温超导体中各种氧化物间组成变化对结构、导温度和电洞浓度的影响。
16.
It will cause the paste oxidation and lose flux ratio balance if it is exposed for long-time.
锡膏与空气长时间接触后，会造成锡膏氧化、助焊剂比例成分失调。
17.
Electrocatalytic Performance of Carbon Supported Ru-Fe Catalyst for Oxygen Reduction in Direct Formic Acid Fuel Cell
炭载Ru-Fe催化剂对直接甲酸燃料电池中氧还原的电催化性能研究
18.
This, in turn, react with the iron to form oxide free iron and carbon dioxide.
一氧化碳接着又与铁形成脱氧的铁和二氧化碳。