1) Ni-S active cathode
镍硫活性阴极
1.
The paper reports the catalytic activity of Ni-S active cathode made by chemisorbing S technique.
镍硫活性阴极的催化活性及其机理探讨孙弘（沈阳教育学院化学系沈阳１１００１５）张蕴珊（东北大学化学系沈阳１１０００６）关键词镍硫活性阴极催化活性中图分类号６４６。
2.
The paper reports the best condition of making Ni-S active cathode by chemisorbing S technique and the electrochemical performance of Ni-S active cathode.
研究了用化学吸附硫法制备节能镍硫活性阴极的最佳条件及该电极的电性能。
2) active cathode
活性阴极
1.
Preparation and characterization of a new type active cathode material;
一种新型活性阴极材料的制备和性能
2.
Study on rare earth metal-containing active cathodes;
含稀土合金活性阴极的研究
3.
This paper introduces the chlor-alkali industry in the development of active cathode, and through an alloy electrodes prepared by electrodeposition.
介绍了氯碱工业中活性阴极的发展现状,并通过电沉积法制备了一种合金电极,对其电镀工艺进行了探讨,得出了最佳工艺条件:镍∶钐=1∶1;电镀时间为120min;温度为20℃;pH值=4。
3) activated cathode
活性阴极
1.
Application of modified diaphragm electrolyzer with activated cathode process;
活性阴极改性隔膜电槽的使用
2.
Economic feasibility analysis of activated cathode electrolyzer revamping;
活性阴极电解槽改制可行性经济分析
3.
Development and application of nano-activated cathodes for diaphragm electrolyzers;
隔膜电解槽纳米活性阴极的开发与应用
4) cathode activity
阴极活性
5) activated nickle sulfide
活性硫化镍
1.
This paper aims on the studies of the properties of activated nickle sulfide which are synthesised in South China University of Technology.
活性硫化镍是一种用于镍电解阳极液除铜的超细微粒物质。
6) activated carbon cathode
活性炭阴极
1.
The process of reclaiming Ni (II) in wastewater to produce nickel sulphate was studied by electrochemistry method with activated carbon cathode.
研究了采用活性炭阴极电化学法,回收废水中的Ni(Ⅱ)生产硫酸镍的工艺。
补充资料：活性阴极
分子式：
CAS号：
性质：又称活性氢阴极(active hydrogen cathode)。在电解过程中析氢过电位比铁阴极低、电催化活性比铁阴极高的阴极。以铁、镍或者其合金为基体材料，经脱脂、喷砂、酸洗等预处理后，用电解(直流电和脉冲镀)、真空喷镀有机物分散等方法将铂、钯、钨、铝、锌、磷、钴、钼、锆、镧等金属或其合金涂(或喷涂)于基体上，经水漂洗、非高温处理涂层后制得。具有氢过电位低等优点，可降低氯碱电解工艺的总能耗。缺点是涂层因受阴极液中杂质铁的毒化易剥离而丧失活性。
CAS号：
性质：又称活性氢阴极(active hydrogen cathode)。在电解过程中析氢过电位比铁阴极低、电催化活性比铁阴极高的阴极。以铁、镍或者其合金为基体材料，经脱脂、喷砂、酸洗等预处理后，用电解(直流电和脉冲镀)、真空喷镀有机物分散等方法将铂、钯、钨、铝、锌、磷、钴、钼、锆、镧等金属或其合金涂(或喷涂)于基体上，经水漂洗、非高温处理涂层后制得。具有氢过电位低等优点，可降低氯碱电解工艺的总能耗。缺点是涂层因受阴极液中杂质铁的毒化易剥离而丧失活性。
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