1) Cathodic indirect epoxidation
阴极间接环氧化
2) cathodic indirect electro oxidation
阴极间接电氧化
1.
The development of cathodic indirect electro oxidation were reviewed and some factors including cathodic reduction、electrode、concentration of oxygen gas、 mediators、pared electrosynthesis affecting the development were introduced.
简要综述了阴极间接电氧化研究状况后 ,提出了影响阴极间接电氧化合成有机物发展的几个因素 :电还原后具有氧化性、电极、氧气在电解质中的溶解度、媒质、成对电解技术等。
2.
The development of cathodic indirect electro oxidation with WO 2- 4/WO 2- 5、VO(acac) 2OOH/VO(acac) 2 were reviewd.
综述了应用钨酸盐 /过钨酸盐媒质和VO(acac) 2 OOH/VO(acac) 2 媒质在阴极间接电氧化合成有机物的最新成果 ,并对阴极间接电氧化的电极和媒质开发、成对电合成技术等研究进行了展望。
3.
The development of indirect electro oxidation,particularly cathodic indirect electro oxidation,was reviewed.
阴极间接电氧化 ,重点介绍以WO52 -/WO4 2 -和VO(acac) 2 OOH/VO(acac) 2为电解媒质的研究结果。
3) anodic oxidation
阴极氧化
4) anodic indirect electro oxidation
阳极间接电氧化
5) Indirect heating cathode
间接式阴极
6) oxide cathode
氧化物阴极
1.
Lifetime of a new type of reservoir oxide cathode
新型贮存式氧化物阴极寿命机理的初步探讨
2.
The principle of operation of the scandium oxide dispensing oxide cathode is researched.
研究了普通氧化物阴极掺入氧化钪之后的效果，并对机理给出了一种解
3.
Emission of an oxide cathode is dependent upon the ratio of the different ingredients of three kinds of alkaline earth carbonates on the cathode surface and its microcopic shape.
实验表明:采用该方法合成碳酸盐结晶小,形貌呈细丝状,丝径小于1μm,这种亚微米丝状碳酸盐能明显提高氧化物阴极的发射性能。
补充资料：阴极氧化
分子式：
CAS号：
性质：应用电化学方法进行氧化反应。例如四氢呋喃在甲醇溶液中，通以电流、在阴极处氧化成缩醛。
CAS号：
性质：应用电化学方法进行氧化反应。例如四氢呋喃在甲醇溶液中，通以电流、在阴极处氧化成缩醛。
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